Edit Content

EON University Course Catalog

For Hard and Soft Skill Courses.

EON University Course Catalog

Transforming Education with Spatial AI Excellence

EON Reality’s Virtual Campus Platform provides immersive curriculum services using AI, augmented, and virtual reality. It transforms traditional content into 3D interactive learning.

The platform has both generic modules from top institutions and custom-tailored packages. Key features include transforming textual content into 3D, hands-on training for hard skills like health science, and a soft skills simulator for role-playing activities with feedback from AI avatars.

The platform boasts a knowledge portal, 3D model integration, automatic annotations, assessments, and a skill simulator that turns standard procedures into 3D animations. The EON Soft Skills module teaches through virtual role-play, encompassing theory learning, practical training, and AI-based feedback.

The platform’s extensive curriculum spans across various departments including Engineering, Humanities, Business, Medicine, and more, covering both hard and soft skills.

EON University Courses for Hard Skills

School of Earth, Energy & Environmental Sciences

Mineralogy & Petrology

Mineralogy & Petrology Course with EON AI Assistant for Hard Skills

Course Overview: Delve deep into the world of minerals and rocks with our Mineralogy & Petrology course, powered by the EON AI Assistant. Through a blend of artificial intelligence, augmented, and virtual reality, students will gain an experiential understanding of the Earth’s building blocks, their formation, and classification.

Key Features:

  1. 3-D Model Interactions:
    • Engage with detailed 3D models of various minerals and rock specimens.
    • Explore crystal structures, mineral properties, and rock formations in augmented and virtual reality.
    • Utilize illustrative examples like specific crystal lattices or rock layering.
  2. Knowledge Portal with Floating Annotations:
    • Access dynamic knowledge portals featuring mineral and rock images, text descriptions, and videos.
    • Listen to the AI avatar explaining intricate processes like mineral crystallization or the rock cycle.
  3. Hands-on Assessment Tools:
    • Test your knowledge with quizzes ranging from standard drop menu quizzes on mineral identification to Jeopardy-style quizzes on rock formation processes.
    • Upcoming quizzes for 2024 will further enhance the assessment range, including matching quizzes for mineral properties and short answer quizzes for petrological concepts.
  4. AI-Generated Universal Skill Simulator:
    • Engage with simulations demonstrating processes like mineral growth or magma cooling.
    • Witness these processes in 3D animations guided by the AI avatar, offering a real-time learning experience.
    • Assess your understanding by demonstrating learned procedures with AI feedback.
  5. Interactive Simulation Scenarios:
    • Dive into real-life geological scenarios, such as rock formation in various environmental conditions.
    • Create custom simulations to further explore specific mineralogical or petrological phenomena (available at an additional fee).
  6. Incident Simulation:
    • Explore geological incidents like volcanic eruptions or mineral vein formations using the Knowledge Portal.
    • Gain insights into the consequences and implications of these incidents.
    • Create your incident simulations for deeper understanding (available at an additional fee).

Course Objective: By the end of this course, students will have a comprehensive understanding of the principles of mineralogy and petrology. They will be equipped with hands-on experience in identifying minerals and rocks, understanding their formation processes, and exploring real-life geological scenarios.

Join us in this immersive learning experience and transform your understanding of the Earth’s treasures!

Seismology and Earthquake Forecasting

Course Description: Seismology and Earthquake Forecasting with EON AI Assistant for Hard Skills

Course Overview:

Delve deep into the world of seismology and earthquake forecasting using the state-of-the-art EON AI Assistant. Experience an interactive learning journey that blends traditional course material with augmented and virtual reality, allowing you to grasp complex concepts and phenomena with ease.

Module Breakdown:

  1. Introduction to Seismology:
    • Knowledge Portal with Floating Annotations:
      • Hero image: Earth’s tectonic plates.
      • Floating Knowledge Portals with interactive videos, images, and text on seismology’s fundamentals.
      • AI Avatar providing real-time explanations of seismic waves, plate tectonics, and Earth’s structure.
  2. Earthquake Mechanics:
    • 3-D Model Integration:
      • Explore a 3-D model of an earthquake’s epicenter and seismic waves propagation.
      • Access models showcasing the Earth’s internal layers and plate boundaries.
      • Editing Option: Deep dive into subduction zones, rift valleys, and transform boundaries.
  3. Earthquake Forecasting Techniques:
    • Annotations for the 3-D Model:
      • Floating annotations explaining the forecasting tools and methodologies.
      • IntelliScan feature highlighting the significance of foreshocks, aftershocks, and earthquake swarms.
  4. Seismic Equipment and Data Collection:
    • AI Generated Universal Skill Simulator:
      • Engage with standard operation procedures for seismic data collection.
      • Experience 3-D animations of seismographs and seismometers in action, with AI avatar guidance.
      • Demonstrate the setup and interpretation of seismic tools, receiving AI feedback on performance.
  5. Interactive Seismic Scenarios:
    • Interactive Simulation Scenarios:
      • AI-generated real-life scenarios of seismic events around the world.
      • Craft your simulations to predict earthquake outcomes in various geological settings using Eon Interact.
  6. Incident Simulation: Major Earthquakes in History:
    • Dive into significant seismic events, their causes, and impacts.
    • AI avatar presents incidents using the Knowledge Portal, assessing your understanding of each event’s intricacies.
    • Create your incident simulations reflecting historical earthquakes and their aftermaths.

Assessment and Evaluation:

  • Assessment Creation Automatic:
    • Test your knowledge with various quizzes, from drop-menu style to more advanced matching and ordering quizzes.
    • Upcoming quizzes in 2024 include drag-and-drop, true/false, and short answer formats, providing a comprehensive assessment experience.

Course Outcome:

By the end of this course, learners will have a comprehensive understanding of seismology, earthquake mechanics, and forecasting techniques. The immersive experience facilitated by the EON AI Assistant ensures that students not only understand theoretical concepts but can also apply them in real-world scenarios effectively. Join us on this captivating journey to unravel Earth’s seismic secrets.

Geospatial Analysis

Course Description: Geospatial Analysis using the EON AI Assistant for Hard Skills

Overview:

Unlock the future of geospatial analysis with the revolutionary EON AI Assistant for Hard Skills. Dive deep into an immersive, augmented and virtual reality-enhanced learning environment that transforms traditional geospatial materials into an interactive 3D experience.

Course Objectives:

  1. Understand the fundamental principles of geospatial analysis.
  2. Engage with 3D terrains, satellite images, and topographical data in a real-time interactive setting.
  3. Master key geospatial tools and technologies through hands-on virtual simulations.

Course Features:

  1. Knowledge Portal with Floating Annotations:
    • Explore interactive maps, satellite imagery, and geographic models.
    • Access 10 floating knowledge portals equipped with high-resolution images, detailed text, videos, and an AI avatar guiding you through complex geospatial concepts.
  2. 3-D Model Integration:
    • Interact with 3D geographical terrains, urban landscapes, and natural resources from EON’s extensive library.
    • Dive into real-world geographical challenges with illustrative examples, such as 3D models of erosion patterns or urban planning projects.
    • Personalize your learning by importing your geospatial CAD models or satellite scans (additional fee applies).
  3. Annotations for the 3-D Model:
    • Benefit from auto-generated annotations on key geographical landmarks and features.
    • Use the upcoming IntelliScan feature for detailed image recognition-based annotations on complex terrains.
  4. Assessment Creation:
    • Test your geospatial knowledge with various quizzes, including locating specific coordinates, identifying terrain types, and applying geospatial theories.
    • Engage in future interactive assessments like drag-and-drop map matching, terrain ordering, and satellite image analysis.
  5. AI Generated Universal Skill Simulator:
    • Master geospatial techniques and methodologies through simulations of standard geospatial procedures.
    • Get hands-on experience with procedures like digital elevation modeling, hydrological analysis, and urban growth prediction, all under the guidance of an AI avatar.
    • Utilize 2D satellite images for in-depth study when a 3D model isn’t available.
  6. Interactive Simulation Scenarios:
    • Address real-world geographical challenges using AI-generated simulations.
    • Simulate urban planning, disaster management, and environmental monitoring scenarios, and design solutions using the Eon Interact tool (manual process, additional fee).
  7. Incident Simulation:
    • Train for real-life geographical incidents, from natural disasters to urban sprawls.
    • Assess your incident response strategies using the EON AI Assistant and refine your skills for real-world applications.

Equip yourself with the cutting-edge skills needed for the future of geospatial analysis. Harness the power of augmented and virtual reality, and be at the forefront of the geospatial industry. Register for the Geospatial Analysis course with the EON AI Assistant today!

Reservoir Geomechanics

Reservoir Geomechanics with EON AI Assistant: An Immersive Learning Experience

Course Overview: Dive deep into the intricate world of Reservoir Geomechanics using the state-of-the-art EON AI Assistant. This course leverages cutting-edge augmented and virtual reality technologies, offering an unparalleled learning experience, transitioning from static textbook images to interactive 3D models.

Course Features:

  1. Interactive 3D Models:
    • Explore the intricate structures of reservoirs in three dimensions.
    • Visualize stress paths, fault systems, and pore pressures like never before.
    • Engage with AI avatars as they explain reservoir dynamics, drilling practices, and rock behaviors.
  2. Knowledge Portal with Floating Annotations:
    • Access detailed explanations of reservoir properties and geomechanical processes.
    • View high-resolution images, engaging videos, and supporting texts.
    • Let the AI Avatar guide you through reservoir exploration, drilling, and production operations.
  3. Dynamic Assessments:
    • Test your understanding with various quizzes, including identify, locate, and Jeopardy-style quizzes.
    • Future updates will introduce drag and drop, matching, and other interactive quiz formats.
  4. AI-Driven Skill Simulator:
    • Delve into standard geomechanical operations, such as pore pressure determination, rock failure analysis, and more.
    • Experience procedures in vivid 3D animations as the AI avatar provides step-by-step guidance.
    • Demonstrate your skills in simulated environments, receiving instant feedback from the AI.
  5. Interactive Simulation Scenarios:
    • Immerse yourself in real-life reservoir scenarios.
    • Understand the practical challenges faced during reservoir management and production.
    • Use Eon Interact to create your simulations, enhancing your hands-on experience.
  6. Incident Simulations:
    • Learn from real-world incidents in reservoir geomechanics.
    • AI avatar will present case studies, enabling you to understand and learn from past mistakes.
    • Analyze incidents and be assessed on your problem-solving abilities.

Target Audience: Geologists, reservoir engineers, drilling engineers, and students keen on understanding the complexities of reservoir geomechanics.

Prerequisites: Basic understanding of geology and reservoir engineering concepts.

Additional Information: Features like importing personal CAD models, adding manual annotations, and creating custom simulations are available at an additional fee.

Join us in this immersive journey through reservoir geomechanics, and equip yourself with the hard skills required in today’s competitive industry landscape. Experience the future of learning with EON AI Assistant.

Environmental Geochemical Systems

Course Title: Environmental Geochemical Systems with EON AI Assistant

Course Description:
Dive deep into the intricate world of Environmental Geochemical Systems using the cutting-edge EON AI Assistant. This course employs the latest in augmented and virtual reality technologies, transforming traditional text and image content into immersive learning modules.

Course Highlights:

  1. 3D Virtual Geochemical Environments: Explore real-life geochemical processes in three dimensions, interacting with detailed models of geological formations, minerals, and environmental systems.
  2. Knowledge Portal with Floating Annotations:
    • Access rich visual content sourced from real-world environmental studies.
    • Interactive portals featuring images, videos, and texts.
    • AI Avatar-guided explanations of geochemical processes, mineral compositions, and more.
  3. 3D Model Integrations:
    • Analyze detailed 3D models from EON’s expansive library, focusing on geochemical processes and mineral compositions.
    • Explore specific case studies, such as mineral leaching or geochemical cycles, using illustrative models.
    • Utilize the option to integrate and assess real-world sample scans for a personalized learning experience.
  4. Interactive Assessments:
    • Test your understanding with AI-generated quizzes, ranging from standard drop-downs to Jeopardy-style challenges.
    • Future additions include drag-and-drop mineral identification, geochemical reaction ordering, and short answer queries on environmental implications.
  5. Skill Simulator:
    • Engage with the top five standard operation procedures in environmental geochemistry.
    • Experience AI-guided 3D animations, simulating real-world geochemical reactions and processes.
    • Compare and assess your practical skills against AI benchmarks, refining your understanding and application.
  6. Interactive Simulation Scenarios:
    • Confront real-world geochemical challenges, presented in vivid 3D scenarios.
    • Delve into problem-solving modules, from pollution tracking to natural resource exploration, facilitated by Eon Interact.
  7. Incident Simulations:
    • Address potential environmental incidents, guided by AI avatars using the Knowledge Portal.
    • Evaluate and respond to geochemical disruptions, assessing their broader environmental and societal impacts.

Course Objectives:
By the end of this course, participants will have a comprehensive understanding of the principles and processes governing Environmental Geochemical Systems. They will be equipped with hands-on experience, simulated in real-world scenarios, and assessed by state-of-the-art AI systems, ensuring a holistic and cutting-edge learning journey.

Target Audience:
This course is ideal for environmental scientists, geologists, researchers, students, and professionals keen to expand their knowledge base using the latest technological advancements in the field of geochemistry.

Prerequisites:
A basic understanding of geochemistry or environmental sciences is recommended but not mandatory.

Join us for an enriching journey into the realm of Environmental Geochemical Systems, leveraging the power of EON AI Assistant for an unparalleled learning experience.

Oceanography and Marine Ecosystems

Course Title: Oceanography and Marine Ecosystems: An Interactive Exploration with EON AI Assistant

Course Overview: Dive into the captivating world of Oceanography and Marine Ecosystems with our cutting-edge EON AI Assistant for Hard skills. Harnessing the power of augmented and virtual reality, this course transforms traditional textual and image-based content into immersive learning experiences. Whether you’re an aspiring marine biologist or a curious enthusiast, engage with the oceans’ mysteries in a way you’ve never done before.

Course Features:

  1. Interactive 3D Marine Models:
    • Seamlessly navigate through 3D models of marine life, from microscopic plankton to majestic whales, sourced from EON’s vast library.
    • When a specific marine species model is unavailable, vibrant 2D images serve as a detailed placeholder.
  2. Knowledge Portal with Floating Annotations:
    • Access a visually striking hero image capturing the essence of marine ecosystems.
    • Dive into 10 floating knowledge portals that bring together images, text, videos, and an AI avatar guiding you through marine ecosystems’ intricacies.
  3. Hands-On Marine Ecosystem Annotations:
    • Engage with auto-generated floating annotations detailing marine species and phenomena.
    • Benefit from the IntelliScan feature for image recognition-based annotations, further enhancing your learning.
  4. Assessment & Quizzes:
    • Test your understanding with diverse quizzes, from identifying marine species to complex marine ecological processes.
    • Engage with interactive quizzes like locate, identify, Jeopardy-style, and more.
  5. AI-Powered Marine Skill Simulator:
    • Immerse yourself in marine procedures, such as coral reef conservation techniques, marine sampling methods, and deep-sea exploration.
    • Experience 3D animations of these processes, guided by an AI avatar, and demonstrate your understanding with AI-assessed performance.
  6. Interactive Marine Scenarios:
    • Witness AI-identified real-life marine scenarios, illustrating phenomena like oceanic current shifts, marine pollution, and coral bleaching.
    • Create custom marine simulations using Eon Interact for a deeper dive into specific topics (available for an additional fee).
  7. Incident Simulation in Marine Settings:
    • Engage with real-world marine incidents, from oil spills to marine habitat destruction, presented by our AI avatar.
    • Evaluate and respond to these incidents, with opportunities to create your incident simulations for a comprehensive understanding.

Target Audience: Students, marine enthusiasts, researchers, and professionals seeking an in-depth, interactive understanding of oceanography and marine ecosystems.

Note: This course leverages the advanced features of the EON AI Assistant for Hard skills, providing a unique, experiential learning opportunity in the field of Oceanography and Marine Ecosystems. Sign up today and embark on an oceanic journey like no other!

Advanced Remote Sensing Techniques

Advanced Remote Sensing Techniques Using EON AI Assistant for Hard Skills

Course Overview: Dive into the fascinating world of advanced remote sensing with the EON AI Assistant’s innovative augmented and virtual reality features. This comprehensive course covers the latest techniques in remote sensing, integrating 3D interactions and experiential learning to offer students a unique hands-on approach.

Course Modules:

  1. Introduction to Remote Sensing:
    • AI Avatar-guided tour of remote sensing’s historical evolution.
    • 3D visualization of early remote sensing tools and technologies.
    • Knowledge portals explaining fundamental principles.
  2. Spectroscopy in Remote Sensing:
    • Interaction with 3D models of spectral instruments.
    • Virtual experiments demonstrating light-matter interactions.
    • Floating annotations detailing wavelengths and spectral regions.
  3. Satellite Imaging Systems:
    • Exploration of 3D satellite models sourced from EON’s vast library.
    • IntelliScan feature showcases satellite components and their functions.
    • AI Avatar explanations of orbital paths, resolutions, and imaging techniques.
  4. Advanced Image Analysis Techniques:
    • Simulation scenarios for image classification, segmentation, and enhancement.
    • Hands-on exercises using the AI-generated skill simulator.
    • Assessments including locate, identify, and Jeopardy-style quizzes on image processing concepts.
  5. Terrain and Elevation Analysis:
    • Engage with topographical 3D models and understand surface features.
    • Knowledge portals on digital elevation models and terrain attributes.
    • Interactive scenarios on watershed delineation and slope analysis.
  6. Integration with GIS (Geographic Information System):
    • 3D visualizations of GIS layers and spatial data structures.
    • AI Avatar-led tutorials on data integration and spatial analysis.
    • Incident simulations depicting real-life challenges in GIS and remote sensing integration.
  7. Emerging Trends in Remote Sensing:
    • Future projections using 3D models and simulations of upcoming remote sensing technologies.
    • AI Avatar discussions on innovations like LiDAR, drone imagery, and machine learning in remote sensing.
    • Assessments testing knowledge on future remote sensing applications.

Features:

  • Interactive 3D models sourced from EON’s library or personal CAD imports (additional fee for personal imports).
  • Comprehensive quizzes and assessments to evaluate understanding and skills.
  • Option to manually add annotations or use EON’s auto-generated floating annotations.
  • Real-life simulation scenarios offering practical experience.
  • Access to Eon Interact for manual simulation creation (at an additional fee).

Course Duration: 8 weeks (2 hours/week).

Eligibility: Individuals with a foundational understanding of remote sensing and geospatial technologies.

Certification: Upon successful completion, students will receive a certificate endorsed by EON Reality.

Harness the power of AR and VR to delve deep into the intricacies of remote sensing. This course, powered by the EON AI Assistant, ensures a thorough understanding, enabling professionals and students to stay at the forefront of this evolving field.

Natural Resource Exploration Techniques

Course Title: Natural Resource Exploration Techniques using EON AI Assistant for Hard Skills

Course Overview:

This cutting-edge course integrates the EON AI Assistant’s capabilities with the foundational and advanced techniques of natural resource exploration. Through immersive augmented and virtual reality experiences, students will delve deep into the intricacies of exploring natural resources, ensuring a hands-on, experiential learning process.

Key Features:

  1. Virtual Reality Exploration:
    • Engage with 3D models of geological structures, mining equipment, and exploration methodologies in a fully immersive virtual environment.
    • Experience the depths of underground mines, the breadth of open pits, and the intricacies of drilling operations, all guided by the AI avatar.
  2. Interactive Knowledge Portals:
    • Access floating knowledge portals enriched with images, videos, and text detailing various exploration techniques.
    • AI avatar explanations provide clear overviews of complex processes such as seismic surveys, soil sampling, and geophysical methods.
  3. Hands-on 3D Model Interactions:
    • Analyze 3D geological models from EON’s extensive library, including rock formations, mineral deposits, and exploration tools.
    • Manual import of specific geological CAD models or scans of mineral samples is available, facilitating custom study materials.
  4. Assessments and Skill Simulations:
    • Undertake quizzes on exploration techniques, including identifying minerals, understanding geological maps, and choosing the right exploration tools.
    • Engage in the Universal Skill Simulator to mimic real-life exploration procedures, with AI feedback to ensure mastery of skills.
  5. Real-life Exploration Scenarios:
    • AI-identified scenarios present challenging situations in exploration, such as identifying potential mineral-rich zones or tackling environmental concerns.
    • Create custom scenarios using Eon Interact, simulating unique exploration challenges tailored to specific case studies.
  6. Incident Simulations:
    • Prepare for potential hazards and incidents in the field with AI-presented simulations, enhancing safety awareness and risk management skills.
    • Students can craft their own incident simulations, promoting critical thinking and problem-solving in crisis scenarios.

Course Outcomes:

Upon completion of the course, students will:

  • Gain an in-depth understanding of natural resource exploration techniques.
  • Demonstrate proficiency in using state-of-the-art exploration tools and methodologies.
  • Develop a comprehensive skill set, from basic geological analysis to advanced exploration procedures, all backed by AI-assisted feedback.
  • Enhance their problem-solving and decision-making capabilities through realistic simulations.

Who Should Attend:

Geologists, mining engineers, exploration professionals, and students interested in the field of natural resource exploration, aiming to leverage advanced AI and VR tools for a comprehensive learning experience.

Volcanology and Earth Surface Processes

Course Title: Volcanology and Earth Surface Processes with EON AI Assistant

Course Description:

Embark on an immersive and interactive journey into the world of volcanology and earth surface processes using the state-of-the-art EON AI Assistant. This course leverages cutting-edge artificial intelligence, augmented reality, and virtual reality technologies to provide a comprehensive and experiential learning experience.

Course Highlights:

  1. Interactive 3D Models: Dive deep into the inner workings of volcanoes, study volcanic eruptions, and understand the geophysical phenomena associated with them. Explore intricate earth surface processes, including erosion, sedimentation, and plate tectonics, in an engaging 3D environment.
  2. Knowledge Portal with Floating Annotations: Access rich multimedia content, including high-resolution images, detailed texts, and informative videos. An AI Avatar will guide you, providing in-depth explanations on volcanic formations, eruption types, and the dynamics of earth’s surface processes.
  3. Hands-on Assessments: Test your knowledge with a variety of quizzes, from identifying volcanic features to Jeopardy-style quizzes about earth surface processes. Future assessment types, like drag-and-drop and matching quizzes, will deepen your understanding.
  4. AI-Generated Skill Simulations: Engage in skill simulators that target standard operational procedures in volcanology. Witness volcanic eruptions in real-time, study lava flow dynamics, and understand pyroclastic flows through 3D animations guided by the AI avatar.
  5. Interactive Simulation Scenarios: Utilize the AI’s capability to identify real-life volcanic and geomorphological scenarios. Analyze volcanic eruption case studies, explore different earth surface processes, and predict possible outcomes using EON’s interactive simulations.
  6. Incident Simulations: Experience real-life incidents, like volcanic eruptions or sudden geomorphological changes. Learn to anticipate, respond to, and mitigate potential hazards associated with these incidents.
  7. User-Created Simulations: For those looking for a more personalized experience, craft your own volcanic or earth surface process simulations using Eon Interact (available at an additional fee).

Course Objectives:

  • Gain an in-depth understanding of volcanic systems and their impact on the earth’s surface.
  • Understand and analyze various earth surface processes and their significance in shaping our planet.
  • Develop hands-on skills through AI-generated skill simulations, enhancing your practical knowledge.
  • Foster critical thinking by responding to real-life volcanic and geomorphic scenarios.

Who Should Enroll:

This course is perfect for geology students, professionals looking to expand their knowledge in volcanology, educators seeking innovative teaching methods, and anyone with a keen interest in the dynamic processes that shape our planet.

Join us in this comprehensive course and harness the power of EON AI Assistant to revolutionize your learning experience in volcanology and earth surface processes.

Earthquake Simulation and Analysis

Course Title: Earthquake Simulation and Analysis with EON AI Assistant

Course Description: Dive into an immersive learning experience with the EON AI Assistant as we explore the intricacies of earthquake simulation and analysis. This course leverages cutting-edge augmented and virtual reality technologies to bring the science of seismology to life. Understand the underlying mechanisms of earthquakes, explore the various seismic zones, and analyze the impact of tremors on infrastructure and communities.

Course Highlights:

  1. 3D Earthquake Models:
    • Interact with 3D models of tectonic plates, fault lines, and seismic waves.
    • Experience real-world earthquake scenarios through augmented reality.
  2. Knowledge Portal with Floating Annotations:
    • Access a comprehensive database of major earthquakes throughout history.
    • Engage with images, text, videos, and an AI avatar explaining the science behind seismic activities.
  3. Annotations for the 3D Models:
    • Detailed annotations on the different types of seismic waves and their impact.
    • IntelliScan feature for image recognition-based annotations, helping to identify geological structures related to earthquakes.
  4. Assessment Creation:
    • Test your understanding with quizzes covering earthquake causes, measurement techniques, and mitigation strategies.
    • Future quizzes include drag and drop, matching, and true/false formats.
  5. AI-Generated Seismic Skill Simulator:
    • Understand standard earthquake prediction procedures.
    • Engage with 3D animations guided by an AI avatar, simulating earthquake occurrences and their effects.
    • Evaluate the structural integrity of buildings during tremors and suggest improvements.
  6. Interactive Simulation Scenarios:
    • AI-curated real-life earthquake scenarios demonstrating seismic activities in various parts of the world.
    • Manually create and modify simulations to analyze different seismic magnitudes and their impacts.
  7. Incident Simulation Module:
    • Witness the aftermath of major historical earthquakes.
    • Understand the chain of events leading to each incident and analyze the response strategies employed.
    • Engage in decision-making exercises on disaster management during seismic events.

School of Engineering

Introduction to Mechatronics

Course Description: Introduction to Mechatronics using EON AI Assistant for Hard Skills

Delve deep into the world of mechatronics with our state-of-the-art EON AI Assistant for Hard Skills. Experience a transformative learning journey as we blend the strengths of artificial intelligence with the immersive worlds of augmented and virtual reality. This course is tailor-made for those looking to grasp the fundamentals of mechatronics in a highly interactive and engaging manner.

Features of the Course:

  1. Knowledge Portal with Floating Annotations:
    • Begin with a captivating hero image, setting the tone for your mechatronics adventure.
    • Engage with 10 floating knowledge portals, each enriched with vivid images, comprehensive text, enlightening videos, and an AI avatar. This avatar will guide you through intricate mechatronic concepts, explaining parts, processes, and their significance in real-world applications.
  2. 3-D Model Integration:
    • Interact with detailed 3D models sourced from EON’s vast library, enhancing your understanding of mechatronic components.
    • Should a specific model be unavailable, relevant images will replace them, ensuring continuous learning.
    • Witness real-life examples such as a robot’s intricate design and functionality.
    • Get hands-on with the option to integrate your personal CAD models or even scan actual 3-D objects (note: additional fees apply).
  3. Annotations for the 3-D Model:
    • Benefit from auto-generated annotations that clarify and explain the models in detail.
    • Coming in Q1 2024, the IntelliScan feature will provide even more nuanced, image recognition-based annotations.
    • For those who wish to delve deeper, there’s an option to manually add annotations to the models (additional fees apply).
  4. Assessment Creation:
    • Test your knowledge and understanding with our diverse assessment tools designed for the 3-D models.
    • From standard drop menu quizzes to more interactive ones like the identify and Jeopardy-style quizzes, challenge yourself at every stage of your learning.
    • Stay tuned for even more quiz formats launching in 2024, including the matching, ordering, and short answer quizzes.
  5. AI Generated Universal Skill Simulator:
    • Immerse yourself in simulations targeting the top standard operation procedures in mechatronics.
    • Watch as theoretical procedures transform into lifelike 3-D animations, guided every step of the way by an informative AI avatar.
    • Practice and perfect your skills, with the AI critically assessing your performance against established standards.
  6. Interactive Simulation Scenarios:
    • Enrich your learning as the AI presents real-life mechatronic scenarios using 3-D models and knowledge portals.
    • For those with a creative streak, design and build your own simulations using Eon Interact (additional fee applicable).
  7. Incident Simulation:
    • Navigate through potential incidents in the mechatronic field, identified and presented by our AI avatar.
    • Assess your problem-solving abilities in these simulated scenarios.
    • Personalize your learning by creating unique incident simulations using Eon Interact (available for an additional fee).

Join us on this dynamic journey into the realm of mechatronics, where traditional learning meets the future. With the EON AI Assistant, your understanding of mechatronics will be both deepened and broadened, preparing you for the challenges and opportunities of tomorrow.

Fluid Dynamics

Course Title: Fluid Dynamics Mastery with EON AI Assistant for Hard Skills

Course Description: Dive into the intricate world of fluid dynamics using EON Reality’s groundbreaking EON AI Assistant. Experience an unmatched learning journey, harnessing the power of augmented and virtual reality to transform complex theoretical concepts into tangible, interactive lessons.

Course Modules and Features:

  1. Knowledge Portal with Floating Annotations:
    • Introduction to Fluid Dynamics: Access a hero image showcasing fluid movement phenomena, providing an initial understanding of the subject.
    • 10 Floating Knowledge Portals: Delve into the essential principles of fluid dynamics such as viscosity, flow rates, and pressure gradients, accompanied by images, text, and videos.
    • AI Avatar Guide: An intelligent avatar will accompany your learning journey, explaining intricate fluid dynamics concepts and processes.
  2. 3-D Model Integration:
    • Interactive Models: Engage with 3-D models sourced from EON’s vast library, illustrating fluid behavior under various conditions.
    • Dynamic Placeholders: In the absence of a default model, relevant images will help elucidate specific concepts.
    • Personalized Learning: You’ll have the option to upload personal CAD models or 3D scans related to fluid dynamics experiments (available at an additional fee).
  3. Annotations for the 3-D Model:
    • Enhanced Understanding: Benefit from auto-generated annotations, elucidating the key features and behaviors of fluid systems.
    • IntelliScan Feature: From Q1 2024, leverage image recognition-based annotations, offering deeper insights into fluid dynamics experiments and setups.
    • Custom Annotations: Personalize your learning experience by manually adding annotations that highlight specific points of interest (available for an additional fee).
  4. Assessment Creation:
    • Evaluate Your Knowledge: Test your understanding of fluid dynamics principles with quizzes ranging from standard drop menu, locate, identify, to the interactive Jeopardy-style format.
    • Coming Soon: Enhance your evaluation process with drag and drop, matching, ordering, true/false, and short answer quizzes set to launch in 2024.
  5. AI Generated Universal Skill Simulator:
    • Practical Applications: Explore the top standard operation procedures in fluid dynamics, visualized in detailed 3-D animations guided by the AI avatar.
    • Hands-on Experience: Emulate and demonstrate fluid dynamic processes, receiving real-time feedback from the AI on your performance.
  6. Interactive Simulation Scenarios:
    • Real-world Applications: Delve into AI-curated scenarios that replicate real-life fluid dynamics challenges and phenomena, presented via 3-D models and Knowledge Portals.
    • DIY Simulations: For those eager to experiment further, create your custom simulations using Eon Interact (available for an additional fee).
  7. Incident Simulation:
    • Problem-Solving in Action: The AI avatar will present incidents related to fluid dynamics, allowing you to apply theoretical knowledge in practical settings.
    • Simulation Creation: Design and enact your fluid dynamics incidents using Eon Interact, amplifying your problem-solving abilities (available for an additional fee).

Outcome: By the end of this course, students will have a robust understanding of fluid dynamics concepts, be adept at working with interactive 3D models, and be proficient in applying their knowledge in practical scenarios. Embrace the future of learning with EON AI Assistant’s immersive and comprehensive course on Fluid Dynamics.

Structural Engineering and Design

Course Description: Structural Engineering and Design using EON AI Assistant for Hard Skills

Embark on an immersive learning journey into the realm of Structural Engineering and Design with the EON AI Assistant for Hard Skills. Dive deep into the world of beams, columns, trusses, and modern architectural marvels using augmented and virtual reality. Experience firsthand the wonders of structural engineering, from conception to construction, all enhanced by state-of-the-art technology.

  1. Knowledge Portal with Floating Annotations:
    • Hero Image: Dive right into a grand visual of iconic structural engineering marvels.
    • 10 Floating Knowledge Portals: Engage with interactive portals featuring:
      • Images: Explore high-definition images of diverse structural designs.
      • Text: Understand the principles behind each engineering concept.
      • Videos: Watch intricate structural processes come to life.
      • AI Avatar: Let the AI guide you through the intricate world of beams, supports, and load-bearing structures, detailing every process and principle.
  2. 3-D Model Integration:
    • Library Access: Browse through EON’s vast collection, featuring structural components and designs.
    • Placeholder Images: In the absence of specific 3D models, high-resolution images of structures like bridges or skyscrapers will be showcased.
    • 3-D Model Example: Interact with a detailed 3D model of a suspension bridge, understanding its components.
    • Personal Model Upload: Got a CAD design of a unique structure? Upload it and explore its features in a virtual environment.
  3. Annotations for the 3-D Model:
    • Automatic Annotations: Let the AI highlight and explain key structural components on the models.
    • IntelliScan Feature: Available from Q1 2024, this will recognize and detail parts of the structure from images.
    • Manual Annotations: Personalize your learning by adding your own notes and highlights.
  4. Assessment Creation:
    • Interactive Quizzes: Test your understanding of structural designs through:
      • Load distribution quizzes.
      • Material identification quizzes.
      • Structural integrity challenges.
    • Upcoming Quizzes: Stay prepared for more interactive formats like drag-and-drop material matching or beam ordering quizzes.
  5. AI Generated Universal Skill Simulator:
    • Standard Procedures: Master top structural engineering procedures.
    • 3-D Animated Guides: Watch and learn as AI avatars demonstrate processes like load-bearing assessments or material testing.
    • Performance Assessment: Showcase your understanding of procedures, and get real-time feedback from the AI.
  6. Interactive Simulation Scenarios:
    • Real-life Engineering Scenarios: Experience challenges faced in real-world structural design projects.
    • 3-D Models and Knowledge Portals: Dive deeper into specific structural problems and their solutions.
    • Custom Simulations: Use Eon Interact to simulate your own structural scenarios.
  7. Incident Simulation:
    • AI-Driven Incidents: Let the AI avatar guide you through potential structural failures or challenges.
    • Incident Assessments: Evaluate your response to engineering incidents, understanding the right from the wrong.
    • Custom Incident Simulations: Use Eon Interact to create and learn from unique structural challenges.

Harness the power of augmented and virtual reality and elevate your understanding of Structural Engineering and Design. Whether you are a budding engineer or a seasoned professional, this course offers a blend of traditional knowledge and futuristic technology for an unmatched learning experience. Join us, and redefine the boundaries of engineering education.

Thermodynamics and Energy Systems

Course Description: Thermodynamics and Energy Systems using EON AI Assistant for Hard Skills

Step into the future of learning with our comprehensive course on Thermodynamics and Energy Systems, enhanced by the cutting-edge capabilities of the EON AI Assistant. Experience a multidimensional exploration of the fundamental principles of thermodynamics, the intricacies of energy systems, and the real-world applications of these concepts.

  1. Knowledge Portal with Floating Annotations:
  • Hero Image Exploration: Dive deep into the world of thermodynamics with captivating hero images sourced from premium material, providing a visual introduction to complex topics.
  • Floating Knowledge Portals: Engage with 10 immersive portals complete with:
    • Images: High-resolution visuals elucidating the workings of energy systems.
    • Text: Concise explanations and theories underlying thermodynamics.
    • Videos: Animated sequences bringing to life the dynamic processes in thermodynamics.
    • AI Avatar Guidance: Let our intelligent AI avatar walk you through various concepts, offering insights into parts and processes of energy systems.
  1. 3-D Model Integration:
  • Interactive 3D Models: Interact with meticulously crafted 3D models from EON’s extensive library, from heat engines to complex energy systems.
  • Placeholder Images: Should a specific model be unavailable, illustrative images will bridge the gap, ensuring uninterrupted learning.
  • Custom Import: Bring your studies closer to real-world scenarios by importing personal CAD models or scanning 3D objects of relevant apparatus. (Available for an additional fee).
  • Text-to-3D Conversion: Look forward to the innovative feature in 2024 that will convert textual information into 3D models for an even more immersive experience.
  1. Annotations for the 3-D Model:
  • Dynamic Annotations: Enhance your understanding with auto-generated floating annotations that provide succinct information on various components.
  • IntelliScan Feature: Coming in Q1 2024, expect image recognition-based annotations, offering you detailed insights with a single scan.
  • Personalized Annotations: Craft your learning journey by manually adding annotations to emphasize and remember specific points. (Available at an additional cost).
  1. Assessment Creation:
  • Diverse Quiz Formats: Test your knowledge and understanding through a range of quizzes like locate, identify, and jeopardy-style quizzes, tailored to thermodynamics concepts.
  • Upcoming Quiz Styles: 2024 promises an expanded quiz repertoire with formats like drag and drop, matching, and ordering.
  1. AI Generated Universal Skill Simulator:
  • Hands-on Simulations: Learn standard operational procedures, such as the workings of a Carnot engine, through 3D animations led by an AI avatar.
  • Performance Assessment: Demonstrate processes in energy systems, and let the AI provide real-time feedback and assessment.
  1. Interactive Simulation Scenarios:
  • Real-life Scenarios: Encounter scenarios like the efficiency optimization of heat engines or renewable energy integrations, brought to life with 3-D models.
  • Personalized Simulations: Create your unique simulations using Eon Interact for a tailored learning experience. (Available for an additional fee).
  1. Incident Simulation:
  • Scenario-based Learning: Tackle real-world incidents, such as energy system failures, with guidance from the AI avatar, enhancing problem-solving skills.
  • Incident Analysis: Get assessed on your approach to various incidents, preparing you for real-world challenges.

Join us in this revolutionary course, and harness the power of augmented and virtual reality to master Thermodynamics and Energy Systems like never before.

Semiconductor Devices

Course Title: Experiential Learning on Semiconductor Devices using the EON AI Assistant for Hard Skills

Course Overview: Delve into the intricate world of semiconductor devices with our state-of-the-art EON AI Assistant. This immersive course harnesses the power of augmented and virtual reality to transform traditional textual and graphical materials into an experiential learning journey. Whether you’re a novice or an expert, the EON AI Assistant will elevate your understanding of semiconductor devices to new heights.

Course Features:

  1. Knowledge Portal with Floating Annotations:
    • Visual Reinforcement: Dive into a captivating hero image sourced from top-notch semiconductor materials and sources.
    • Floating Knowledge Portals: Engage with 10 interactive portals packed with high-definition images, succinct text, informative videos, and AI-driven explanations about semiconductor components, processes, and functions.
  2. 3-D Model Integration:
    • Virtual Exploration: Access our vast library, which contains semiconductor-related 3-D assets. In the absence of a default model, an instructive image will be presented as a placeholder.
    • Personalization: Should you wish to explore a specific semiconductor model, there’s an option to import your personal CAD design or even scan a semiconductor device (subject to additional fees).
    • Future Upgrade: Stay tuned for our revolutionary text-to-3D conversion tool, set to launch in 2024, that will further enhance your semiconductor learning experience.
  3. Annotations for the 3-D Model:
    • Intelligent Annotations: In instances where a semiconductor model might lack annotations, EON will intuitively auto-generate them as floating annotations.
    • IntelliScan Feature: Starting Q1 2024, benefit from our image recognition-driven annotations that provide in-depth insights into each semiconductor segment.
    • Custom Annotations: For a deeper dive, users have the flexibility to manually add specific annotations (available at an additional cost).
  4. Assessment Creation:
    • Comprehensive Testing: Test your grasp on semiconductors through varied quizzes, including the standard drop menu, locate, identify, and Jeopardy-style formats.
    • Upcoming Quiz Formats: Elevate your assessment experience in 2024 with innovative quiz styles like drag and drop, matching, ordering, true/false, and short answer formats.
  5. AI Generated Universal Skill Simulator:
    • Real-time Skill Acquisition: Target top semiconductor operation procedures and visualize them through 3-D animations. Learn, practice, and get instant feedback from our AI avatar on semiconductor assembly, maintenance, and troubleshooting procedures.
    • Versatile Learning: In cases where a 3-D semiconductor model isn’t at hand, a detailed 2D hero image will be provided for uninterrupted learning.
  6. Interactive Simulation Scenarios:
    • Real-life Simulations: The AI extrapolates real-world semiconductor scenarios, showcasing them via 3-D models and knowledge portals.
    • Hands-on Experience: Users aspiring for a more hands-on approach can craft their own semiconductor simulations using Eon Interact (available at an additional fee).
  7. Incident Simulation:
    • Practical Problem-Solving: Engage with real-world semiconductor incidents presented by our AI avatar through the Knowledge Portal.
    • Interactive Learning: Users are assessed based on their responses to these incidents. For those keen on a tailored learning path, custom incident simulations can be created using Eon Interact (subject to additional fees).

Microelectromechanical Systems (MEMS) Design

Course Description: Microelectromechanical Systems (MEMS) Design with EON AI Assistant for Hard Skills

Welcome to the cutting-edge course on Microelectromechanical Systems (MEMS) Design, powered by the EON AI Assistant. This immersive and interactive learning experience is tailored to provide you with a deep understanding of MEMS Design using augmented and virtual reality technologies. Dive into the intricacies of MEMS design through the following features:

  1. Knowledge Portal with Floating Annotations:
    • Discover MEMS designs with our highlighted hero image, carefully curated from top MEMS material and sources.
    • Navigate through 10 floating knowledge portals, each showcasing intricate MEMS designs, detailed images, text explanations, and videos.
    • Engage with our AI avatar as it guides you through the nuances of MEMS components and their functionalities.
  2. 3-D Model Integration:
    • Interact with detailed 3D models of MEMS components, sourced from EON’s vast library.
    • In the absence of a default model, relevant images of MEMS systems will be presented as placeholders.
    • Experience hands-on MEMS design simulations, like designing a MEMS accelerometer or a pressure sensor.
    • Personalize your learning by importing your own CAD models of MEMS designs, or even scanning real-world MEMS objects (Note: Additional fee may apply).
  3. Annotations for the 3-D Model:
    • Gain deeper insights with auto-generated floating annotations for each MEMS design model.
    • Leverage the IntelliScan feature (available from Q1 2024) for image recognition-based annotations on MEMS systems.
    • Customize your learning by manually adding annotations to specific MEMS components (Note: Additional fee may apply).
  4. Assessment Creation:
    • Test your knowledge with assessment tools tailored for MEMS designs.
    • Attempt quizzes like ‘Identify the MEMS component’, ‘Locate the MEMS actuator’, and other engaging challenges.
    • Stay tuned for our upcoming quiz formats in 2024, ensuring a comprehensive evaluation of your MEMS knowledge.
  5. AI Generated Universal Skill Simulator:
    • Master standard MEMS design procedures through our AI-guided simulator.
    • Witness procedures transform into 3D animations, helping you understand MEMS manufacturing processes, calibration techniques, and more.
    • Showcase your MEMS design skills, and receive performance assessments directly from our AI.
  6. Interactive Simulation Scenarios:
    • Explore real-life MEMS scenarios where the AI presents challenges with 3-D models and Knowledge Portals.
    • Design, simulate, and validate MEMS devices using the Eon Interact tool (Note: Manual process and additional fee may apply).
  7. Incident Simulation:
    • Address real-world MEMS design challenges presented by our AI avatar.
    • Evaluate your decision-making skills as you are assessed on MEMS incidents.
    • Dive deeper into MEMS challenges by creating your own incident simulations with Eon Interact (Note: Additional fee may apply).

By the end of this course, you will be equipped with a comprehensive understanding of MEMS design, its applications, challenges, and the latest trends in the field. Join us on this exciting journey and elevate your expertise in MEMS Design!

Biomedical Imaging

Course: Biomedical Imaging with EON AI Assistant for Hard Skills

Immerse yourself in the future of biomedical imaging education with the EON AI Assistant. This course, tailored specifically for the nuances of biomedical imaging, harnesses the potential of augmented and virtual reality to provide a unique, interactive learning experience. Here’s what to expect:

Knowledge Portal with Floating Annotations:

  • Hero Image Presentation: Witness intricate details of biomedical images sourced from authentic materials.
  • Interactive Portals: Dive deep into 10 distinct floating knowledge portals, each enriched with:
    • High-resolution Images that capture the intricacies of biomedical imaging.
    • Detailed Text that delves into the concepts and techniques.
    • Engaging Videos showcasing real-world applications and procedures.
    • An AI Avatar guide that elucidates the nuances of biomedical imaging processes and equipment.

3-D Model Integration:

  • Vast Library Access: Engage with intricate 3D models of imaging equipment and biological structures, sourced from EON’s expansive library.
  • Placeholder Images: In instances where specific 3D models are unavailable, detailed images serve as placeholders, ensuring continuous learning.
  • Custom Models: For a specialized study, you have the option to integrate your own CAD models or even scan real-world objects (additional fee applicable).
  • Future Innovations: Stay ahead with the upcoming feature that will convert text to 3D models in 2024.

Annotations for the 3-D Model:

  • Comprehensive Annotations: Even if a model lacks annotations, EON will ensure you receive floating annotations to guide your learning.
  • IntelliScan Feature: Starting Q1 2024, harness the power of image recognition for nuanced annotations, enhancing your understanding.
  • Custom Annotations: Tailor your learning by manually adding specific annotations to models (available at an additional cost).

Assessment Creation:

  • Diverse Quiz Formats: Test your knowledge with a plethora of quiz formats, including standard drop menu, locate, identify, and even Jeopardy-style quizzes.
  • Upcoming Quiz Styles: Prepare for even more assessment styles in 2024, like drag and drop, matching, ordering, and short answer quizzes.

AI Generated Universal Skill Simulator:

  • Practical Learning: Engage with standard operation procedures, such as MRI or CT scan processes, through 3D animations directed by an AI avatar.
  • Skill Assessment: Demonstrate imaging techniques and let the AI gauge your competency, ensuring a hands-on grasp of essential skills.
  • 2D Integration: In the absence of a 3D model, detailed 2D images ensure continuous, unhindered learning.

Interactive Simulation Scenarios:

  • Real-life Scenarios: With the AI’s prowess, confront real-life biomedical imaging challenges, presented with 3D models and knowledge portals.
  • Personalized Simulations: Craft your own imaging scenarios using Eon Interact to simulate specific situations or challenges (additional fee applicable).

Incident Simulation:

  • Incident Analysis: Let the AI avatar guide you through critical incidents in biomedical imaging, enhancing your problem-solving skills.
  • Hands-on Assessment: Simulate and assess various imaging incidents, building a comprehensive understanding of potential challenges in the field.
  • Custom Simulations: Create specific incident simulations using Eon Interact to dive deeper into complex scenarios (available at an additional fee).

Dive into the world of biomedical imaging like never before. Harness the power of augmented and virtual reality with the EON AI Assistant and embark on an educational journey that’s as immersive as it’s informative. Register now!

Advanced Topics in Circuit Design

Course Title: Advanced Topics in Circuit Design with EON AI Assistant for Hard Skills

Course Description: Delve deep into the intricacies of circuit design with an innovative approach using the EON AI Assistant. Experience the synergy of artificial intelligence, augmented, and virtual reality as you immerse yourself in a state-of-the-art, experiential learning course.

Course Features:

  1. Knowledge Portal with Floating Annotations:
    • Visual Mastery: Utilize the hero image feature to access high-definition images of intricate circuit designs and their components.
    • Interactive Learning: Engage with 10 floating knowledge portals equipped with images, texts, and videos, offering a comprehensive look into the world of advanced circuits.
    • Guided Learning: An AI avatar is at your service, explaining the complexities and functions of various circuit components and the principles behind their operations.
  2. 3-D Model Integration:
    • Extensive Library Access: Dive into EON’s vast library of assets, accessing 3D models of complex circuitry, components, and design patterns.
    • Customization: Should a specific circuit model be unavailable, visualize concepts through placeholder images. Additionally, personalize your learning by importing your CAD models or scanning real-life objects (available at an extra fee).
  3. Annotations for the 3-D Model:
    • Contextual Learning: If a chosen model lacks annotations, EON will auto-generate floating annotations to provide context and deeper understanding.
    • IntelliScan Advantage: From Q1 2024, enhance your learning with the image recognition-based annotations feature.
    • Personal Touch: Opt to manually add annotations, tailoring your learning path (available for an additional cost).
  4. Assessment Creation:
    • Test Your Knowledge: Challenge yourself with a variety of quizzes, from standard drop menus to Jeopardy-style formats.
    • Upcoming Features: Stay tuned for a wider range of quizzes in 2024, including drag and drop, matching, ordering, and more, ensuring a comprehensive assessment of your knowledge.
  5. AI Generated Universal Skill Simulator:
    • Hands-On Learning: Target and understand standard circuit operation procedures with 3D simulations, all the while guided by an interactive AI avatar.
    • Practice Makes Perfect: Showcase your circuit design and testing skills, and receive real-time feedback from the AI on your performance.
  6. Interactive Simulation Scenarios:
    • Real-World Application: The AI identifies practical scenarios in circuit design, allowing you to interact with 3-D models and knowledge portals for a holistic understanding.
    • Your Own Simulations: Elevate your learning by creating personalized simulations using Eon Interact (available for an additional fee).
  7. Incident Simulation:
    • Problem Solving: Encounter real-world circuitry incidents, presented by an AI avatar. Assess and address these challenges, honing your troubleshooting skills.
    • Simulation Creation: Deepen your understanding by designing incident simulations via Eon Interact (available for an added fee).

Course Outcome: Upon completion, learners will possess an advanced understanding of circuit design principles, hands-on experience with circuitry simulations, and a comprehensive grasp on troubleshooting and problem-solving in real-world circuitry scenarios.

Embark on a journey that fuses traditional learning with cutting-edge technology, making Advanced Topics in Circuit Design not just a course, but an experience.

Robotics and Autonomous Systems

Course Description: Robotics and Autonomous Systems using EON AI Assistant for Hard Skills

Course Overview: Dive into the world of Robotics and Autonomous Systems with the EON AI Assistant. Utilizing the power of artificial intelligence combined with augmented and virtual reality, this course transforms conventional learning material into an interactive and immersive experience. Explore the intricacies of robotics and autonomous systems in three dimensions, gaining unparalleled insight and hands-on experience.

Course Features:

  1. Knowledge Portal with Floating Annotations:
    • Hero Image Display: Gain a visual introduction with a striking hero image derived from robotics and autonomous systems.
    • Interactive Knowledge Portals: Access 10 dynamic portals equipped with images, text, and videos related to various robotics concepts.
    • AI Guidance: An AI avatar will guide you through the course material, elucidating complex robotics parts, and processes.
  2. 3-D Model Integration:
    • Vast Model Library: Engage with intricate 3-D models of robots sourced from EON’s extensive library, giving you a realistic feel of robotic systems.
    • Placeholder Images: In the absence of a specific 3-D model, relevant images will ensure uninterrupted learning.
    • Personalization: You have the freedom to incorporate your CAD models or even scan real-world robotic objects to study (available for an additional fee).
  3. Annotations for the 3-D Model:
    • Dynamic Annotations: Experience auto-generated floating annotations that highlight and explain specific components of the robotic models.
    • IntelliScan Feature: From Q1 2024, benefit from image recognition-based annotations, enhancing your understanding.
    • Custom Annotations: Tailor your learning by manually adding specific annotations (available for an extra fee).
  4. Assessment Creation:
    • Diverse Quiz Formats: Test your understanding with quizzes ranging from standard drop menus to locate, identify, and even Jeopardy-style formats.
    • Upcoming Quiz Types: Stay tuned for future quiz formats like drag and drop, matching, ordering, and more in 2024.
  5. AI Generated Universal Skill Simulator:
    • Standard Operation Procedures: Delve into the top procedures in robotics, from start-up to maintenance.
    • 3-D Animated Procedures: Grasp complex robotic processes through 3-D animations steered by the AI avatar.
    • Practical Demonstrations: Showcase your understanding by enacting processes, with the AI assessing your performance for precision.
  6. Interactive Simulation Scenarios:
    • Real-life Scenarios: The AI will introduce you to real-world situations in robotics, presented through 3-D models and knowledge portals.
    • Manual Simulations: Design your simulations using Eon Interact to delve deeper into specific scenarios (available for an additional fee).
  7. Incident Simulation:
    • Incident Identification: The AI avatar will present possible incidents in the world of robotics, facilitating better preparedness.
    • Assessment on Incidents: Gauge your response and understanding of robotic incidents through tailored assessments.
    • Custom Incident Simulations: Craft specific incident scenarios using Eon Interact to further your expertise (available for an additional fee).

Course Outcomes: Upon completion, learners will have an enriched understanding of robotics and autonomous systems, equipped with hands-on experience and practical knowledge. Through the unique features of the EON AI Assistant, learners will not only understand the theoretical aspects but also be prepared to tackle real-world challenges in robotics.

Nanotechnology and Nanoscale Fabrication Techniques

Course Description: Nanotechnology and Nanoscale Fabrication Techniques Using EON AI Assistant for Hard Skills

Dive into the intricate world of nanotechnology and nanoscale fabrication techniques with our state-of-the-art EON AI Assistant. Designed for an optimal learning experience, our course leverages the cutting-edge capabilities of augmented and virtual reality to offer a comprehensive exploration of this fascinating domain.

Knowledge Portal with Floating Annotations:

  • Hero Image Display: Embark on your nanotech journey with a captivating hero image sourced from renowned nanotechnology institutions.
  • Interactive Knowledge Portals: Explore 10 floating portals dedicated to nanotechnology concepts. Each portal comes enriched with:
    • High-resolution images showcasing nanoscale structures and devices.
    • Detailed text insights about fabrication methods.
    • Videos that bring nanoscale phenomena to life.
    • An AI Avatar guide explaining the nuances of nanotechnology, from atomic manipulation to quantum dot applications.

3-D Model Integration:

  • Nanoscale 3D Models: Interact with detailed models sourced from EON’s extensive library, such as carbon nanotubes or quantum dots.
  • Dynamic Placeholders: In the absence of a specific model, placeholder images illustrate nanoscale concepts.
  • Custom Integration: Option to incorporate your personal nanotech CAD models or microscopic scans (additional fee applicable).
  • Upcoming Feature: Look forward to a transformative text-to-3D conversion tool, launching in 2024, to further enhance your understanding.

Annotations for the 3-D Model:

  • Auto-Annotations: Engage with automatically generated floating annotations that detail nanoscale structures and their functionalities.
  • IntelliScan Feature: From Q1 2024, benefit from image recognition-based annotations, offering a deeper dive into nanotech phenomena.
  • Personalized Annotations: Add your insights or highlight specific nano features at a supplementary cost.

Assessment Creation:

  • Test your nanotech mastery with a variety of quizzes:
    • Standard drop menu quiz: Identify nanostructures and their uses.
    • Locate quiz: Pinpoint nanotech fabrication methods.
    • Identify quiz: Recognize different nanomaterials and their applications.
    • More quiz formats, including true/false and short answer quizzes, are on the horizon for 2024!

AI Generated Universal Skill Simulator:

  • Nanotech SOPs: Delve into the top five standard operation procedures in nanotechnology.
  • Animated Procedures: Understand intricate nanoscale processes through 3-D animations, with the AI avatar guiding each step.
  • Skill Demonstration: Practice nanotech fabrication techniques and receive AI-driven performance assessments.
  • For unavailable 3D nano models, detailed 2D images ensure your learning isn’t compromised.

Interactive Simulation Scenarios:

  • AI-Driven Real-life Scenarios: Navigate through real-world nanotech challenges, visualized using 3-D models and Knowledge Portals.
  • Custom Simulations: Craft your nanotechnology simulations using Eon Interact (additional fee applicable).

Incident Simulation:

  • Nanotech Incidents: Let the AI avatar walk you through nanotech incidents and their implications using the Knowledge Portal.
  • Hands-on Incident Simulations: Evaluate your problem-solving skills by creating and navigating through nanoscale incidents using Eon Interact (additional fee applicable).

Equip yourself with the hard skills required in the burgeoning field of nanotechnology. Experience firsthand the magic of nanoscale fabrication techniques, all rendered in vivid detail through the EON AI Assistant. Enroll now and harness the power of immersive learning.

Aerospace Dynamics and Control

Aerospace Dynamics and Control

EON AI Assistant Interactive Course

Delve into the intricate world of aerospace dynamics and control using the advanced capabilities of the EON AI Assistant. Gain hands-on experience through virtual and augmented reality simulations, enhancing your comprehension of aerospace systems and their control mechanisms.

Knowledge Portal with Floating Annotations:

  • Hero Image: A dynamic display of an aircraft in flight showcasing various aerodynamic forces.
  • 10 Floating Knowledge Portals covering:
    • Basics of flight mechanics.
    • Stability and control.
    • Aircraft control surfaces.
    • Feedback systems.
    • Automated flight control systems.
    • Dynamic response of aerospace vehicles.
    • Longitudinal and lateral control dynamics.
    • Aerodynamic forces and moments.
    • Advanced control techniques.
    • Applications in modern aviation.

3-D Model Integration:

  • Engage with 3D models of different aircraft designs from EON’s expansive library.
  • Analyze aircraft components, design intricacies, and control mechanisms.
  • Import or scan real-life aircraft models for a deeper exploration.

Annotations for the 3-D Model:

  • Auto-generated annotations describing aircraft parts, control systems, and dynamic principles.
  • Manual addition of specific annotations for a tailored learning experience.

Assessment Creation:

  • Test your knowledge on aircraft dynamics and control systems through interactive quizzes.
  • Engage in jeopardy-style, true/false, and identify quizzes focusing on real-world scenarios.

AI Generated Universal Skill Simulator:

  • Interact with aircraft control systems and experience automated flight sequences.
  • Receive guided 3D demonstrations on feedback mechanisms and dynamic responses.

Interactive Simulation Scenarios:

  • Experience real-life flight situations, exploring aircraft dynamics and control nuances.
  • Create your own simulations to test control responses under various conditions.

Incident Simulation:

  • Engage with real-world incidents involving aircraft control and dynamics.
  • Analyze incident causes and responses, honing your problem-solving skills.

Jet Propulsion

EON AI Assistant Interactive Course

Step into the high-speed world of jet propulsion with the EON AI Assistant. Experience the mechanics and principles of jet engines through virtual and augmented reality, ensuring a comprehensive understanding of propulsion systems.

Knowledge Portal with Floating Annotations:

  • Hero Image: A jet engine in action, highlighting the combustion process and thrust generation.
  • 10 Floating Knowledge Portals covering:
    • Principles of jet propulsion.
    • Types of jet engines: turbojet, turboprop, turbofan, and ramjet.
    • Combustion chambers.
    • Thrust and efficiency.
    • Jet propulsion cycles.
    • Air intake mechanisms.
    • Nozzle designs.
    • Turbine and compressor stages.
    • Materials and cooling techniques.
    • Innovations in jet propulsion technology.

3-D Model Integration:

  • Engage with 3D models of diverse jet engine types from EON’s extensive library.
  • Delve deep into engine components, analyzing the intricate details of propulsion systems.
  • Integrate real-world engine models for a closer examination.

Annotations for the 3-D Model:

  • Auto-generated annotations detailing the parts of a jet engine and the propulsion process.
  • Manual addition of specific annotations to dive deeper into propulsion complexities.

Assessment Creation:

  • Test your knowledge on jet propulsion systems and engine designs through diverse quizzes.
  • Challenge yourself with jeopardy-style, drag and drop, and matching quizzes.

AI Generated Universal Skill Simulator:

  • Understand jet engine operations and dynamics with interactive 3D simulations.
  • Learn about combustion processes, thrust generation, and efficiency optimization.

Interactive Simulation Scenarios:

  • Experience real-life scenarios, exploring the challenges and solutions in jet propulsion.
  • Design your own simulations, experimenting with different engine types and conditions.

Incident Simulation:

  • Dive into real-world incidents related to jet engines and propulsion failures.
  • Examine the causes and effects, enhancing your troubleshooting skills in jet propulsion.

Renewable Energy Systems

Course Description: Dive into the world of renewable energy using the immersive experience offered by the EON AI Assistant. Engage with augmented and virtual reality models, 3D simulations, and interactive quizzes to get an unparalleled understanding of sustainable power.

Knowledge Portal with Floating Annotations:

  • Display a dynamic solar farm as the hero image.
  • Navigate 10 floating knowledge portals showing wind turbines, geothermal plants, hydroelectric dams, solar panels, and bioenergy processes.
  • Each portal contains images, text, videos, and an AI avatar explaining the principles, working mechanisms, and benefits of each energy system.

3-D Model Integration:

  • Interact with 3D models of wind turbines, solar cells, and hydro generators from EON’s library.
  • Observe detailed sections of renewable energy machinery, sourced from real-world equipment.
  • Edit and explore models, including the ability to import specific CAD designs related to renewable energy projects.

Annotations for the 3-D Model:

  • Discover auto-generated annotations detailing parts of solar panels, turbine blades, or geothermal equipment.
  • Experience the forthcoming IntelliScan feature, identifying components in renewable energy machinery.

Assessment Creation:

  • Test your knowledge with quizzes on renewable energy principles, machinery components, and system designs.
  • Engage in future quiz formats, enhancing your understanding of the renewable sector.

AI Generated Universal Skill Simulator:

  • Engage with simulations on setting up solar panels, maintaining wind turbines, or optimizing hydroelectric dams.
  • Witness procedures turned into 3D animations, guided by an AI avatar, to deepen practical understanding.

Interactive Simulation Scenarios:

  • Visualize real-life scenarios such as the optimization of a solar farm or maintenance of a wind turbine.
  • Use Eon Interact to craft your simulations, understanding the intricacies of renewable systems.

Incident Simulation:

  • Analyze potential incidents in renewable energy setups, from solar cell malfunctions to turbine failures.
  • Get assessed on these incidents to ensure readiness in real-world applications.

Advanced Material Science and Engineering

Course Description: Delve deep into the micro and macroscopic world of materials. Experience the future of material science and engineering with the help of EON AI Assistant’s augmented and virtual reality features.

Knowledge Portal with Floating Annotations:

  • Feature a hero image of a state-of-the-art materials lab.
  • Explore 10 knowledge portals showcasing various materials such as biomaterials, polymers, ceramics, and advanced alloys.
  • Obtain insights through images, text, videos, and AI-guided explanations on material properties and applications.

3-D Model Integration:

  • Manipulate 3D models of crystal lattices, polymers, and metal alloys.
  • Delve into the microstructures of materials, using models from EON’s vast library.
  • Modify and expand models, incorporating your CAD designs for specific material research projects.

Annotations for the 3-D Model:

  • Access auto-generated annotations, detailing different material properties and their significance.
  • Utilize the IntelliScan feature (when available) to recognize and label various material structures.

Assessment Creation:

  • Test your proficiency with quizzes about material properties, applications, and behaviors under different conditions.
  • Engage with a range of quiz formats, reinforcing your grasp on material science concepts.

AI Generated Universal Skill Simulator:

  • Participate in simulations demonstrating tensile testing, fracture mechanics, or electron microscopy analysis.
  • Experience these procedures in animated 3D, guided by an AI avatar for an enriching learning journey.

Interactive Simulation Scenarios:

  • Witness real-life applications and challenges in material science.
  • Create your custom simulations using Eon Interact, diving deeper into the material world.

Incident Simulation:

  • Examine potential incidents in materials testing or processing.
  • Assess your reactions and solutions to these challenges, ensuring you’re prepared for real-world scenarios.

Photonic Devices and Systems

Course Description: Embark on a luminous journey through the realm of photonic devices and systems. Let EON AI Assistant illuminate the intricate workings of light-based technologies via augmented and virtual reality.

Knowledge Portal with Floating Annotations:

  • Showcase a hero image of a high-tech optics lab.
  • Navigate through 10 knowledge portals detailing various photonics concepts like lasers, optical fibers, and photodetectors.
  • Delve into images, text, videos, and AI explanations that unravel the principles of photonics.

3-D Model Integration:

  • Interact with 3D models of devices like waveguides, photonic crystals, and LED structures.
  • Dive into detailed photonics systems models from EON’s extensive collection.
  • Integrate and modify models, including your specific CAD designs for photonic research.

Annotations for the 3-D Model:

  • Access insightful auto-generated annotations, shedding light on different components of photonic devices.
  • Experience the forthcoming IntelliScan feature for a deeper understanding of photonics.

Assessment Creation:

  • Engage in quizzes covering photonic principles, device operations, and system integrations.
  • Challenge yourself with diverse quiz formats to solidify your photonics knowledge.

AI Generated Universal Skill Simulator:

  • Engage with simulations on light modulation, wave propagation, or laser tuning.
  • Visualize these procedures in 3D animations, guided by an AI avatar for a comprehensive understanding.

Interactive Simulation Scenarios:

  • Visualize real-life challenges and innovations in photonics.
  • Design custom simulations using Eon Interact, illuminating the nuances of photonic systems.

Incident Simulation:

  • Explore potential challenges in photonic device operations.
  • Evaluate your problem-solving skills through assessments, ensuring you shine in real-world photonics applications.

Computational Fluid Dynamics

Knowledge Portal with Floating Annotations:

  • Dive into the world of fluid flow with an immersive hero image of turbulent fluid patterns.
  • Navigate 10 knowledge portals, showcasing fluid simulations, boundary layers, and vortex patterns.
  • Engage with our AI Avatar as it elucidates on Navier-Stokes equations and turbulence models.

3-D Model Integration:

  • Explore intricately crafted 3-D models of fluid flow around objects, sourced from EON’s extensive library.
  • Understand the intricacies of fluid dynamics with an illustrative model of airflow around an aerofoil.
  • Optionally, import custom flow models for closer examination.

Annotations for the 3-D Model:

  • Gain insights with auto-generated annotations on critical flow regions and boundary conditions.
  • Look forward to the IntelliScan feature highlighting complex flow patterns.

Assessment Creation:

  • Test your understanding with quizzes on fluid dynamics principles, turbulence, and simulation techniques.

AI Generated Universal Skill Simulator:

  • Delve deep into standard procedures like setting up a simulation, defining boundary conditions, and analyzing results, guided by an AI avatar.
  • Experience fluid flow phenomena with interactive 3D animations.

Interactive Simulation Scenarios:

  • Encounter real-life scenarios of fluid dynamics in engineering applications.
  • Experiment with Eon Interact by setting up and observing fluid flow in various conditions.

Incident Simulation:

  • Encounter common pitfalls in computational fluid dynamics, presented by the AI avatar.
  • Solve and learn from these incidents to avoid future mistakes.

Biomechanics

Knowledge Portal with Floating Annotations:

  • Step into the world of human movement and mechanics with a striking hero image of the musculoskeletal system.
  • Journey through 10 knowledge portals, focusing on joint mechanics, gait analysis, and muscle function.
  • Learn from the AI Avatar as it explains the intricacies of human biomechanics and its applications.

3-D Model Integration:

  • Visualize human mechanics with detailed 3-D models of the skeletal and muscular systems.
  • Understand joint mechanics with a 3-D model of the knee joint, showcasing its intricate design and function.

Annotations for the 3-D Model:

  • Benefit from annotations on critical muscle groups, joint types, and forces acting on them.
  • The upcoming IntelliScan feature will offer deeper insights into muscle actions during various activities.

Assessment Creation:

  • Validate your knowledge with quizzes on musculoskeletal anatomy, movement patterns, and biomechanical principles.

AI Generated Universal Skill Simulator:

  • Engage with standard procedures like gait analysis and ergonomic assessment, brought to life by the AI avatar.
  • Visualize muscle actions and joint forces in real-time 3D animations.

Interactive Simulation Scenarios:

  • Experience real-life scenarios in sports biomechanics, injury prevention, and rehabilitation.
  • Experiment with Eon Interact, studying the biomechanics of different activities.

Incident Simulation:

  • Explore potential injuries or incorrect movement patterns and their implications with the AI avatar.
  • Analyze these biomechanical incidents to improve movement efficiency and safety.

Digital Systems and Computer Architecture

Knowledge Portal with Floating Annotations:

  • Immerse yourself in the digital realm with a captivating hero image of a modern microprocessor.
  • Navigate 10 knowledge portals detailing logic gates, memory systems, and microarchitecture.
  • Let the AI Avatar guide you through the principles of digital systems and computer architecture.

3-D Model Integration:

  • Delve deep into 3-D models of microprocessors, memory units, and ALUs, providing a tangible feel for abstract concepts.
  • Gain insights into microarchitecture with a detailed model of a multi-core processor.

Annotations for the 3-D Model:

  • Benefit from annotations detailing components like registers, buses, and pipelines.
  • With the IntelliScan feature, grasp intricate concepts like cache memory operations and instruction execution.

Assessment Creation:

  • Challenge yourself with quizzes on digital logic, computer organization, and performance metrics.

AI Generated Universal Skill Simulator:

  • Familiarize yourself with standard digital operations like Boolean algebra and memory access procedures through our AI avatar.
  • Witness the magic of instruction execution through interactive 3D animations.

Interactive Simulation Scenarios:

  • Delve into real-life scenarios like optimizing processor performance and managing memory hierarchies.
  • Design your digital systems using Eon Interact, testing the principles you’ve learned.

Incident Simulation:

  • Encounter common challenges in digital systems, presented by our AI avatar.
  • Troubleshoot and optimize these digital scenarios for maximum efficiency.

Control Design for Autonomous Vehicles

Knowledge Portal with Floating Annotations:

  • Embark on the future of transportation with a dynamic hero image of an autonomous vehicle in action.
  • Engage with 10 knowledge portals, detailing control algorithms, sensor integration, and vehicular dynamics.
  • The AI Avatar elucidates on the principles behind autonomous vehicle control and design.

3-D Model Integration:

  • Examine intricate 3-D models of autonomous vehicles, showcasing their control systems and sensor networks.
  • Grasp vehicular dynamics with a 3-D model of a self-driving car navigating a complex urban scenario.

Annotations for the 3-D Model:

  • Absorb knowledge from annotations on crucial components like LIDAR, radar, and embedded control systems.
  • Look forward to the IntelliScan feature, offering insights into real-time decision-making in autonomous vehicles.

Assessment Creation:

  • Test your understanding with quizzes on vehicle control, sensor fusion, and obstacle avoidance algorithms.

AI Generated Universal Skill Simulator:

  • Engage with standard procedures in autonomous driving, like path planning and control loop design, as visualized by our AI avatar.
  • Interact with 3D animations depicting various driving scenarios and responses.

Interactive Simulation Scenarios:

  • Experience real-life scenarios in autonomous vehicle navigation, from highway driving to intricate urban environments.
  • Experiment with Eon Interact, designing and testing your control algorithms.

Incident Simulation:

  • Navigate challenges faced by autonomous vehicles, such as unexpected obstacles or sensor malfunctions, presented by our AI avatar.
  • Learn from these incidents to design more robust control systems.

Advanced Topics in Quantum Computing

Knowledge Portal with Floating Annotations:

  • Dive into the quantum realm with a mesmerizing hero image of a quantum processor.
  • Traverse 10 knowledge portals elucidating on qubits, quantum gates, and quantum algorithms.
  • Learn from the AI Avatar about the mysteries and possibilities of quantum computing.

3-D Model Integration:

  • Explore detailed 3-D models of quantum circuits and quantum hardware setups.
  • Delve into quantum algorithms with a 3-D representation of Grover’s and Shor’s algorithms in action.

Annotations for the 3-D Model:

  • Benefit from annotations detailing quantum phenomena like superposition and entanglement.
  • The upcoming IntelliScan feature will delve deeper into quantum error correction and quantum teleportation.

Assessment Creation:

  • Validate your grasp on quantum mechanics principles, quantum algorithms, and quantum hardware with engaging quizzes.

AI Generated Universal Skill Simulator:

  • Engage with standard quantum operations like qubit manipulation and quantum gate operations through our AI avatar.
  • Visualize quantum phenomena through captivating 3D animations.

Interactive Simulation Scenarios:

  • Delve into real-life quantum scenarios like quantum cryptography and quantum simulations.
  • Design and test your quantum circuits using Eon Interact.

Incident Simulation:

  • Encounter challenges in quantum computing like qubit decoherence and noise, as presented by the AI avatar.
  • Analyze these quantum incidents to understand the complexities and challenges in this cutting-edge field.

School of Humanities and Sciences

Organic Chemistry Lab Techniques

Knowledge Portal with Floating Annotations:

  • Experience an interactive virtual lab with chemical setups and apparatus.
  • Explore 10 floating knowledge portals detailing specific techniques like distillation, titration, and crystallization, each accompanied by images, videos, and an AI avatar explaining the process.

3-D Model Integration:

  • Dive into detailed 3D models of complex molecules and lab equipment.
  • Engage with illustrative examples like a rotating Bunsen burner or a zoomable molecule of benzene.
  • Options to import personalized molecular structures and equipment diagrams.

Annotations for the 3-D Model:

  • Each molecular structure and apparatus comes annotated, providing crucial details.
  • Intuitive IntelliScan identifies molecules and equipment parts, offering in-depth descriptions.

Assessment Creation:

  • Test your knowledge with quizzes on molecular structures and lab techniques.
  • Identify various equipment and organic compounds, or participate in Jeopardy-style challenges about chemical reactions.

AI Generated Universal Skill Simulator:

  • Master lab techniques by simulating experiments like acid-base titrations.
  • The AI avatar guides you through procedures, offering corrections and feedback.

Interactive Simulation Scenarios:

  • Simulate real-life lab scenarios like managing chemical spills.
  • Create your customized simulations, experimenting with different organic reactions.

Incident Simulation:

  • Train for unexpected lab incidents and chemical mishaps with the AI-driven scenarios.
  • Evaluate your decision-making and lab safety skills in real-time.

Molecular Biology Techniques and Applications

Knowledge Portal with Floating Annotations:

  • Venture into a virtual biology lab showcasing DNA sequencing, PCR, and electrophoresis setups.
  • Navigate through 10 detailed knowledge portals, each displaying images, videos, and AI-guided explanations.

3-D Model Integration:

  • Interact with 3D representations of DNA, RNA, and intricate lab equipment.
  • Zoom into a DNA helix or explore the mechanics of a centrifuge.

Annotations for the 3-D Model:

  • Comprehensive annotations on genetic structures and lab equipment functionalities.
  • IntelliScan offers real-time, image-based annotations for DNA sequences and proteins.

Assessment Creation:

  • Engage in quizzes about genetic patterns, DNA replication, and lab procedures.
  • Identify specific genes or answer challenges on molecular applications.

AI Generated Universal Skill Simulator:

  • Simulate techniques like DNA replication and gel electrophoresis, guided by the AI avatar.
  • Receive real-time feedback and corrections on techniques.

Interactive Simulation Scenarios:

  • Delve into real-life genetic engineering scenarios and bioethical dilemmas.
  • Customize your simulations, focusing on genetic mutations or cloning processes.

Incident Simulation:

  • Address potential lab mishaps, like DNA contamination or equipment malfunctions, in AI-driven scenarios.
  • Enhance critical thinking and lab safety protocols.

Advanced Physics Labs (Optics, Quantum Mechanics)

with EON AI Assistant for Hard Skills:

Knowledge Portal with Floating Annotations: Venture into the depths of advanced physics with a detailed knowledge portal. Examine hero images displaying experimental setups for Optics and Quantum Mechanics labs. Engage with 10 floating portals enriched with images, videos, and text detailing complex concepts. Let our AI Avatar guide you, providing step-by-step explanations of intricate experiments and phenomena.

3-D Model Integration: Delve into three-dimensional models of optical instruments, quantum apparatuses, and atomic structures sourced from EON’s extensive library. When specific equipment or particles aren’t available in 3D, illustrative placeholder images step in. For a more personalized experience, import your optical or quantum-related CAD models or scan lab instruments.

Annotations for the 3-D Model: Navigate models adorned with informative annotations, auto-generated to break down complex apparatuses and atomic structures. Future integration with IntelliScan ensures more refined, image recognition-based annotations by Q1 2024. You also have the option to add specialized annotations manually for deeper insights.

Assessment Creation: Test your grasp of Optics and Quantum Mechanics with varied quizzes. Identify components of a spectrometer, locate electron paths, or dive into Jeopardy-style challenges on wave-particle duality. Upcoming quiz formats in 2024 will further enhance your testing experience.

AI Generated Universal Skill Simulator: Engage with simulations replicating standard lab procedures in Optics and Quantum Mechanics. Guided by an AI avatar, watch intricate procedures transform into 3-D animations, allowing you to virtually manipulate instruments and observe outcomes. Compare and assess your experimental techniques against the AI’s standard procedures.

Interactive Simulation Scenarios: Experience real-life experimental scenarios in 3-D, from laser diffraction experiments to quantum entanglement demonstrations. For those keen on crafting their unique experimental simulations, the Eon Interact tool is at your service, albeit for an additional fee.

Incident Simulation: Confront unexpected incidents in the physics lab, presented by the AI avatar. Whether it’s an optical illusion challenge or a quantum uncertainty scenario, assess your problem-solving skills in real-time. Take it up a notch by creating your own incident simulations using Eon Interact.

Human Anatomy and Physiology

with EON AI Assistant for Hard Skills:

Knowledge Portal with Floating Annotations: Step inside the human body with an immersive knowledge portal. Hero images showcase intricate organ systems, tissues, and cells. Interact with 10 floating portals loaded with images, videos, and text, diving deep into human anatomy. Allow the AI Avatar to walk you through various physiological processes and anatomical structures.

3-D Model Integration: Engage with detailed 3-D models of organs, tissues, and cellular structures. Whenever a specific anatomical part is unavailable in 3D, illustrative images will guide you. Personalize your learning by importing specific anatomical CAD models or scanning real-life specimens.

Annotations for the 3-D Model: Navigate through 3-D models adorned with crucial annotations, breaking down the complexities of the human body. Look forward to even more detailed annotations with the upcoming IntelliScan feature in Q1 2024. Personalize your exploration by adding your annotations.

Assessment Creation: Quiz yourself on the human body. Identify organs, locate tissues, or engage in Jeopardy-style quizzes on physiological processes. Upcoming quiz formats in 2024, from drag-and-drop organs to matching cell types, will amplify your learning evaluation.

AI Generated Universal Skill Simulator: Witness physiological processes in action, from blood circulation to nerve transmission, through realistic 3-D animations. Compare your understanding and insights with the AI’s demonstrations, ensuring a comprehensive grasp of human anatomy and physiology.

Interactive Simulation Scenarios: Experience real-life medical scenarios in 3-D, such as surgical procedures or diagnosis processes. If you’re inclined to design your medical simulations, Eon Interact allows you to do so for an additional fee.

Incident Simulation: Address medical emergencies or anatomical anomalies presented by the AI avatar. Challenge your diagnostic skills and medical knowledge in these interactive scenarios. Craft your incident simulations for an even more personalized experience.

Paleoanthropology: Tracking Early Human Evolution

with EON AI Assistant for Hard Skills:

Knowledge Portal with Floating Annotations: Travel back in time with a captivating knowledge portal centered on early human evolution. Hero images bring to life ancient hominins and archaeological sites. Dive into 10 floating portals enriched with images, videos, and text, exploring the journey of human evolution. Rely on the AI Avatar to guide you through timelines, species differentiation, and migration patterns.

3-D Model Integration: Engage with lifelike 3-D models of fossilized bones, tools, and ancient habitats. When specific fossils or artifacts aren’t available in 3D, illustrative images fill in. Import scans of actual fossils or artifacts to enhance the authenticity of your paleoanthropological exploration.

Annotations for the 3-D Model: Navigate ancient relics with annotations detailing age, species, and significance. The upcoming IntelliScan feature in Q1 2024 promises richer, image recognition-based annotations. Add personal insights or research-based annotations for a deeper dive.

Assessment Creation: Challenge your knowledge with quizzes on early human species, tool usage, or migration patterns. Engage in Jeopardy-style quizzes on ancient habitats or upcoming formats in 2024, like matching fossils to species.

AI Generated Universal Skill Simulator: Experience ancient human life through 3-D animations, from tool crafting to hunting techniques. The AI avatar recreates scenes from our ancestral past, providing a vivid picture of early human behaviors and cultures.

Interactive Simulation Scenarios: Witness paleoanthropological events in 3-D, from discovery of new fossils to reconstructions of ancient habitats. Craft your scenarios based on recent discoveries or hypotheses using Eon Interact for an additional fee.

Incident Simulation: Address mysteries or controversies in paleoanthropology presented by the AI avatar. Explore “what if” scenarios, from inter-species interactions to environmental challenges. Create your incident simulations, adding layers of complexity to the ancient narrative.

Graduate School of Business

Supply Chain Management: Visualizing Complex Supply Chains

Knowledge Portal with Floating Annotations:

  • Dive deep into the intricacies of the supply chain with an interactive hero image illustrating the global supply chain networks.
  • Explore 10 detailed knowledge portals featuring images, text, videos, and an AI avatar elucidating the nuances of supply chain logistics, warehousing, distribution, and more.

3-D Model Integration:

  • Navigate through intricate 3D models of warehouses, distribution centers, and transportation hubs sourced from EON’s comprehensive library.
  • Witness real-life scenarios, such as the movement of goods or the functioning of an automated warehouse.
  • If specific supply chain nodes aren’t available as 3D models, detailed images will be employed as placeholders.

Annotations for the 3-D Model:

  • Interactive annotations will elucidate complex supply chain mechanisms.
  • The forthcoming IntelliScan feature will enable image recognition-based annotations detailing various equipment and processes in Q1 2024.

Assessment Creation:

  • Assess your understanding of supply chain dynamics through a series of quizzes, including identifying critical nodes, locating distribution hubs, and more.
  • Upcoming quizzes will challenge your grasp of supply chain strategies and techniques.

AI Generated Universal Skill Simulator:

  • Engage in simulations targeting standard supply chain operations.
  • Watch these procedures come alive in 3D animations while the AI avatar guides you through optimization strategies and efficient processes.

Interactive Simulation Scenarios:

  • Get immersed in real-life supply chain scenarios presented in 3D. Witness challenges and devise solutions using EON’s interactive tools.

Incident Simulation:

  • Confront supply chain disruptions and learn to navigate them with the AI avatar’s guidance. Get assessed on your problem-solving skills and resilience strategies.

Real Estate Development and Investment: 3D Property Tours and Development Visualization

Knowledge Portal with Floating Annotations:

  • Begin your journey with an immersive hero image showcasing prime real estate locations and infrastructural developments.
  • Delve into 10 knowledge portals complete with images, text, videos, and an AI avatar explaining aspects of real estate investment, property valuation, and urban development.

3-D Model Integration:

  • Experience virtual property tours with 3D models of residential, commercial, and recreational properties sourced from EON’s vast library.
  • Visualize undeveloped spaces and their potential transformations. In the absence of specific property models, vivid images will be used as placeholders.

Annotations for the 3-D Model:

  • Get detailed insights into property features, amenities, and architectural nuances with interactive annotations.
  • The upcoming IntelliScan feature will highlight property hotspots and value propositions starting Q1 2024.

Assessment Creation:

  • Test your knowledge of real estate markets, investment strategies, and property features through a plethora of quizzes, ranging from property valuation to market trend identification.

AI Generated Universal Skill Simulator:

  • Engage in simulations that guide you through property acquisition, development stages, and sales strategies using 3D animations and AI guidance.

Interactive Simulation Scenarios:

  • Visualize and strategize for real-life real estate scenarios. Plan urban developments, tackle zoning challenges, and create profitable investment portfolios using EON’s dynamic tools.

Incident Simulation:

  • Encounter real estate challenges, from market crashes to property disputes. Learn to navigate these hurdles with the guidance of the AI avatar and refine your crisis management skills.

School of Medicine

Surgical Techniques Course

with EON AI Assistant:

  • Knowledge Portal with Floating Annotations:
    • Hero Image: Showcases a sterile operating room.
    • 10 Floating Knowledge Portals: Covering topics such as instrument identification, pre-surgery preparation, surgical techniques, patient aftercare, and potential complications. Each portal includes detailed images, videos, and text explained by an AI avatar.
  • 3-D Model Integration:
    • Explore detailed 3D models of surgical tools and equipment, showcasing their functionalities.
    • Illustrative Example: A 3D model of a scalpel with zoom-in capability for in-depth understanding.
    • Import personal 3D models of innovative surgical tools.
  • Annotations for the 3-D Model:
    • Each surgical tool comes with floating annotations detailing its usage, origin, and safety precautions.
    • IntelliScan will recognize instruments and provide automatic annotations.
  • Assessment Creation:
    • Quizzes focusing on instrument identification, surgical techniques, and best practices.
    • Future additions: Interactive quizzes on surgical decision-making and practical application.
  • AI Generated Universal Skill Simulator:
    • Simulations guiding students through standard surgical procedures, narrated by an AI avatar. Examples include suture techniques and laparoscopic procedures.
  • Interactive Simulation Scenarios:
    • Students can engage in real-life surgical scenarios, like responding to unexpected complications during surgery.
  • Incident Simulation:
    • Simulate incidents like patient reactions to anesthesia or unforeseen bleeding, teaching students how to respond appropriately.

Medical Imaging and Interpretation Course

with EON AI Assistant:

  • Knowledge Portal with Floating Annotations:
    • Hero Image: Displays an MRI machine.
    • 10 Floating Knowledge Portals: Covering MRI, CT, ultrasound, X-rays, and PET scans, with explanations on image acquisition and interpretation.
  • 3-D Model Integration:
    • Explore 3D models of imaging machines, detailing their components.
    • Illustrative Example: A 3D model of an X-ray machine, with layers peeling off for deeper understanding.
    • Import personal 3D models of new imaging technologies.
  • Annotations for the 3-D Model:
    • Annotations elucidating how each machine operates and the physics behind them.
    • IntelliScan identifies imaging technologies and layers.
  • Assessment Creation:
    • Quizzes on imaging techniques, their applications, and interpretation of results.
    • Future additions: Case studies and image diagnosis quizzes.
  • AI Generated Universal Skill Simulator:
    • Simulations on how to operate imaging machines, with AI avatars explaining procedures and safety protocols.
  • Interactive Simulation Scenarios:
    • Simulate real-life scenarios, like detecting tumors or fractures, and deciding on further treatments.
  • Incident Simulation:
    • Simulate incidents, such as patient claustrophobia in an MRI machine or allergic reactions to contrast agents.

Anatomy and Dissection Course

with EON AI Assistant:

  • Knowledge Portal with Floating Annotations:
    • Hero Image: Showcases a human anatomical model.
    • 10 Floating Knowledge Portals: Topics include muscular, skeletal, nervous, cardiovascular systems, and more.
  • 3-D Model Integration:
    • Detailed 3D models of the human body, organ systems, and individual organs.
    • Illustrative Example: A detailed 3D model of the human heart, showcasing chambers, valves, and blood flow.
    • Import personal models of specific anatomical structures.
  • Annotations for the 3-D Model:
    • Annotations detailing each anatomical structure’s function, location, and relevance.
    • IntelliScan identifies and provides details on human anatomy components.
  • Assessment Creation:
    • Quizzes on identifying anatomical structures and their functions.
    • Future additions: Clinical application quizzes related to anatomy.
  • AI Generated Universal Skill Simulator:
    • Virtual dissection simulations with AI guidance, teaching students the intricacies of human anatomy without the need for actual specimens.
  • Interactive Simulation Scenarios:
    • Real-life scenarios like identifying pathologies or abnormalities in anatomical structures.
  • Incident Simulation:
    • Simulate incidents like improper dissection techniques or misidentifications.

Neuroanatomy and Brain Function

Course with EON AI Assistant:

  • Knowledge Portal with Floating Annotations:
    • Hero Image: Features a detailed view of the brain.
    • 10 Floating Knowledge Portals: Topics include brain regions, neural pathways, neurotransmitters, and cognitive functions.
  • 3-D Model Integration:
    • Explore 3D models of the brain, detailing different lobes, regions, and functions.
    • Illustrative Example: A 3D model showcasing the limbic system and its components.
    • Import personal models of specific neural structures.
  • Annotations for the 3-D Model:
    • Annotations providing insights into each brain region’s role and functionality.
    • IntelliScan identifies and offers detailed information on various neural structures.
  • Assessment Creation:
    • Quizzes on brain regions, their functions, and clinical implications.
    • Future additions: Cognitive and behavioral implications based on neuroanatomy.
  • AI Generated Universal Skill Simulator:
    • Simulations offering a virtual tour of neural pathways, with AI avatars explaining brain functions like memory, emotion, and cognition.
  • Interactive Simulation Scenarios:
    • Engage in scenarios related to brain disorders, traumas, and treatments.
  • Incident Simulation:
    • Simulate incidents like neural damage from injuries or the impact of neurotoxins.

Molecular Mechanisms in Medicine

Knowledge Portal with Floating Annotations:

  • Hero Image: A vivid depiction of molecular interactions in a biological system.
  • Floating Knowledge Portals: Detailed visualizations of:
    • DNA replication.
    • RNA transcription.
    • Protein synthesis.
    • Enzyme-substrate interactions.
    • Cell signaling pathways.

3-D Model Integration:

  • Default Models: Interactive 3-D models of DNA helix, ribosomes, and cellular organelles.
  • Placeholder Image: Molecular structures of key biological molecules.
  • Personal CAD Model Import: Molecular structures designed using bioinformatics tools.

Annotations for the 3-D Model:

  • Descriptive notes on molecular functions, binding sites, and significance in medical contexts.

Assessment Creation:

  • Quizzes: Identification of molecular structures, understanding signaling pathways, and multiple-choice questions on molecular interactions.

AI Generated Universal Skill Simulator:

  • Animation demonstrations of molecular interactions, such as enzyme-substrate binding, with AI avatar guidance.

Interactive Simulation Scenarios:

  • Simulations of DNA damage repair mechanisms and molecular response to drugs.

Incident Simulation:

  • Scenario-based challenges on genetic mutations and their implications in disease pathology.

Clinical Simulations in Emergency Medicine

Knowledge Portal with Floating Annotations:

  • Hero Image: An emergency room setting.
  • Floating Knowledge Portals: Visualization of:
    • Emergency procedures.
    • First-aid techniques.
    • Triage system.
    • Emergency equipment.
    • Patient stabilization methods.

3-D Model Integration:

  • Default Models: Detailed models of the human anatomy, trauma injuries, and medical equipment.
  • Placeholder Image: Diagrams of surgical procedures and ER room layout.

Annotations for the 3-D Model:

  • Labels and notes on medical equipment usage, human anatomy details, and procedural steps.

Assessment Creation:

  • Quizzes: Identify medical equipment, understand emergency procedures, and handle trauma cases.

AI Generated Universal Skill Simulator:

  • Animated scenarios for wound dressing, CPR administration, and drug administration with AI avatar guidance.

Interactive Simulation Scenarios:

  • Simulations of managing multiple trauma patients and handling critical situations in ER.

Incident Simulation:

  • Scenario-based challenges focusing on mass casualty incidents and emergency response protocols.

Advanced Cardiac Life Support (ACLS)

Knowledge Portal with Floating Annotations:

  • Hero Image: Depiction of a heart in distress.
  • Floating Knowledge Portals: Visualization of:
    • Heart’s electrical system.
    • Cardiovascular anatomy.
    • ACLS algorithms.
    • Drug administration.
    • Defibrillation process.

3-D Model Integration:

  • Default Models: Detailed models of the human heart, circulatory system, and defibrillator.
  • Placeholder Image: ACLS algorithm flowcharts and cardiac electrical patterns.

Annotations for the 3-D Model:

  • Descriptions on heart chambers, electrical pathways, and the science behind ACLS interventions.

Assessment Creation:

  • Quizzes: Interpretation of EKG rhythms, understanding ACLS algorithms, and identification of cardiac drugs.

AI Generated Universal Skill Simulator:

  • Animation demonstrations of defibrillation, intubation, and intravenous drug administration with AI avatar assistance.

Interactive Simulation Scenarios:

  • Simulated cardiac arrest scenarios with varying rhythms, requiring user intervention.

Incident Simulation:

  • Scenario-based challenges on managing complex cardiac emergencies and applying ACLS protocols.

Pediatric Medicine Techniques

Knowledge Portal with Floating Annotations:

  • An engaging hero image showcasing pediatric medical professionals in action.
  • 10 floating knowledge portals each detailing crucial pediatric techniques with:
    • Relevant images of equipment, procedures, and patient care scenarios.
    • Text explanations of common pediatric conditions, treatments, and techniques.
    • Videos of expert pediatricians demonstrating best practices.
    • An AI avatar guiding users through the process of pediatric assessments and care.

3-D Model Integration:

  • Access to detailed 3D models from EON’s library, such as pediatric anatomy and medical tools.
  • Custom models of pediatric facilities if a default isn’t available.
  • Examples include a 3-D model of a pediatric stethoscope or a neonatal incubator.
  • Option to integrate personal models like unique pediatric medical tools.

Annotations for the 3-D Model:

  • Detailed annotations on pediatric tools and equipment.
  • IntelliScan provides instant information on pediatric medicine-related images from Q1 2024.
  • Option to add personalized annotations on rare pediatric conditions.

Assessment Creation:

  • Comprehensive quizzes covering pediatric conditions, treatments, and diagnostic methods.
  • Future quizzes will test knowledge on child patient interactions, medical ethics, and more.

AI Generated Universal Skill Simulator:

  • Interactive sessions on pediatric medical procedures.
  • AI avatar demonstrates pediatric CPR, neonatal care, and more.
  • Real-time feedback during skill demonstrations, such as administering vaccines to children.

Interactive Simulation Scenarios:

  • Real-life scenarios such as handling pediatric emergencies.
  • AI-driven simulations on managing fevers, respiratory conditions, etc.
  • Creation of bespoke pediatric scenarios using Eon Interact.

Incident Simulation:

  • Simulations on managing unexpected incidents in pediatric care.
  • AI-driven examples include allergic reactions, sudden pediatric cardiac arrests, etc.

 

Obstetrics and Gynecology Procedures

Knowledge Portal with Floating Annotations:

  • A hero image of obstetricians and gynecologists during procedures.
  • 10 floating portals covering vital procedures with:
    • Relevant images from ultrasounds, surgeries, and prenatal care.
    • Descriptive text on common conditions and treatments.
    • Videos of expert OB/GYNs performing cesarean sections, laparoscopies, etc.
    • AI avatar explaining the intricacies of reproductive health.

3-D Model Integration:

  • 3D models of reproductive anatomy, ultrasound machines, etc.
  • Custom models for specialized OB/GYN equipment.
  • An illustrative 3-D model of a birthing simulator.
  • Options for importing models of innovative gynecological tools.

Annotations for the 3-D Model:

  • Annotations detailing the use and maintenance of OB/GYN equipment.
  • IntelliScan provides insights into obstetric and gynecological images.
  • Custom annotations for specific surgical techniques.

Assessment Creation:

  • Quizzes on diagnosing reproductive health issues, prenatal care, and more.
  • Future assessments on surgical procedures, birth methods, etc.

AI Generated Universal Skill Simulator:

  • AI-guided sessions on obstetric surgeries, prenatal care, etc.
  • Demonstrations on C-sections, hysterectomies, and more.
  • Feedback on simulated procedures like IUD placements.

Interactive Simulation Scenarios:

  • AI-identified scenarios such as high-risk pregnancies.
  • Simulations on managing complex gynecological conditions.
  • Custom scenarios focusing on rare reproductive health cases.

Incident Simulation:

  • Simulations on handling complications during childbirth.
  • AI examples include emergency C-sections, postpartum hemorrhage management, etc.

Orthopedic Surgery Techniques

Knowledge Portal with Floating Annotations:

  • A hero image capturing an orthopedic surgeon in the operating theater.
  • 10 floating knowledge portals detailing orthopedic procedures with:
    • Images of surgical procedures, implants, and post-operative care.
    • Texts on bone conditions, surgical techniques, and rehabilitation.
    • Videos showcasing joint replacements, fracture fixations, etc.
    • An AI avatar guiding users through musculoskeletal anatomy.

3-D Model Integration:

  • Access to 3D models of the human musculoskeletal system.
  • Custom models of orthopedic surgical tools and prosthetics.
  • Examples include a 3-D model of a knee joint or a spinal implant.
  • Personalized model integrations of specific orthopedic instruments.

Annotations for the 3-D Model:

  • Detailed annotations on musculoskeletal structures and orthopedic tools.
  • IntelliScan offers in-depth analysis of orthopedic images.
  • Personal annotations for specialized surgical techniques.

Assessment Creation:

  • Quizzes on bone diseases, surgical procedures, and rehabilitation methods.
  • Future quizzes on modern orthopedic treatments, prosthetics, etc.

AI Generated Universal Skill Simulator:

  • Interactive demonstrations on orthopedic surgeries.
  • AI avatar showcases procedures like hip replacements, spinal fusions, etc.
  • Feedback during skill simulations such as casting or arthroscopy.

Interactive Simulation Scenarios:

  • AI-generated scenarios like managing sports injuries.
  • Simulations on handling complex orthopedic surgeries.
  • Custom scenario creations for unique orthopedic cases.

Incident Simulation:

  • Handling unexpected complications during orthopedic surgeries.
  • AI examples include managing surgical infections, implant failures, etc.

Law School

Crime Scene Analysis and Forensics (for Criminal Law courses)

  • Knowledge Portal with Floating Annotations:
    • Engage with a virtual crime scene displayed as a hero image.
    • Explore 10 floating knowledge portals showcasing evidence, images of crime scenes, text explanations, videos of forensic procedures, and an AI avatar guiding through investigative techniques.
  • 3-D Model Integration:
    • Interact with 3D models of forensic tools, evidence samples, and crime scene reconstructions.
    • Access illustrative examples, like a detailed 3-D model of a fingerprint or a ballistic trajectory.
    • Utilize the option to upload CAD models of specific crime scenes or evidence for detailed analysis.
  • Annotations for the 3-D Model:
    • Benefit from auto-generated annotations explaining forensic tools and evidence.
    • Use IntelliScan for image recognition-based annotations of unique crime scene elements.
    • Add manual annotations to pinpoint and discuss specific evidence or areas of interest.
  • Assessment Creation:
    • Test knowledge with quizzes like identifying evidence, locating points of entry, and more.
    • Challenge yourself with future quiz formats, analyzing complex crime scenes and forensic procedures.
  • AI Generated Universal Skill Simulator:
    • Engage in simulations that replicate the process of gathering and analyzing evidence.
    • Watch 3D animations illustrating forensic techniques and apply them in virtual scenarios.
  • Interactive Simulation Scenarios:
    • Walk through a virtual crime scene, gather evidence, and solve complex cases.
    • Craft custom simulations of varied crime scenes for in-depth analysis.
  • Incident Simulation:
    • Experience real-life crime scenarios presented by an AI avatar.
    • Analyze these incidents and hone investigative techniques.

Virtual Mediation and Negotiation Techniques

  • Knowledge Portal with Floating Annotations:
    • Dive into the world of virtual mediation with a hero image of a negotiation table.
    • Access 10 knowledge portals featuring negotiation tactics, mediation guidelines, text insights, video demonstrations, and AI-guided conflict resolution strategies.
  • 3-D Model Integration:
    • Interact with 3D models of negotiation settings, body language cues, and virtual dispute scenarios.
    • Explore illustrative models like a 3-D animated negotiation process or mediation room setups.
  • Annotations for the 3-D Model:
    • Get insightful annotations on mediation tools, techniques, and tactics.
    • Apply IntelliScan to recognize non-verbal cues and their significance in negotiations.
    • Manually annotate to discuss specific strategies or outcomes.
  • Assessment Creation:
    • Take quizzes on negotiation strategies, mediation principles, and conflict resolution techniques.
    • Participate in advanced quizzes focusing on in-depth case studies in the future.
  • AI Generated Universal Skill Simulator:
    • Role-play in simulations portraying real-life mediation and negotiation scenarios.
    • Observe AI-generated demonstrations of ideal negotiation techniques and replicate them.
  • Interactive Simulation Scenarios:
    • Engage in AI-crafted real-life negotiation scenarios, from boardrooms to legal disputes.
    • Design personalized mediation situations for specific training purposes.
  • Incident Simulation:
    • Navigate challenging conflict scenarios introduced by the AI avatar.
    • Evaluate and respond to these incidents for optimized conflict resolution.

Property and Land Use Rights Visualization

  • Knowledge Portal with Floating Annotations:
    • Begin with a hero image of a land parcel or property layout.
    • Explore 10 portals detailing property rights, land usage laws, images of diverse properties, videos on land rights, and AI explanations on zoning and regulations.
  • 3-D Model Integration:
    • Engage with 3D models of land parcels, property structures, and zoning maps.
    • View illustrative models, such as a detailed 3-D city zoning layout or a property boundary demonstration.
  • Annotations for the 3-D Model:
    • Receive annotations on land usage codes, property rights, and zoning regulations.
    • Utilize IntelliScan to identify specific land features and their legal implications.
    • Add annotations for in-depth discussions on property issues or regulations.
  • Assessment Creation:
    • Attempt quizzes on property laws, land use rights, and zoning regulations.
    • Engage with future quizzes focusing on complex property disputes or case studies.
  • AI Generated Universal Skill Simulator:
    • Walk through virtual land parcels and properties, understanding rights and restrictions.
    • Witness AI demonstrations of property evaluations and legal considerations.
  • Interactive Simulation Scenarios:
    • Experience AI-created scenarios detailing land use disputes or property development challenges.
    • Construct custom simulations for specific land use or property scenarios.
  • Incident Simulation:
    • Confront real-world property and land use dilemmas presented by the AI avatar.
    • Analyze, react, and find solutions to these property-related incidents.

EON University Courses for Soft Skills

Graduate School of Business

Negotiation and Conflict Management using EON Soft Skills

Overview:

EON Soft Skills presents a state-of-the-art course in Negotiation and Conflict Management. Utilizing the power of virtual reality and augmented reality, learners embark on a comprehensive journey that combines theoretical learning, hands-on training, and expert feedback. Through interactive role-plays with advanced AI avatars, participants can practice real-world negotiation and conflict resolution techniques and receive instant, constructive feedback.

  1. Theory Learning:
  • Start: Dive into the theoretical foundations of negotiation and conflict management, preparing the learner for a comprehensive understanding of the subject.
  • Floating Annotations:
    1. Principles of Negotiation: Understand the core tenets that guide successful negotiations.
    2. Styles of Negotiation: Explore the different approaches one can adopt during a negotiation.
    3. Conflict Resolution Techniques: Methods and tools to address and resolve disputes.
    4. Psychology of Negotiation: Insights into the mental processes that influence negotiation outcomes.
    5. Barriers to Effective Negotiation: Recognize common pitfalls and challenges.
    6. Leveraging Power in Negotiation: Tactics to employ power dynamics advantageously.
    7. Communication Skills: Effective techniques to ensure clarity and mutual understanding.
    8. Role of Emotions: Understand the influence of emotions in negotiation scenarios.
    9. Cultural Considerations: Navigating negotiations across different cultural backgrounds.
    10. Ethics in Negotiation: The importance of maintaining ethical standards throughout the process.
  • Run Show and Tell: Interactive presentations demonstrating real-life scenarios, enhancing retention through practical examples of negotiation and conflict resolution.
  • End: Transition from the theoretical phase, equipped with robust knowledge, to the practical training module.
  1. Training (Practice):
  • Start: Initiate the hands-on training module, where theory meets practice.
  • AI Personas:
    1. Corporate Executive: Engage in high-stakes business negotiations.
    2. Diplomat: Navigate complex international relations scenarios.
    3. Mediator: Specialized in conflict resolution and arbitration.
    4. Sales Professional: Perfect your pitch and close the deal.
    5. Community Leader: Handle local disputes and community concerns.
  • Scenarios:
    1. Mergers & Acquisitions: Negotiate a corporate merger or acquisition.
    2. Diplomatic Crisis: Resolve a standoff between countries.
    3. Workplace Dispute: Address and resolve employee conflicts.
    4. High-value Sales Pitch: Secure a lucrative business deal.
    5. Community Disagreement: Mediate a local community issue.
  • Start Training Session (role-play): Engage with the AI avatar, adapting to the chosen persona and scenario for an authentic negotiation experience.
  • End: Conclude the hands-on practice, paving the way for the assessment phase.
  1. Assessment/Feedback:
  • Start: Begin the evaluative process to gauge the application of theoretical concepts in practice.
  • Send Conversion to be graded to AI: An automated AI system evaluates the training session, assessing the learner’s grasp and application of negotiation techniques.
  • Expert Avatar Debrief: Detailed feedback session with an AI “expert avatar”, providing valuable insights on performance, areas of improvement, and commendable strategies.
  • Show Charts: Visual charts depict performance metrics, offering learners an at-a-glance view of their strengths and areas needing attention.
  • End: The assessment concludes, presenting a holistic understanding of the learner’s achievements and future areas of focus.

Outcome: By the end of this course, learners will have honed their negotiation and conflict management skills, ready to tackle real-world scenarios with confidence and expertise.

Leadership and Management

Theory Learning:

  • Introduction: Dive into the essential principles and practices behind effective leadership and management.
  • Floating Annotations:
    1. Historical Leaders: Insights into leadership styles of iconic figures.
    2. Management vs. Leadership: Understanding the differences.
    3. Transformational Leadership: Delving into the inspiration-driven leadership model.
    4. Team Dynamics: How leadership impacts group performance.
    5. Decision Making: The role of leaders in the decision-making process.
    6. Conflict Resolution: Managing disagreements effectively.
    7. Communication Skills: Vital for any leader or manager.
    8. Vision & Strategy: Crafting a path for organizational success.
    9. Ethical Leadership: Guiding with integrity and morals.
    10. Delegation: Empowering teams to take action.

Training (Practice):

  • Select AI Persona:
    1. Visionary CEO
    2. Experienced Middle Manager
    3. Inspirational Team Lead
    4. Crisis Management Expert
    5. Organizational Change Specialist
  • Select Scenario:
    1. Leading a team through a company merger.
    2. Introducing a new corporate policy.
    3. Resolving a conflict between two high-performing employees.
    4. Guiding a team through a product launch.
    5. Overseeing a company-wide rebranding effort.

Assessment/Feedback:

  • Expert Avatar: Renowned Leadership Guru
  • Reflective insights on decision-making, team guidance, and vision execution.
  • Visual radar chart mapping leadership traits exhibited during the role-play.

Corporate Financial Strategy in Global Markets

Theory Learning:

  • Introduction: Grasp the complexities of financial strategy in a global context.
  • Floating Annotations:
    1. Global Financial Markets: Overview and significance.
    2. Currency Exchange: Impacts on corporate decisions.
    3. Risk Management: Navigating global financial uncertainties.
    4. Mergers & Acquisitions: Strategies in a global marketplace.
    5. Capital Allocation: Optimal distribution across markets.
    6. Taxation & Regulation: Navigating international laws.
    7. Financial Forecasting: Predicting global market trends.
    8. Investment Strategies: Maximizing ROI in diverse markets.
    9. Stakeholder Management: Communicating with a global audience.
    10. Diversification: Spreading investments to minimize risks.

Training (Practice):

  • Select AI Persona:
    1. Global Financial Analyst
    2. Chief Financial Officer
    3. Investment Banker
    4. M&A Specialist
    5. International Tax Expert
  • Select Scenario:
    1. Navigating a major currency devaluation.
    2. Leading a cross-border acquisition.
    3. Setting up a subsidiary in a new country.
    4. Pitching to international investors.
    5. Crafting a risk mitigation plan for a global venture.

Assessment/Feedback:

  • Expert Avatar: World-renowned Financial Strategist
  • In-depth analysis of financial decisions, risk assessment, and strategic planning.
  • Radar chart showcasing global financial acumen and adaptability.

Sales and Marketing Strategy

Theory Learning:

  • Introduction: Delve into the core strategies that drive sales and marketing success.
  • Floating Annotations:
    1. Sales Funnel: From awareness to conversion.
    2. Market Segmentation: Targeting specific customer groups.
    3. Branding: Building a memorable identity.
    4. Digital Marketing: Strategies for online success.
    5. Customer Relationship Management: Nurturing long-term relationships.
    6. Pricing Strategies: Positioning products for optimal sales.
    7. Competitive Analysis: Understanding the market landscape.
    8. Multi-Channel Marketing: Engaging customers on multiple platforms.
    9. Sales Metrics: Tracking and improving performance.
    10. Product Positioning: Crafting compelling narratives.

Training (Practice):

  • Select AI Persona:
    1. Branding Consultant
    2. Digital Marketing Specialist
    3. Seasoned Sales Executive
    4. Market Research Analyst
    5. Product Launch Manager
  • Select Scenario:
    1. Introducing a new product to a saturated market.
    2. Overhauling a company’s online presence.
    3. Crafting a pitch for a potential high-value client.
    4. Responding to a major competitor’s marketing campaign.
    5. Exploring untapped market segments.

Assessment/Feedback:

  • Expert Avatar: Leading Marketing and Sales Expert
  • Feedback on branding decisions, sales techniques, and market analysis.
  • Radar chart highlighting mastery in sales and marketing strategies.

Business Ethics and Corporate Responsibility

Theory Learning:
  • Start: Introduction to the principles of business ethics and the importance of corporate responsibility.
  • Floating Annotations:
    • Definition of business ethics.
    • Historical controversies in business ethics.
    • The connection between corporate responsibility and stakeholder trust.
    • Examples of ethical dilemmas in businesses.
    • Importance of corporate governance.
    • Environmental sustainability as a corporate responsibility.
    • Ethical sourcing and supply chain management.
    • Corporate social responsibility (CSR) initiatives.
    • Importance of transparency and honesty in business.
    • Case studies: Companies known for their ethical practices.
  • Run Show and Tell: Case analysis of a company’s ethical decision-making and its impact on stakeholders.
Training (Practice):
  • Select AI Persona:
    • Ethical Dilemma Facilitator.
    • Corporate Responsibility Officer.
    • Environmental Sustainability Advisor.
    • Ethical Supply Chain Manager.
    • CSR Initiative Planner.
  • Select Scenario:
    • Addressing an ethical controversy.
    • Planning a CSR initiative.
    • Making decisions about ethical sourcing.
    • Handling conflicts of interest.
    • Engaging with stakeholders on a company’s ethical standards.
Assessment/Feedback:
  • Expert Avatar Debrief: Feedback on handling ethical dilemmas and implementing CSR initiatives.
  • Show Charts: Performance metrics on ethical decision-making and CSR planning.

Engineering Entrepreneurship

Theory Learning:

  • Start: Dive into the world of engineering entrepreneurship and the intricacies of turning innovations into viable businesses.
  • Floating Annotations:
    • Definition of engineering entrepreneurship.
    • The importance of market research.
    • Patenting and intellectual property rights for engineers.
    • Funding opportunities for engineering startups.
    • Key challenges faced by engineering entrepreneurs.
    • Importance of prototyping in engineering startups.
    • Business models in engineering entrepreneurship.
    • Case study: Successful engineering startups.
    • Marketing strategies for engineering products.
    • Scaling an engineering startup.
  • Run Show and Tell: Walkthrough of an engineering startup’s journey from idea to product.

Training (Practice):

  • Select AI Persona:
    • Venture Capitalist.
    • Patent Attorney.
    • Engineering Startup Advisor.
    • Market Research Specialist.
    • Prototype Designer.
  • Select Scenario:
    • Pitching an engineering startup idea.
    • Navigating patent applications.
    • Building a prototype for a new product.
    • Conducting market research for an engineering product.
    • Scaling up production and operations.

Assessment/Feedback:

  • Expert Avatar Debrief: Feedback on pitching skills, patent navigation, and prototype design.
  • Show Charts: Metrics on business acumen, engineering design, and market understanding.

Client Relations and Consulting in Engineering

Theory Learning:

  • Start: Introduction to the importance of client relations and consulting in the engineering industry.
  • Floating Annotations:
    • Importance of effective communication in engineering consulting.
    • Case study: Successful engineering consulting projects.
    • Building trust with clients in engineering.
    • Strategies for conflict resolution with clients.
    • The role of feedback in improving engineering projects.
    • Tailoring engineering solutions to client needs.
    • The value of continuous learning in engineering consulting.
    • Ethics in engineering consulting.
    • Tools and technologies for effective engineering consulting.
    • Building long-term client relationships.
  • Run Show and Tell: Analyzing a successful engineering consulting project from inception to completion.

Training (Practice):

  • Select AI Persona:
    • Client Seeking Engineering Solutions.
    • Senior Engineering Consultant.
    • Conflict Resolution Specialist.
    • Project Manager in Engineering Consulting.
    • Feedback Analyst.
  • Select Scenario:
    • Initial client consultation for an engineering project.
    • Navigating project challenges with a client.
    • Providing tailored engineering solutions.
    • Handling conflicts and disagreements with clients.
    • Presenting project updates and receiving feedback.

Assessment/Feedback:

  • Expert Avatar Debrief: Feedback on client interaction, solution tailoring, and conflict management.
  • Show Charts: Metrics on client satisfaction, project management, and consulting skills.

Stakeholder Engagement in Technology Development

Theory Learning:

  • Start: Introduction to the multifaceted world of stakeholder engagement in technology development.
  • Floating Annotations:
    • Identifying key stakeholders in technology projects.
    • The role of public and community engagement in technology development.
    • Strategies for effective stakeholder communication.
    • Ethical considerations in technology stakeholder engagement.
    • Case study: Successful stakeholder engagement in a tech project.
    • Tools for stakeholder mapping and analysis.
    • Navigating conflicting stakeholder interests.
    • The value of transparency in stakeholder engagement.
    • Importance of feedback loops in technology development.
    • Cultural considerations in global technology projects.
  • Run Show and Tell: A walkthrough of a technology project with exemplary stakeholder engagement.

Training (Practice):

  • Select AI Persona:
    • Community Representative.
    • Ethical Technology Advisor.
    • Stakeholder Communication Specialist.
    • Global Technology Developer.
    • Feedback Coordinator.
  • Select Scenario:
    • Engaging with local communities on a tech project.
    • Addressing ethical concerns raised by stakeholders.
    • Organizing a stakeholder engagement workshop.
    • Navigating cultural challenges in global tech projects.
    • Collecting and incorporating stakeholder feedback.

Assessment/Feedback:

  • Expert Avatar Debrief: Feedback on stakeholder interaction, ethical considerations, and communication skills.
  • Show Charts: Metrics on stakeholder satisfaction, ethical technology development, and project management.

Human Resources Management

Theory Learning:

  • Start: Introduction to the key principles of Human Resources Management.
  • Seamless entry: Focused initiation into the intricate world of HR.
  • Floating Annotations:
    • Definition of HRM
    • The importance of employee onboarding
    • HR’s role in talent acquisition
    • Performance management systems
    • Employee benefits and their impact
    • The legal landscape in HR
    • HR metrics and analytics
    • Diversity and inclusion strategies
    • Employee training and development
    • HR tech tools and platforms
  • Run Show and Tell: Real-world HR scenarios, case studies, and their solutions.
  • End: Wrap-up of HR theory.

Training (Practice):

  • Start: Transition from theoretical knowledge to hands-on HR scenarios.
  • AI Personas:
    • HR Generalist
    • Recruitment Specialist
    • Training and Development Manager
    • Compensation and Benefits Analyst
    • Diversity and Inclusion Officer
  • Scenarios:
    • Conducting a job interview
    • Handling workplace conflicts
    • Designing an employee training program
    • Employee grievance redressal
    • Introducing a new HR tech tool to the team
  • End: Conclusion of HR role-play sessions.

Assessment/Feedback:

  • Start: Evaluation of practical HR exercises.
  • Send Conversion to be graded to AI: AI system reviews the practical training.
  • Expert Avatar Debrief: Detailed insights and feedback from the AI “HR Expert”.
  • Show Charts: Comprehensive view of your HR skills and areas for development.
  • End: Summary of your HR skills journey.

Corporate Board Leadership and Dynamics

Theory Learning:

  • Start: Dive into the world of corporate board operations and dynamics.
  • Seamless entry: Initiation into board governance and functions.
  • Floating Annotations:
    • Role of a board of directors
    • Importance of board diversity
    • Financial oversight and responsibility
    • Ethical standards for board members
    • Effective board meetings
    • Board member recruitment and onboarding
    • Risk management strategies
    • Board vs. CEO dynamics
    • Strategic planning at the board level
    • Stakeholder engagement techniques
  • Run Show and Tell: Case studies highlighting board decisions and impacts.
  • End: Conclusion of board theory segment.

Training (Practice):

  • Start: Hands-on exploration of board dynamics.
  • AI Personas:
    • Chairman of the Board
    • Non-Executive Director
    • Chief Financial Officer
    • Chief Strategy Officer
    • Corporate Secretary
  • Scenarios:
    • Handling boardroom conflicts
    • Strategic planning session
    • Reviewing a controversial corporate decision
    • Engaging with stakeholders
    • Financial review and budget allocation
  • End: Wrap up of board leadership role-play.

Assessment/Feedback:

  • Start: Analysis of board leadership exercises.
  • Send Conversion to be graded to AI: AI assessment of board role-play.
  • Expert Avatar Debrief: Feedback from the AI “Board Governance Expert”.
  • Show Charts: Review of your board leadership skills.
  • End: Summary of board leadership training.

Innovation and Design Thinking Workshops

Theory Learning:

  • Start: Introduction to the core principles of Innovation and Design Thinking.
  • Seamless entry: Focused initiation into the world of innovative ideation and structured problem solving.
  • Floating Annotations:
    • Definition and importance of innovation
    • Design Thinking framework
    • Empathy mapping in design thinking
    • Ideation techniques
    • Prototyping essentials
    • User testing and feedback loops
    • Importance of cross-functional collaboration
    • Scaling innovations in organizations
    • Pitfalls in the innovation journey
    • Real-world success stories of design thinking
  • Run Show and Tell: Demonstrations and case studies on effective design thinking projects.
  • End: Summary of innovation and design thinking principles.

Training (Practice):

  • Start: Transition into practical design thinking scenarios.
  • AI Personas:
    • Innovation Coach
    • UX/UI Designer
    • Product Manager
    • Cross-functional Team Leader
    • Prototype Developer
  • Scenarios:
    • Brainstorming session for a new product
    • Empathy mapping for a user-centered solution
    • Rapid prototyping and iteration
    • Presenting an innovative solution to stakeholders
    • Gathering and incorporating user feedback
  • End: Concluding the design thinking workshop sessions.

Assessment/Feedback:

  • Start: Evaluation of practical design thinking exercises.
  • Send Conversion to be graded to AI: AI system analyzes the design thinking solutions.
  • Expert Avatar Debrief: Feedback and insights from the AI “Innovation Expert”.
  • Show Charts: Visualization of your design thinking prowess.
  • End: Round-off of your innovation journey.

Crisis Communication and Management

Theory Learning:

  • Start: Delve into the key concepts of Crisis Communication and Management.
  • Seamless entry: Beginning the journey of understanding crisis scenarios and the communication techniques involved.
  • Floating Annotations:
    • What is a corporate crisis?
    • Importance of a crisis communication plan
    • Role of PR in crisis management
    • Stakeholder communication strategies
    • Internal vs. External crisis communication
    • Real-time monitoring and crisis detection
    • The role of social media in crisis management
    • Case studies of successful crisis handling
    • Pitfalls to avoid in crisis communication
    • Post-crisis analysis and feedback loop
  • Run Show and Tell: Real-world crisis scenarios, their impacts, and resolutions.
  • End: Wrapping up the theoretical segment on crisis management.

Training (Practice):

  • Start: Immersion into crisis scenarios for hands-on experience.
  • AI Personas:
    • PR Crisis Manager
    • Corporate Communications Head
    • Social Media Analyst
    • Company Spokesperson
    • Crisis Response Team Leader
  • Scenarios:
    • Handling a product recall due to safety issues
    • Responding to negative press and media controversies
    • Addressing a data breach incident
    • Managing rumors and misinformation online
    • Internal communication following a major corporate shakeup
  • End: Conclusion of the crisis management training.

Assessment/Feedback:

  • Start: Analysis of your approach to the crisis scenarios.
  • Send Conversion to be graded to AI: AI reviews your crisis response strategies.
  • Expert Avatar Debrief: Comprehensive feedback from the AI “Crisis Expert”.
  • Show Charts: Detailed view of your crisis communication skills.
  • End: Recap of your crisis management training journey.

Stakeholder Management in Business

Theory Learning:

  • Start your journey by diving deep into the nuances of stakeholder management.
  • Floating Annotations:
    • Definition: Stakeholder
    • Primary vs. Secondary Stakeholders
    • Importance of Stakeholder Engagement
    • Strategies for Effective Communication
    • Balancing Stakeholder Interests
    • The Role of Feedback Loops
    • Stakeholder Analysis Tools
    • Stakeholder Mapping
    • Crisis Management
    • Ethics in Stakeholder Management
  • Experience interactive visual presentations showcasing real-world stakeholder scenarios.

Training (Practice):

  • AI Personas:
    • CEO of a Multinational Corporation
    • Local Community Leader
    • Environmental Activist
    • Government Regulator
    • Investor/Shareholder
  • Scenarios:
    • Addressing Environmental Concerns
    • Balancing Profit and Community Welfare
    • Crisis Communication after a PR Blunder
    • Investor Relations Meeting
    • Launching a New Product in a Regulated Market

Assessment/Feedback:

  • Engage in a session review with the Expert Avatar, specializing in stakeholder relations.
  • Visualize your performance metrics with AI-generated radar charts, highlighting strengths and areas of improvement.

Corporate Training and Employee Development

Theory Learning:

  • Embark on understanding the pivotal role of employee training for organizational growth.
  • Floating Annotations:
    • The Value of Continuous Learning
    • Training Methodologies
    • Measuring Training ROI
    • Role of Technology in Training
    • Peer-to-peer Learning
    • Blended Learning Approach
    • Mentoring and Coaching
    • Employee Feedback Mechanisms
    • Career Pathing
    • Cross-functional Training
  • Delve into visual demonstrations of modern training methods in action.

Training (Practice):

  • AI Personas:
    • New Employee in Onboarding
    • Mid-level Manager Seeking Leadership Training
    • Technical Specialist Transitioning to a New Role
    • Employee Aiming for Cross-functional Training
    • Veteran Employee Seeking Skill Upgradation
  • Scenarios:
    • Designing a New Employee Onboarding Program
    • Implementing a Leadership Development Plan
    • Cross-training for Inter-departmental Collaboration
    • Setting up a Peer-to-peer Learning Session
    • Creating a Career Development Plan for Tenured Employees

Assessment/Feedback:

  • Receive insights from the Expert Avatar with a background in corporate L&D.
  • Study your performance through comprehensive AI-generated visualizations, identifying areas of mastery and improvement.

Financial Counseling and Client Relationship Management

Theory Learning:

  • Start by grasping the principles of financial advisory and building client trust.
  • Floating Annotations:
    • The Role of a Financial Counselor
    • Personal Finance Basics
    • Investment Strategies
    • Ethical Considerations in Financial Counseling
    • Building and Maintaining Client Trust
    • Risk Assessment and Management
    • Retirement Planning
    • Estate Planning
    • Debt Management and Reduction
    • Client Communication Skills
  • Experience illustrative presentations on real-world financial scenarios and client interactions.

Training (Practice):

  • AI Personas:
    • Young Professional Planning Retirement
    • Couple Seeking Mortgage Advice
    • Entrepreneur Looking for Investment Opportunities
    • Senior Citizen Concerned about Estate Planning
    • Individual Burdened with Debt
  • Scenarios:
    • Retirement Plan Creation for a 30-year-old
    • Advising on Home Mortgage Options
    • Designing an Investment Portfolio for a Business Owner
    • Estate Planning Session for a Senior
    • Debt Counseling and Reduction Strategy Session

Assessment/Feedback:

  • Engage with the Expert Avatar versed in financial advisory for feedback.
  • Review your AI-generated metrics, gaining insights into your strengths and areas to work on.

Investment Banking and Client Negotiation

Theory Learning:

  • Start: Dive deep into the intricacies of Investment Banking and the art of client negotiation.
  • Floating Annotations:
    • Definition of Investment Banking.
    • Importance of Client Relationships in Banking.
    • Basic Principles of Negotiation.
    • The Financial Landscape and Current Market Trends.
    • Strategies for Successful Client Negotiations.
    • Understanding Client Needs and Expectations.
    • Ethics and Compliance in Investment Banking.
    • Building Trust in Client Relationships.
    • The Role of Data and Research in Negotiations.
    • Best Practices for Closing a Deal.
  • Run Show and Tell: Engage with real-world case studies and examples of successful client negotiations in the investment banking sector.
  • End: Solidify your understanding of the theory behind investment banking and client negotiation.
  1. Training (Practice):
  • Start: Transition from theory to hands-on, practical negotiation simulations.
  • AI Personas:
    • New Client interested in investment.
    • Established Client looking for new investment opportunities.
    • Client with concerns about their current investments.
    • Client seeking advice on investment strategies.
    • Hesitant Client unsure about investing.
  • Scenarios:
    • Negotiating terms for a new investment.
    • Addressing concerns about market volatility.
    • Advising on long-term versus short-term investments.
    • Building and maintaining trust with an established client.
    • Closing a deal with a hesitant client.
  • Start Training Session: Role-play with AI avatars tailored to each scenario, honing your negotiation skills.
  • End: Reflect on your practical training and prepare for the assessment phase.
  1. Assessment/Feedback:
  • Start: Review the key learnings from both theoretical and practical training.
  • Send Conversion: Have your training session evaluated by the automated AI grading system.
  • Expert Avatar Debrief: Receive insights on areas of improvement and strengths in client negotiation from an AI “expert avatar.”
  • Show Charts: View a visual representation of your performance metrics, highlighting your strengths and areas for development.
  • End: Obtain a comprehensive overview of your progress in mastering Investment Banking and Client Negotiation.

Corporate Mergers and Acquisitions Strategies

  1. Theory Learning:
  • Start: Introduction to the world of Corporate Mergers and Acquisitions (M&A) and their strategic implications.
  • Floating Annotations:
    • Basics of Mergers vs. Acquisitions.
    • Rationale Behind M&A.
    • Types of M&A Strategies.
    • Evaluating M&A Opportunities.
    • Financing Options for M&A.
    • Legal and Ethical Considerations in M&A.
    • Role of Due Diligence.
    • Post-merger Integration Strategies.
    • Common Challenges in M&A.
    • Case Studies: Successful and Failed M&A.
  • Run Show and Tell: Interactive presentations highlighting notable M&A deals and strategies.
  • End: Gain a robust theoretical foundation in M&A strategies.
  1. Training (Practice):
  • Start: Transition to practical simulations of M&A scenarios.
  • AI Personas:
    • CEO of a company looking to merge.
    • CFO of a company being acquired.
    • Legal counsel advising on an acquisition.
    • Financial analyst evaluating the profitability of a merger.
    • Stakeholder concerned about the implications of a merger.
  • Scenarios:
    • Negotiating terms of a merger.
    • Conducting due diligence for an acquisition.
    • Crafting a post-merger integration plan.
    • Evaluating the financial viability of an M&A deal.
    • Addressing stakeholder concerns in an acquisition scenario.
  • Start Training Session: Role-play with AI avatars tailored to M&A scenarios, refining your strategic approach.
  • End: Conclude your practical training, readying for the assessment.
  1. Assessment/Feedback:
  • Start: Reflect on theoretical and practical insights from the M&A strategies training.
  • Send Conversion: Let the AI system assess your strategic prowess in M&A scenarios.
  • Expert Avatar Debrief: Gain feedback on your approach, understanding, and application of M&A strategies from the AI expert.
  • Show Charts: Examine visual metrics of your performance, identifying strengths and growth areas.
  • End: Conclude with a clear understanding of your capabilities in Corporate Mergers and Acquisitions Strategies.

School of Earth, Energy & Environmental Sciences

Environmental Policy Making

Theory Learning:

  • Start: Begin your journey into understanding the intricacies of environmental policy-making.
  • Floating Annotations:
    • History of Environmental Policies
    • Key Stakeholders in Policy Making
    • Environmental Impact Assessment
    • Legal Frameworks and Regulations
    • Global Environmental Agreements
    • Sustainability and Policy Making
    • Case Study: Deforestation Policies
    • The Role of Public Opinion
    • Economic Implications of Environmental Policies
    • The Future of Environmental Policy Making
  • Run Show and Tell: Dive deep into visual presentations demonstrating real-world policy implementations and their outcomes.
  • End: Round up your theoretical understanding, readying yourself for practical application.

Training (Practice):

  • Start: Initiate your hands-on learning experience.
  • AI Personas:
    • Environmental Lobbyist
    • Government Policy Maker
    • NGO Representative
    • Corporate Sustainability Officer
    • Environmental Scientist
  • Scenarios:
    • Drafting a New Environmental Regulation
    • Negotiating Conservation Agreements
    • Public Hearing for an Environmental Impact Assessment
    • Designing a City’s Sustainability Plan
    • Establishing a Marine Conservation Zone
  • End: Complete your hands-on training and move to the assessment stage.

Assessment/Feedback:

  • Start: Begin the evaluation of your knowledge and practical skills.
  • Send Conversion to AI: Submit your training sessions for AI evaluation.
  • Expert Avatar Debrief: Receive feedback from an environmental policy expert avatar.
  • Show Charts: Visualize your performance in environmental policy-making scenarios.
  • End: Understand your strengths and areas of improvement in environmental policy-making.

Energy Business and Finance

Theory Learning:

  • Start: Delve into the complex world of energy business and its financial aspects.
  • Floating Annotations:
    • Historical Context of Energy Business
    • Energy Markets Dynamics
    • Renewable vs. Non-renewable Energy Finance
    • Investment Trends in Energy
    • Government Subsidies and Tax Breaks
    • Energy Security and Geopolitics
    • Environmental and Social Governance (ESG) in Energy
    • Energy Storage and Grid Management
    • Carbon Credits and Trading
    • Case Study: Solar Energy Financing
  • Run Show and Tell: Visual presentations on energy financing models and case studies on profitable energy ventures.
  • End: Equip yourself with theoretical knowledge before entering real-world simulations.

Training (Practice):

  • Start: Immerse in real-world energy business scenarios.
  • AI Personas:
    • Energy Market Analyst
    • Renewable Energy Entrepreneur
    • Oil & Gas CFO
    • Nuclear Energy Regulator
    • Energy Venture Capitalist
  • Scenarios:
    • Structuring a Renewable Energy Deal
    • Risk Assessment for a Nuclear Power Plant
    • Navigating Energy Market Fluctuations
    • Securing Investment for an Offshore Wind Farm
    • Negotiating an International Oil Trade Agreement
  • End: Prepare for feedback on your practical skills in energy finance.

Assessment/Feedback:

  • Start: Commence the assessment phase.
  • Send Conversion to AI: Let the AI grade your decisions and negotiations.
  • Expert Avatar Debrief: Insights from a seasoned energy finance expert.
  • Show Charts: Assess your strategic strengths and weaknesses in energy finance scenarios.
  • End: Review your overall performance and areas needing more focus.

Climate Change Negotiation and Policy

Theory Learning:

  • Start: Begin your exploration into the challenges and intricacies of climate change negotiations.
  • Floating Annotations:
    • History of Climate Change Negotiations
    • The Science Behind Climate Change
    • Key Global Climate Agreements
    • Country-specific Emission Targets
    • Role of Developing vs. Developed Countries
    • Carbon Offsetting and Carbon Markets
    • Climate Finance and Funding Mechanisms
    • The Role of Corporations in Climate Policy
    • Adaptation vs. Mitigation Strategies
    • Case Study: The Paris Agreement
  • Run Show and Tell: Engage with visuals of historic climate negotiations and their outcomes.
  • End: Transition from theory to real-world climate negotiation scenarios.

Training (Practice):

  • Start: Begin practical immersion into climate negotiations.
  • AI Personas:
    • UN Climate Change Negotiator
    • Small Island Nation Representative
    • Corporate Sustainability Head
    • Climate Scientist
    • Environmental Activist
  • Scenarios:
    • Securing Commitments for Emission Reductions
    • Negotiating Climate Finance for Developing Nations
    • Establishing a Carbon Trading Framework
    • Advocating for Climate Change Adaptation Funding
    • Designing a National Climate Policy
  • End: Transition to assessment.

Assessment/Feedback:

  • Start: Begin evaluating your role-playing sessions.
  • Send Conversion to AI: Submit your sessions for AI analysis.
  • Expert Avatar Debrief: Learn from a climate policy expert on your negotiation tactics and strategies.
  • Show Charts: Visualize your negotiation strengths and weaknesses.
  • End: Conclude with insights into your capabilities in climate policy negotiation and areas for growth.

Course Description using EON Soft Skills

Community Engagement in Environmental Projects

Theory Learning:

  • Start: Introduction to the importance and methodologies of community engagement in environmental projects.
  • Floating Annotations:
    • Historical significance of community involvement in environmental projects.
    • The relationship between community engagement and successful project outcomes.
    • Common challenges faced during community outreach.
    • Tools and technologies used in modern community engagement.
    • Importance of cultural sensitivity in community engagement.
    • Examples of failed projects due to lack of community involvement.
    • Strategies for ensuring inclusivity in community participation.
    • The role of social media in environmental community outreach.
    • The ethics of community engagement.
    • Case study: A successful community-driven environmental project.
  • Run Show and Tell: Detailed walkthrough of community engagement from initiation to project conclusion with real-world examples.
  • End: Summary and preparation for the practice module.

Training (Practice):

  • Start: Transition from the theoretical understanding to practical application.
  • AI Personas:
    • Environmental activist.
    • Local community leader.
    • Skeptical community member.
    • Environmental project manager.
    • Government representative.
  • Scenarios:
    • Convincing a skeptical community about an upcoming environmental project.
    • Collaborating with local leaders for project support.
    • Addressing community concerns and grievances.
    • Navigating cultural challenges in community outreach.
    • Utilizing technology for community participation and feedback.
  • Start Training Session (role-play): Engage in real-time discussions, negotiations, and outreach with selected AI personas in chosen scenarios.
  • End: Summarize learnings and prepare for the assessment.

Assessment/Feedback:

  • Start: Review of both theoretical knowledge and practical skills.
  • Send Conversion to be graded to AI: Submit role-play sessions for AI evaluation.
  • Expert Avatar Debrief: Feedback from an environmental expert avatar on the effectiveness of community engagement strategies applied.
  • Show Charts: Visualization of performance, highlighting areas of strength and those needing improvement.
  • End: Comprehensive feedback on progress and recommendations for further skill development.

Environmental Journalism and Advocacy

Theory Learning:

  • Start: Introduction to the fields of environmental journalism and advocacy.
  • Floating Annotations:
    • History of environmental journalism and its impact.
    • The role of journalists in shaping public opinion on environmental issues.
    • Major environmental news stories and their global influence.
    • Strategies for effective environmental advocacy.
    • The challenges faced by journalists in reporting environmental news.
    • Techniques for investigative environmental journalism.
    • The importance of data and science in environmental reporting.
    • Ethics in environmental journalism.
    • The influence of corporate interests on environmental reporting.
    • Case study: An impactful environmental advocacy campaign.
  • Run Show and Tell: Exploration of noteworthy environmental reports and advocacy campaigns.
  • End: Summary and transition to the practice module.

Training (Practice):

  • Start: Transition from theoretical insights to practical role-play.
  • AI Personas:
    • Investigative environmental journalist.
    • Corporate PR representative.
    • Environmental activist.
    • Government official responsible for environmental policy.
    • Local community member affected by an environmental issue.
  • Scenarios:
    • Interviewing a corporation after an environmental disaster.
    • Advocacy campaign planning against deforestation.
    • Navigating government restrictions on environmental reporting.
    • Raising awareness about a local environmental issue.
    • Investigating corporate greenwashing claims.
  • Start Training Session (role-play): Engage in interviews, investigations, and advocacy planning with AI personas.
  • End: Conclude the practice and transition to the assessment phase.

Assessment/Feedback:

  • Start: Overview of theoretical and practical modules.
  • Send Conversion to be graded to AI: Submission of journalism and advocacy role-play sessions for evaluation.
  • Expert Avatar Debrief: Comprehensive feedback from an environmental journalism expert avatar.
  • Show Charts: Display of performance metrics, highlighting journalistic integrity, and advocacy effectiveness.
  • End: Final feedback and areas for further skill enhancement.

Sustainable Development Negotiations

Theory Learning:

  • Start: Introduction to the nuances and significance of negotiations in sustainable development.
  • Floating Annotations:
    • Overview of the 17 Sustainable Development Goals (SDGs).
    • History of global sustainability negotiations and key milestones.
    • The role of international organizations in sustainable development.
    • Strategies for successful sustainable development negotiations.
    • Case study: The Paris Agreement and its significance.
    • The balance between economic growth and sustainability.
    • Importance of multi-stakeholder negotiations.
    • Tactics for overcoming negotiation impasses.
    • The impact of cultural differences on negotiations.
    • The role of science and data in informing negotiations.
  • Run Show and Tell: Detailed walkthrough of landmark sustainability negotiations and their outcomes.
  • End: Recap of theory and segue into the practice module.

Training (Practice):

  • Start: Transitioning from understanding theory to hands-on application.
  • AI Personas:
    • UN delegate from a developed country.
    • UN delegate from a developing country.
    • Environmental NGO representative.
    • Corporate lobbyist.
    • Indigenous community leader.
  • Scenarios:
    • Negotiating a new global climate agreement.
    • Balancing corporate interests with environmental concerns.
    • Collaborative project between an NGO and a corporation.
    • Addressing indigenous rights in a sustainable development project.
    • Resolving conflicts between developed and developing nations.
  • Start Training Session (role-play): Engage in negotiations, collaborations, and discussions with the AI personas in the chosen scenarios.
  • End: Wrap up the practice module and prepare for assessment.

Assessment/Feedback:

  • Start: Reflection on theoretical and practical training experiences.
  • Send Conversion to be graded to AI: Submission of negotiation outcomes for AI evaluation.
  • Expert Avatar Debrief: Constructive feedback from a sustainable development expert avatar.
  • Show Charts: Visualization of performance metrics, showcasing negotiation skills and strategy effectiveness.
  • End: Overall review of progress and areas needing further improvement.

Graduate School of Education

Educational Leadership and Administration

Theory Learning:

  • Start: Delve into the foundational principles of Educational Leadership and Administration.
  • Seamless entry into an immersive environment focused on educational leadership.
  • Floating Annotations:
    • Historical Context of Educational Leadership
    • Key Responsibilities of Educational Administrators
    • Leadership Styles in Education
    • Challenges in Modern Educational Leadership
    • The Role of Ethics in Leadership
    • Building and Maintaining School Culture
    • Importance of Continuous Professional Development
    • Managing Resources and Budgets
    • Building Effective Teams in Schools
    • Navigating Educational Policies and Regulations.
  • Run Show and Tell: Interactive demonstrations showcasing real-world situations in school leadership.
  • End: Summarize and reflect on theoretical insights, readying for practical training.

Training (Practice):

  • Start: Transition into the simulation phase of educational leadership scenarios.
  • AI Personas:
    • Novice Principal
    • Experienced Superintendent
    • School Board Member
    • PTA Chairperson
    • District Policy Maker.
  • Scenarios:
    • Handling Conflicts Between Staff
    • Introducing a New School Policy
    • Navigating Budget Cuts
    • Engaging with Parental Concerns
    • Leading School Improvement Initiatives.
  • Start Training Session: Engage in role-playing sessions tailored to chosen persona and scenario.
  • End: Reflect on the practical experience and prepare for the assessment.

Assessment/Feedback:

  • Start: Embark on a thorough evaluation of theoretical and applied knowledge.
  • Send Conversion to be graded to AI: Receive scores based on how effectively theoretical knowledge was implemented.
  • Expert Avatar Debrief: Glean insights from a seasoned AI educational leader avatar.
  • Show Charts: Visualize performance in leadership aspects using AI-generated radar charts.
  • End: Garner a comprehensive understanding of strengths and areas needing attention in educational leadership.

Counseling and Guidance in Schools

Theory Learning:

  • Start: Introduction to the nuances and importance of school counseling and guidance.
  • Seamless entry into an immersive learning realm focused on student well-being.
  • Floating Annotations:
    • Evolution of School Counseling
    • Importance of Mental Health in Schools
    • Ethical Considerations in Counseling
    • The Role of a School Counselor
    • Peer Counseling and Its Advantages
    • Counseling Techniques for Adolescents
    • The Impact of Socio-Economic Factors on Student Well-being
    • Crisis Management in Schools
    • Handling Grief and Loss Among Students
    • Navigating Cultural Sensitivities in Counseling.
  • Run Show and Tell: Demonstrations detailing counseling scenarios and techniques.
  • End: Recap theoretical concepts and transition to practical training.

Training (Practice):

  • Start: Initiate simulations to practice counseling techniques and strategies.
  • AI Personas:
    • High School Guidance Counselor
    • Elementary School Therapist
    • Adolescent Peer Counselor
    • Behavioral Specialist
    • Crisis Response Counselor.
  • Scenarios:
    • Assisting a Student with Academic Pressures
    • Addressing Bullying Concerns
    • Guiding a Grieving Student
    • Facilitating Group Therapy Sessions
    • Managing a School-wide Crisis.
  • Start Training Session: Engage in counseling role-play tailored to the chosen persona and scenario.
  • End: Reflect on simulated counseling experiences and gear up for feedback.

Assessment/Feedback:

  • Start: Delve into a comprehensive review of applied counseling techniques and theory understanding.
  • Send Conversion to be graded to AI: Obtain feedback on the application of counseling strategies.
  • Expert Avatar Debrief: Extract insights from an AI expert in school counseling.
  • Show Charts: Visual representation of counseling proficiencies using radar charts.
  • End: Attain clarity on one’s effectiveness and areas for growth in school counseling.

Community Engagement and Outreach

Theory Learning:

  • Start: Introduction to community engagement and its pivotal role in societal development.
  • Seamless entry into a dedicated learning zone on community outreach.
  • Floating Annotations:
    • The Concept of Community in Modern Society
    • Principles of Community Engagement
    • The Impact of Community Outreach Programs
    • Strategies for Effective Community Engagement
    • Role of Technology in Community Outreach
    • Partnering with Local Organizations
    • Understanding Community Needs and Priorities
    • Addressing Challenges in Community Engagement
    • Building and Maintaining Trust in Communities
    • Evaluating the Impact of Outreach Initiatives.
  • Run Show and Tell: Interactive showcases of successful community outreach programs.
  • End: Recap theoretical underpinnings and prepare for hands-on experience.

Training (Practice):

  • Start: Immerse into simulations centered on community engagement and outreach.
  • AI Personas:
    • Community Organizer
    • Non-Profit Leader
    • City Council Member
    • Social Media Outreach Specialist
    • Local Business Owner.
  • Scenarios:
    • Organizing a Community Clean-Up Drive
    • Launching a Local Fundraising Campaign
    • Facilitating a Town Hall Meeting
    • Promoting a Local Business Event
    • Partnering with Schools for Community Development.
  • Start Training Session: Engage in community outreach role-play based on the chosen persona and scenario.
  • End: Reflect on the real-world implications of the simulations and brace for the assessment phase.

Assessment/Feedback:

  • Start: Begin evaluation on the understanding and application of community outreach concepts.
  • Send Conversion to be graded to AI: Get rated on how community outreach principles were employed.
  • Expert Avatar Debrief: Gain insights from an AI specialist in community development.
  • Show Charts: AI-curated charts illustrating proficiency in various outreach areas.
  • End: Obtain a comprehensive view of one’s community engagement skills and areas of improvement.

School of Engineering

Project Management and Team Leadership

Theory Learning:

  • Start: Introduction to the principles of Project Management and Team Leadership.
  • Floating Annotations:
    • Definition of a Project.
    • Role of a Project Manager.
    • Importance of Team Leadership.
    • The Five Phases of Project Management.
    • Characteristics of High-Performance Teams.
    • Conflict Resolution Strategies.
    • Time Management Techniques.
    • Risk Management in Projects.
    • Importance of Communication in Leadership.
    • Stakeholder Management Strategies.
  • Run Show and Tell: Real-world examples of successful project management and effective team leadership.
  • End: Summarize the key takeaways of the theory module.

Training (Practice):

  • Start: Transition into the hands-on project management scenarios.
  • Select AI Persona:
    • Junior Project Manager.
    • Senior Project Manager.
    • Stakeholder.
    • Team Member.
    • External Consultant.
  • Select Scenario:
    • Project Initiation Meeting.
    • Handling Team Conflicts.
    • Stakeholder Negotiation Session.
    • Risk Management Meeting.
    • Project Closure and Review.
  • Start Training Session (role-play): Engage with the AI avatar in selected scenario.
  • End: Reflect on the training session.

Assessment/Feedback:

  • Start: Commence the evaluation of Project Management skills.
  • Send Conversion to be graded to AI: Assessment of your understanding and application.
  • Expert Avatar Debrief: Feedback on your leadership, decision-making, and conflict resolution.
  • Show Charts: Overview of your performance metrics in Project Management.
  • End: Conclude with areas of strength and areas needing improvement.

Engineering Ethics and Public Policy

Theory Learning:

  • Start: Introduction to the fundamentals of Engineering Ethics and Public Policy.
  • Floating Annotations:
    • Definition of Engineering Ethics.
    • Importance of Ethics in Engineering.
    • Role of Engineers in Public Policy.
    • Moral Dilemmas in Engineering.
    • Ethical Standards in Engineering.
    • The Impact of Public Policy on Engineering.
    • Responsibility of Engineers to Society.
    • Case Studies in Engineering Malpractice.
    • Sustainability and Ethics.
    • Engineers as Policymakers.
  • Run Show and Tell: Examples of ethical dilemmas in engineering and the influence of public policy.
  • End: Recap the principles of engineering ethics.

Training (Practice):

  • Start: Transition into the ethics and policy scenarios.
  • Select AI Persona:
    • New Engineer.
    • Senior Engineer.
    • Policy Advisor.
    • Ethical Consultant.
    • Community Advocate.
  • Select Scenario:
    • Ethical Decision Making in a New Project.
    • Influence of Policy on Engineering Design.
    • Community Consultation on an Engineering Project.
    • Resolving Ethical Disputes in Engineering.
    • Advising Policymakers on Engineering Concerns.
  • Start Training Session (role-play): Engage in discussions and decision-making with AI avatar.
  • End: Reflect on ethical choices made.

Assessment/Feedback:

  • Start: Commence the evaluation of your understanding of Engineering Ethics.
  • Send Conversion to be graded to AI: Evaluation of ethical decision-making and policy understanding.
  • Expert Avatar Debrief: Insights into your ethical considerations and policy influence.
  • Show Charts: Metrics on your ethical decision-making capabilities.
  • End: Highlight areas of strong ethical reasoning and potential areas of growth.

Client Relationships in Tech Startups

Theory Learning:

  • Start: Introduction to managing client relationships in tech startups.
  • Floating Annotations:
    • The Importance of Client Relationships in Startups.
    • Techniques for Building Trust.
    • Navigating Client Expectations.
    • Effective Communication with Clients.
    • Retaining Long-term Clients.
    • Dealing with Difficult Clients.
    • The Role of Feedback in Client Relationships.
    • The Value of Networking in the Tech Industry.
    • Onboarding New Clients.
    • The Lifecycle of a Client Relationship.
  • Run Show and Tell: Real-world examples of managing client relationships in tech startups.
  • End: Recap the significance of client management in startups.

Training (Practice):

  • Start: Transition into client relationship scenarios.
  • Select AI Persona:
    • New Tech Startup Client.
    • Long-term Tech Client.
    • Difficult Tech Client.
    • Potential Investor.
    • Startup Competitor.
  • Select Scenario:
    • Onboarding Session for a New Client.
    • Resolving a Dispute with a Long-term Client.
    • Negotiating a Contract with a Potential Investor.
    • Dealing with Feedback from a Difficult Client.
    • Collaborative Discussion with a Competitor.
  • Start Training Session (role-play): Engage in diverse client relationship situations.
  • End: Reflect on client interaction strategies.

Assessment/Feedback:

  • Start: Begin the evaluation of your client relationship management skills.
  • Send Conversion to be graded to AI: Analysis of your interaction, negotiation, and management skills.
  • Expert Avatar Debrief: Feedback on your client engagement and resolution techniques.
  • Show Charts: Overview of your client relationship metrics.
  • End: Conclude with insights on strengths and areas for further development in client relationships.

School of Humanities and Sciences

Political Communication Strategies

Theory Learning:

  • Start: Dive into the nuanced world of political communication and understand its significance in shaping public perception.
  • Floating Annotations:
    • Historical political communication blunders.
    • Role of media in political communication.
    • Differences between propaganda and communication.
    • Famous speeches and their impact.
    • Use of social media platforms in modern political communication.
    • Role of political branding and image-building.
    • Importance of message consistency.
    • The psychology behind political messaging.
    • Analyzing the audience for targeted communication.
    • Crisis communication in politics.
  • Run Show and Tell: Experience renowned political speeches, campaigns, and their outcomes.
  • End: Wrap up the theory segment with a solid grounding in political communication strategies.

Training (Practice):

  • Start: Get ready to immerse yourself in real-world political scenarios.
  • Select AI Persona:
    • Campaign manager
    • Press secretary
    • Opposition leader
    • Political advisor
    • Whistleblower
  • Select Scenario:
    • Preparing a political candidate for a televised debate.
    • Crafting a response to a political scandal.
    • Strategizing a political campaign for an upcoming election.
    • Handling a crisis situation.
    • Communicating policy changes to the public.
  • Start Training Session (role-play): Engage in dynamic role-plays tailored to the selected persona and scenario.
  • End: Review and reflect on the practice session.

Assessment/Feedback:

  • Start: Understand how well you’ve grasped political communication strategies.
  • Send Conversion to be graded to AI: Let the advanced AI system assess your performance.
  • Expert Avatar Debrief: Feedback from a seasoned political communication expert avatar.
  • Show Charts: Visual insights into your strengths, areas for improvement, and skill alignment.
  • End: Summarize your proficiency and areas of focus.

International Relations and Diplomacy

Theory Learning:

  • Start: Unpack the complexities of international relations and the delicate art of diplomacy.
  • Floating Annotations:
    • Historical turning points in international diplomacy.
    • The concept of soft power vs. hard power.
    • Role of international organizations in diplomacy.
    • Importance of cultural intelligence in diplomacy.
    • The diplomatic protocol and its significance.
    • Understanding international treaties and agreements.
    • The art of negotiation in diplomatic relations.
    • Challenges in multilateral diplomacy.
    • Diplomatic immunity and its implications.
    • Case studies: Successful diplomatic interventions.
  • Run Show and Tell: Delve into crucial diplomatic events and their global repercussions.
  • End: Conclude with an enriched understanding of international relations.

Training (Practice):

  • Start: Step into the shoes of key players in the diplomatic arena.
  • Select AI Persona:
    • Ambassador
    • Foreign policy advisor
    • United Nations representative
    • International mediator
    • Intelligence analyst
  • Select Scenario:
    • Navigating a diplomatic crisis between two nations.
    • Negotiating an international treaty.
    • Preparing for a high-stakes summit.
    • Addressing global challenges at an international forum.
    • Gathering and analyzing intelligence for diplomatic advantage.
  • Start Training Session (role-play): Embark on scenarios that test your diplomatic acumen.
  • End: Reflect on your diplomacy skills.

Assessment/Feedback:

  • Start: Evaluate your diplomatic prowess.
  • Send Conversion to be graded to AI: Obtain an AI-generated analysis of your performance.
  • Expert Avatar Debrief: Insights from a seasoned diplomat avatar.
  • Show Charts: Visual analytics highlighting your strengths and areas to enhance.
  • End: Ascertain your growth trajectory in international relations and diplomacy.

Public Speaking and Debates

Theory Learning:

  • Start: Immerse yourself in the art of public speaking and the power of effective debates.
  • Floating Annotations:
    • The psychology of public speaking.
    • Techniques to manage stage anxiety.
    • Importance of body language in effective communication.
    • Crafting compelling narratives.
    • The structure of powerful speeches.
    • Persuasive techniques in debate.
    • Understanding the audience’s perspective.
    • The power of rhetoric in public speaking.
    • Famous speeches and their influence.
    • Modern challenges and platforms for public speaking.
  • Run Show and Tell: Experience iconic speeches and debate moments.
  • End: Culminate the theory segment with a mastery of public speaking principles.

Training (Practice):

  • Start: Ready yourself for captivating audiences.
  • Select AI Persona:
    • Motivational speaker
    • Debate champion
    • Political orator
    • TEDx speaker
    • Television show host
  • Select Scenario:
    • Delivering a keynote address at a major conference.
    • Participating in a high-stakes debate on a controversial topic.
    • Crafting and delivering an election campaign speech.
    • Sharing a personal story for a global audience.
    • Hosting a talk show with a challenging guest.
  • Start Training Session (role-play): Engage in riveting public speaking and debate situations.
  • End: Review your performance and prepare for feedback.

Assessment/Feedback:

  • Start: Delve into a comprehensive evaluation of your public speaking skills.
  • Send Conversion to be graded to AI: Receive an AI assessment of your public speaking endeavors.
  • Expert Avatar Debrief: Constructive feedback from a public speaking expert avatar.
  • Show Charts: Visual insights capturing your public speaking finesse and areas for improvement.
  • End: Get a holistic view of your progress and future roadmap in public speaking and debates.

Communication Theory and Research Methods

Theory Learning:

  • Start: Introduction to the fundamental concepts of Communication Theory and the importance of research methods in the field.
  • Seamless entry: Smooth transition into the learning environment, providing an immediate focus on core communication theories.
  • 10 Topic Specific Floating Annotations:
    • Semiotics: The study of signs and symbols.
    • Persuasion Theories: Understanding the art of influencing.
    • Feedback Loops: The sender-receiver model.
    • Noise: Barriers in effective communication.
    • Non-verbal Communication: Beyond spoken words.
    • Media Richness Theory: Matching media to messages.
    • Spiral of Silence: Public opinion and mass media.
    • Ethnographic Studies: Observing communication in its natural setting.
    • Survey Methods: Quantifying communication patterns.
    • Content Analysis: Studying media content systematically.
  • Run Show and Tell: Interactive visual presentations on the history and development of communication theories.
  • End: Summary of the key tenets of communication theory and its research methods.

Training (Practice):

  • Start: Initiate hands-on exercises in practical research methods.
  • 5 Topic Specific AI Personas:
    • Media Analyst
    • Communication Theorist
    • Field Researcher
    • Survey Designer
    • Ethnographic Observer
  • 5 Topic Specific Scenarios:
    • Designing a media content analysis study.
    • Conducting ethnographic research at a public event.
    • Creating a persuasive campaign using communication theories.
    • Overcoming barriers to effective communication in a noisy environment.
    • Interpreting results from a communication survey.
  • Start Training Session (role-play): Engage in role-playing scenarios based on the selected persona and scenario.

Assessment/Feedback:

  • Start: Overview of theoretical and practical training in Communication Theory and Research Methods.
  • Send Conversion to be graded to AI: Submit your practical research exercises for evaluation.
  • Expert Avatar Debrief: Feedback from a seasoned Communication Researcher AI.
  • Show Charts: Radar charts showing strengths and areas of improvement in both theory and practical applications.
  • End: Conclusive remarks on your progress in understanding Communication Theory and effective research methods.

Journalism: Investigative Reporting Techniques

Theory Learning:

  • Start: Introduction to the foundational concepts and ethics of Investigative Journalism and the methods used by reporters.
  • Seamless entry: Immediate immersion into the world of journalism, emphasizing the importance of uncovering the truth.
  • 10 Topic Specific Floating Annotations:
    • The Fourth Estate: The role of journalism in democracy.
    • Source Verification: Ensuring information accuracy.
    • Undercover Reporting: The ethics and techniques.
    • The Whistleblower: Protecting your sources.
    • Data Journalism: Using data to support your claims.
    • FOIA Requests: Utilizing public records in investigations.
    • Risk Management: Ensuring safety while investigating.
    • Multimedia Integration: Enhancing stories with visual and audio elements.
    • Bias and Neutrality: Keeping personal beliefs out of the story.
    • Legalities: Navigating libel, slander, and defamation.
  • Run Show and Tell: Interactive visual presentations on landmark investigative reports and their impacts.
  • End: Recap on the significance and methods of investigative reporting.

Training (Practice):

  • Start: Dive into hands-on experiences mimicking real investigative scenarios.
  • 5 Topic Specific AI Personas:
    • Seasoned Investigative Reporter
    • Whistleblower with Crucial Information
    • Data Analyst for Investigative Purposes
    • Legal Advisor for Journalistic Concerns
    • Multimedia Editor for News Stories
  • 5 Topic Specific Scenarios:
    • Uncovering corporate malpractices through an insider tip.
    • Investigating a political scandal using public records.
    • Decrypting a data leak affecting public welfare.
    • Navigating legal threats while pursuing a sensitive story.
    • Enhancing an investigative report with multimedia elements.
  • Start Training Session (role-play): Role-playing based on the chosen persona and scenario for immersive training.

Assessment/Feedback:

  • Start: Overview of theoretical concepts and practical training in investigative journalism.
  • Send Conversion to be graded to AI: Submit your investigative report draft for assessment.
  • Expert Avatar Debrief: Feedback from a veteran Investigative Journalist AI.
  • Show Charts: Radar charts displaying strengths and areas for improvement in reporting techniques.
  • End: Concluding insights into your growth and skills in investigative journalism.

Interpersonal Dynamics

Theory Learning:

  • Start: Introduction to the intricate world of human interactions and interpersonal relationships.
  • Seamless entry: A focused beginning to understand the nuances of human behavior.
  • 10 Topic Specific Floating Annotations:
    • Verbal vs. Non-verbal: Decoding communication types.
    • Active Listening: The art of truly hearing.
    • Emotional Intelligence: Navigating feelings in interactions.
    • Boundary Setting: Recognizing and respecting limits.
    • Conflict Resolution: Navigating disagreements amicably.
    • Body Language: Unspoken cues in interactions.
    • Empathy vs. Sympathy: Understanding and feeling with others.
    • Interpersonal Attraction: Factors influencing human connections.
    • Social Exchange Theory: Weighing the costs and benefits of relationships.
    • Transactional Analysis: Understanding ego states in interactions.
  • Run Show and Tell: Visual presentations on interpersonal theories in real-world scenarios.
  • End: Summary of key components governing interpersonal dynamics.

Training (Practice):

  • Start: Engage in simulations designed to mirror everyday human interactions.
  • 5 Topic Specific AI Personas:
    • Mediator in Conflict Situations
    • Counselor for Emotional Well-being
    • Professional Networker at Social Events
    • Negotiator in High-stake Deals
    • Friend Offering Support in Personal Crisis
  • 5 Topic Specific Scenarios:
    • Resolving a workplace dispute between two colleagues.
    • Offering counsel to a distressed individual.
    • Building meaningful connections at a business networking event.
    • Negotiating a challenging business contract.
    • Helping a friend navigate personal trauma.
  • Start Training Session (role-play): Engage in selected scenarios to hone interpersonal skills.

Assessment/Feedback:

  • Start: Reflect on theoretical and practical training experiences in human interactions.
  • Send Conversion to be graded to AI: Submit a reflection on an interpersonal challenge faced and its resolution.
  • Expert Avatar Debrief: Feedback from a seasoned Relationship Coach AI.
  • Show Charts: Visual insights into your grasp and application of interpersonal dynamics.
  • End: Comprehensive feedback on your journey understanding and navigating interpersonal dynamics.

Conflict Resolution in International Relations

Theory Learning:

  • Start: Dive into the complex world of international relations and the intricacies of conflict resolution.
  • Generate Floating Annotation:
    • The history of global conflicts and peace treaties.
    • Diplomatic tools in international relations.
    • United Nations’ role in conflict resolution.
    • The balance of power in international politics.
    • Cultural sensitivities in international negotiations.
    • The art of diplomacy and its effectiveness.
    • Key international treaties on conflict resolution.
    • The role of global superpowers in peace-making.
    • Economic sanctions and their implications.
    • Non-state actors and their influence.
  • Run Show and Tell: Analyze real-world cases of conflict resolution and the diplomatic strategies employed.
  • End: Recap the theoretical foundation and prepare for role-play simulations.

Training (Practice):

  • Start: Engage in virtual role-plays simulating global diplomatic arenas.
  • Select AI Persona:
    • UN Diplomat.
    • Foreign Minister of a superpower.
    • Ambassador of a small nation.
    • Leader of a non-state actor.
    • International mediator.
  • Select Scenario:
    • Hostage negotiation.
    • Border dispute resolution.
    • Trade war negotiations.
    • Diplomatic sanction discussions.
    • International treaty negotiations.
  • Start Training Session: Engage with AI avatars to navigate complex diplomatic situations.
  • End: Reflect on the simulation experience and move to assessment.

Assessment/Feedback:

  • Start: Review of theoretical knowledge and practical simulation experiences.
  • Send Conversion to be graded to AI: Submit role-play interactions for evaluation.
  • Expert Avatar Debrief: Receive feedback from an AI “expert avatar” on diplomatic strategies employed.
  • Show Charts: Visualize performance metrics in conflict resolution strategies.
  • End: Comprehensive review of strengths and areas for improvement in international conflict resolution.

Advanced Techniques in Investigative Journalism

Theory Learning:

  • Start: Explore the techniques and tools employed by investigative journalists.
  • Generate Floating Annotation:
    • History of investigative journalism.
    • Ethical considerations in deep investigations.
    • Tools and technologies aiding investigative journalism.
    • Protecting sources and information.
    • Building a narrative from gathered data.
    • Legal implications of investigative journalism.
    • The role of whistleblowers.
    • Techniques for undercover journalism.
    • Fact-checking and its significance.
    • Importance of unbiased reporting.
  • Run Show and Tell: Delve into real-world examples of impactful investigative stories and the techniques behind them.
  • End: Recap the core techniques and get ready for role-play interactions.

Training (Practice):

  • Start: Simulate the life of an investigative journalist using AI.
  • Select AI Persona:
    • Whistleblower.
    • Corporate insider.
    • Government official.
    • Anonymous source.
    • Field informant.
  • Select Scenario:
    • Uncovering corporate malpractice.
    • Political corruption investigation.
    • Environmental scandal discovery.
    • Human rights violation exposure.
    • Organized crime investigation.
  • Start Training Session: Role-play to gather data, interview AI sources, and build a story.
  • End: Conclude the investigation and prepare for assessment.

Assessment/Feedback:

  • Start: Review the techniques and findings from the investigative simulations.
  • Send Conversion to be graded to AI: Submit the journalistic story for AI analysis.
  • Expert Avatar Debrief: Gain feedback on the quality of investigation, source handling, and story presentation.
  • Show Charts: Visual representation of investigative techniques employed and story coherence.
  • End: Comprehensive overview of investigative abilities and potential areas for development.

Rhetoric and Public Address

Theory Learning:

  • Start: Engage in the art and science of effective public speaking and persuasion.
  • Generate Floating Annotation:
    • History of rhetoric and its evolution.
    • Principles of persuasion in speech.
    • Structure of an effective public address.
    • Role of body language and non-verbal cues.
    • Audience analysis and engagement.
    • Techniques for impactful delivery.
    • Use of anecdotes and real-world examples.
    • Addressing counterarguments in speech.
    • Role of ethos, pathos, and logos.
    • Importance of feedback and speech iteration.
  • Run Show and Tell: Study real-world speeches, dissecting their structure and analyzing their effectiveness.
  • End: Recap rhetoric principles and gear up for role-play simulations.

Training (Practice):

  • Start: Step into the shoes of a public speaker, addressing diverse AI audiences.
  • Select AI Persona:
    • Political rally attendee.
    • Corporate stakeholder.
    • Academic conference participant.
    • Social cause activist.
    • General public representative.
  • Select Scenario:
    • Political campaign speech.
    • Corporate product launch.
    • Keynote academic presentation.
    • Social justice rally address.
    • Community town-hall meeting.
  • Start Training Session: Deliver speeches, adapt to audience reactions, and refine rhetorical strategies.
  • End: Reflect on speech delivery and anticipate feedback.

Assessment/Feedback:

  • Start: Analyze the structure, content, and delivery of the speeches.
  • Send Conversion to be graded to AI: Submit speech content and delivery metrics for AI evaluation.
  • Expert Avatar Debrief: Receive feedback on speech effectiveness, persuasion techniques, and audience engagement.
  • Show Charts: Visual insights on rhetorical strength, speech coherence, and audience impact.
  • End: Comprehensive analysis of rhetoric capabilities and guidance for enhancement.

Leadership in Public Service and Administration

Theory Learning:

  • Initiation into the nuances of leadership within public service and administration.
  • Floating Annotations:
    • Historical context of public leadership.
    • Characteristics of effective leaders in the public sector.
    • Ethical considerations in public service.
    • Influence of policy-making in leadership roles.
    • The balance of power and responsibility.
    • Leadership styles effective in public administration.
    • The role of public opinion in decision-making.
    • Crisis management for leaders.
    • Stakeholder management in public leadership.
    • The future of public service leadership.
  • Interactive demonstrations of leadership scenarios, both historical and hypothetical.
  • Concluding insights into theoretical underpinnings of leadership in the public sector.

Training (Practice):

  • AI Personas:
    • City Mayor.
    • Chief of Public Health.
    • Director of Public Transportation.
    • State Secretary of Education.
    • Police Commissioner.
  • Scenarios:
    • Crisis management during a public health emergency.
    • Leading a team for urban infrastructure development.
    • Addressing public on controversial policy changes.
    • Navigating challenges in public school reforms.
    • Leading a task force for crime reduction.
  • Interactive role-playing with chosen AI persona, honing leadership skills in context.

Assessment/Feedback:

  • Evaluation based on application of theoretical knowledge in practice scenarios.
  • Detailed AI avatar feedback on leadership effectiveness, decision-making, and stakeholder communication.
  • Visual charts showcasing areas of strength and required improvements in public leadership.

Public Relations and Media Strategy

Theory Learning:

  • Dive into the intricacies of PR and media strategies in modern times.
  • Floating Annotations:
    • Evolution of media and its impact on public relations.
    • Crafting compelling PR narratives.
    • Role of digital media in PR.
    • Crisis communication strategies.
    • Building and maintaining media relationships.
    • The significance of brand image in PR.
    • Ethical considerations in public relations.
    • Audience segmentation and targeted PR.
    • Case studies in successful PR campaigns.
    • Future trends in PR and media.
  • Engage with real-world PR challenges and solutions for a comprehensive grasp.

Training (Practice):

  • AI Personas:
    • PR Manager of a Tech Company.
    • Media Strategist for a Non-profit.
    • Communication Director for a Celebrity.
    • Brand Image Consultant for an FMCG brand.
    • Digital PR Specialist for a Healthcare Provider.
  • Scenarios:
    • Navigating a company scandal with effective PR.
    • Launching a new product in a competitive market.
    • Managing media during a high-profile event.
    • Shaping the narrative during a company merger.
    • Digital media campaign for a social cause.
  • Role-play exercises with AI personas for hands-on PR and media strategy experience.

Assessment/Feedback:

  • AI evaluation of media handling, message framing, and crisis management.
  • Expert avatar insights into PR techniques, narrative crafting, and digital presence.
  • Performance charts displaying proficiency in PR tools and strategies.
  • Summary of progress with directions for advanced PR endeavors.

Psychological Counseling Techniques

Theory Learning:

  • Introduction to the diverse techniques in psychological counseling.
  • Floating Annotations:
    • History and evolution of counseling techniques.
    • Role of empathy in counseling.
    • Cognitive-behavioral therapy (CBT) techniques.
    • Importance of active listening.
    • Techniques in grief counseling.
    • Ethical considerations in counseling.
    • Counseling across different age groups.
    • Navigating trauma in counseling sessions.
    • The role of non-verbal cues.
    • Future trends in psychological counseling.
  • Immersive exploration of counseling scenarios and methodologies.

Training (Practice):

  • AI Personas:
    • Child Therapist.
    • Marriage Counselor.
    • Trauma Specialist.
    • Addiction Recovery Counselor.
    • Career Guidance Therapist.
  • Scenarios:
    • Counseling a child with school anxiety.
    • Mediating a couple facing marital challenges.
    • Helping an individual cope with post-traumatic stress.
    • Assisting an individual in addiction recovery.
    • Guiding a young adult in career choices.
  • Engaging role-plays with AI personas to apply counseling techniques.

Assessment/Feedback:

  • AI assessment on the application of specific counseling methodologies.
  • Expert avatar feedback on counseling approach, technique application, and patient rapport.
  • Charts depicting proficiency in diverse counseling techniques.
  • Recap of performance with recommendations for advanced counseling practices.

Law School

Theory Learning:

  • Start: Introduction to the fundamentals of legal negotiation and settlements.
  • Floating Annotations:
    • History of Legal Negotiations
    • Key Legal Terminologies
    • Role of a Legal Negotiator
    • Steps in a Settlement Process
    • Importance of Confidentiality
    • Techniques in Persuasion
    • Ethical Considerations
    • Settlement Agreements
    • Client Consultation and Counseling
    • Psychological Tactics in Negotiation
  • Run Show and Tell: Visual presentation of landmark settlement cases and negotiation tactics.
  • End: Recap and preparation for the practical training module.

Training (Practice):

  • Start: Transition from theoretical knowledge to real-world application.
  • AI Personas:
    • Corporate Lawyer
    • Client Seeking Settlement
    • Opposing Counsel
    • Legal Mediator
    • Senior Partner at Law Firm
  • Scenarios:
    • Negotiating a Business Dispute
    • Settling a Personal Injury Claim
    • Resolving Intellectual Property Issues
    • Environmental Law Settlement
    • Real Estate Property Negotiation
  • Start Training Session (role-play): Engage with the AI avatar in selected scenarios.

Assessment/Feedback:

  • Start: Begin the assessment phase.
  • Send Conversion to be graded to AI: Submission of training session for evaluation.
  • Expert Avatar Debrief: Receive feedback from a seasoned AI legal negotiator.
  • Show Charts: Graphical representation of your negotiation skills.
  • End: Review of the strengths, areas for improvement, and potential growth areas in legal negotiation.

Trial Advocacy

Theory Learning:

  • Start: Introduction to the art and techniques of trial advocacy.
  • Floating Annotations:
    • History of Trial Advocacy
    • Trial Procedures and Protocols
    • Examination of Witnesses
    • Courtroom Etiquette
    • Crafting Opening and Closing Statements
    • Presenting Evidence
    • Jury Dynamics
    • Cross-Examination Techniques
    • Role of a Trial Advocate
    • Ethical Aspects in Trial Advocacy
  • Run Show and Tell: Visual demonstrations of notable courtroom trials and advocacy techniques.
  • End: Summation of theory learning and transition to practical sessions.

Training (Practice):

  • Start: Initiation of practical trial advocacy sessions.
  • AI Personas:
    • Criminal Defense Lawyer
    • Prosecution Lawyer
    • Expert Witness
    • Judge
    • Jury Member
  • Scenarios:
    • Defending a High-Profile Criminal Case
    • Prosecuting a White-Collar Crime
    • Civil Lawsuit Trial
    • Family Law Trial
    • Corporate Law Trial
  • Start Training Session (role-play): Engage in real-time court trials with AI personas.

Assessment/Feedback:

  • Start: Kickoff of the evaluation phase.
  • Send Conversion to be graded to AI: AI evaluation of courtroom performance.
  • Expert Avatar Debrief: Feedback from an AI trial lawyer on courtroom tactics and strategy.
  • Show Charts: Visual insights into courtroom advocacy strengths and areas for improvement.
  • End: Overview of trial advocacy proficiency and areas for further development.

Mediation and Dispute Resolution

Theory Learning:

  • Start: Dive into the principles and methods of mediation and dispute resolution.
  • Floating Annotations:
    • History of Mediation
    • Mediation vs. Arbitration
    • Stages of Mediation
    • Skills of an Effective Mediator
    • Mediation Strategies
    • Legal Framework for Dispute Resolution
    • Confidentiality in Mediation
    • Cross-Cultural Mediation
    • Ethical Dilemmas in Mediation
    • Role of Legal Counsel in Mediation
  • Run Show and Tell: Demonstrations of successful mediations and dispute resolutions.
  • End: Recap of theory and shift to hands-on sessions.

Training (Practice):

  • Start: Commencement of practical mediation sessions.
  • AI Personas:
    • Family Dispute Mediator
    • Business Dispute Mediator
    • International Dispute Mediator
    • Environmental Dispute Mediator
    • Labor Dispute Mediator
  • Scenarios:
    • Family Estate Dispute Mediation
    • Business Contract Disagreement
    • International Trade Conflict
    • Environmental Damage Mediation
    • Employee-Employer Contract Mediation
  • Start Training Session (role-play): Engage with AI mediator in selected scenarios.

Assessment/Feedback:

  • Start: Introduction to the evaluation process.
  • Send Conversion to be graded to AI: AI assessment of mediation tactics and approach.
  • Expert Avatar Debrief: Constructive feedback from an AI mediation expert.
  • Show Charts: Analytical representation of mediation skill set and expertise.
  • End: Summarized view of mediation capabilities and potential growth areas.

Client Counseling

Theory Learning:

  • Introduction to Client Counseling: Dive into the world of counseling, understanding the nuances, and the importance of effective communication.
  • Seamless Learning Entry: An undistracted learning environment ensuring focused immersion into the world of client counseling.
  • Floating Annotations:
    • Active Listening: The essence of understanding a client’s concerns.
    • Empathy in Counseling: The importance of showing genuine care.
    • Open-ended Questions: Encouraging clients to share more.
    • Maintaining Confidentiality: The backbone of trust.
    • Body Language: Unspoken words in counseling.
    • Effective Feedback: Guiding clients without overt directives.
    • Handling Difficult Situations: Dealing with emotional clients.
    • Setting Boundaries: Keeping the professional relationship intact.
    • Follow-ups: The significance of tracking progress.
    • Closure in Counseling: Concluding sessions effectively.
  • Run Show and Tell: Engage with interactive visuals demonstrating real-world client counseling scenarios, emphasizing theory application.
  • End Theory Segment: Transition from theoretical understanding to hands-on practice.

Training (Practice):

  • Start: Transition into practical training, applying theoretical knowledge.
  • AI Personas:
    • Reluctant Client: A client hesitant to share details.
    • Aggressive Client: A client with a confrontational attitude.
    • Emotional Client: A client overwhelmed by feelings.
    • Indecisive Client: A client unsure of their needs.
    • Eager Client: A client enthusiastic about the counseling process.
  • Scenarios:
    • Handling Resistance: Managing a reluctant client.
    • Deescalating Tension: Navigating through an aggressive client session.
    • Emotional Support: Assisting an overwhelmed client.
    • Guiding Decisions: Helping an indecisive client find clarity.
    • Managing Enthusiasm: Setting boundaries with an eager client.
  • Role-play: Engage with chosen AI persona in selected scenarios, practicing effective client counseling techniques.
  • End Training Session: Transition into the assessment phase.

Assessment/Feedback:

  • Commence Assessment: Reflect on the theoretical and practical client counseling sessions.
  • AI Grading: Submit role-play sessions for AI evaluation, focusing on application and understanding.
  • Expert Avatar Debrief: Receive detailed feedback from AI expert avatar, highlighting strengths and areas of improvement.
  • Performance Charts: Visual metrics display showcasing your counseling skills proficiency.
  • End Assessment: Overview of performance and guidance on areas for further growth.

Corporate Law and Boardroom Dynamics

Theory Learning:

  • Introduction to Corporate Law: Dive deep into the intricacies of corporate governance and regulations.
  • Seamless Learning Entry: An uninterrupted initiation into boardroom dynamics and corporate law essentials.
  • Floating Annotations:
    • Fiduciary Duties: Obligations of corporate officers.
    • Shareholder Rights: The power and limits of company stakeholders.
    • Corporate Structures: Hierarchies and their significance.
    • Mergers & Acquisitions: Understanding corporate amalgamations.
    • Litigation: Navigating corporate disputes.
    • Boardroom Protocols: Conduct and etiquette in official meetings.
    • Financial Regulations: Ensuring fiscal compliance.
    • Corporate Ethics: The moral compass of corporate entities.
    • Stakeholder Management: Balancing diverse interests.
    • Risk Management: Forecasting and mitigating corporate risks.
  • Run Show and Tell: Engage with demonstrations showcasing real-world boardroom dynamics and corporate law applications.
  • End Theory Segment: Prepare for practical applications.

Training (Practice):

  • Start: Embark on hands-on training, utilizing theoretical insights.
  • AI Personas:
    • The Skeptical Shareholder: Questioning corporate decisions regularly.
    • The Ambitious Executive: Aiming for rapid company growth.
    • The Cautious CFO: Prioritizing financial security over aggressive ventures.
    • The Ethical Officer: Ensuring corporate moral integrity.
    • The Mediating HR: Balancing employee rights with corporate needs.
  • Scenarios:
    • Boardroom Dispute: Navigating conflicts in a board meeting.
    • Hostile Takeover: Managing attempts at unsolicited company acquisition.
    • Financial Audits: Dealing with in-depth financial examinations.
    • Ethical Dilemmas: Making decisions that align with corporate ethics.
    • Stakeholder Meeting: Addressing and managing diverse stakeholder concerns.
  • Role-play: Engage with the chosen AI persona in the selected scenario, practicing effective corporate law tactics and boardroom dynamics.
  • End Training Session: Proceed to the assessment phase.

Assessment/Feedback:

  • Commence Assessment: Reflect on the theoretical and practical sessions on corporate law and boardroom dynamics.
  • AI Grading: The role-play session undergoes AI evaluation, emphasizing theory application.
  • Expert Avatar Debrief: Feedback from AI expert avatar, pinpointing strengths and areas that need honing.
  • Performance Charts: Visual metrics, providing a comprehensive view of your corporate law and boardroom dynamics skills.
  • End Assessment: Concluding insights on your overall performance and guidance for future development.

School of Medicine

Medical Ethics and Communication

Theory Learning:

  • Start: Dive into the foundational principles of medical ethics, exploring core concepts and its intersection with effective communication.
  • Floating Annotations:
    • Hippocratic Oath: The ancient commitment to ethical medical practice.
    • Autonomy: The patient’s right to self-determination.
    • Beneficence: The obligation to act in the patient’s best interest.
    • Non-Maleficence: First, do no harm.
    • Justice: Fair distribution of healthcare resources.
    • Confidentiality: Protecting patient information.
    • Truth-telling vs. Therapeutic Privilege: Balancing honesty with patient welfare.
    • Dual Loyalties: Managing conflicting obligations.
    • Resource Allocation: Ethical considerations in treatment decisions.
    • Medical Ethics in Modern Medicine: Navigating new challenges and technologies.
  • Run Show and Tell: Interactive sessions showcasing real-world scenarios of ethical dilemmas and communication challenges.
  • End: Round off your theory learning, preparing you to apply ethical principles in simulated patient interactions.

Training (Practice):

  • Start: Transition from theory to real-world application, navigating ethical decisions in communication.
  • AI Personas:
    • Elderly Patient with Chronic Illness
    • Young Adult considering Elective Surgery
    • Parent deciding for a Minor Child
    • Patient from a Different Cultural Background
    • Patient with a Terminal Diagnosis
  • Scenarios:
    • Breaking Bad News
    • Informed Consent Discussion
    • Addressing Medical Mistakes
    • Handling Family Mediation in Treatment Decisions
    • Navigating Ethical Gray Zones in Patient Requests
  • Start Training Session (role-play): Engage with the chosen AI persona in the selected scenario, putting your ethical and communication skills to the test.
  • End: Reflect on the simulated interaction, preparing for expert feedback.

Assessment/Feedback:

  • Start: Review your understanding and application of medical ethics and communication.
  • Send Conversion to be graded to AI: Submit your role-play session for AI analysis.
  • Expert Avatar Debrief: Receive feedback on your ethical choices and communication strategies from the medical ethics expert avatar.
  • Show Charts: Visualize your performance in terms of ethical decision-making and patient communication.
  • End: Get a comprehensive understanding of your strengths and areas for growth in medical ethics and communication.

Patient Counseling and Consultation Skills

Theory Learning:

  • Start: Begin with the fundamentals of patient counseling, understanding the nuances of effective consultation.
  • Floating Annotations:
    • Active Listening: The heart of effective counseling.
    • Non-Verbal Cues: Recognizing and interpreting body language.
    • Empathy vs. Sympathy: Building a genuine connection.
    • Open-ended Questions: Encouraging patient expression.
    • Reflective Responses: Mirroring patient feelings for validation.
    • Handling Resistance: Managing patient hesitations or refusals.
    • Building Trust: The cornerstone of patient-doctor relationships.
    • Cultural Sensitivity: Respecting diverse patient backgrounds.
    • Shared Decision Making: Partnering with patients in their care.
    • Counseling in Special Situations: Addressing unique patient needs.
  • Run Show and Tell: Experience interactive demonstrations of counseling sessions, highlighting effective consultation techniques.
  • End: Conclude with a firm grasp on counseling essentials, poised to practice these skills.

Training (Practice):

  • Start: Transition from conceptual understanding to skill application in patient counseling.
  • AI Personas:
    • Anxious First-time Parent
    • Teenager with Mental Health Concerns
    • Patient with Multiple Chronic Conditions
    • Individual Considering Genetic Testing
    • Patient Facing End-of-Life Decisions
  • Scenarios:
    • Discussing a Difficult Diagnosis
    • Addressing Non-compliance to Treatment
    • Counseling on Preventative Health Measures
    • Explaining Complex Treatment Options
    • Navigating Sensitive Personal Health Issues
  • Start Training Session (role-play): Engage in immersive counseling sessions, practicing nuanced communication with AI personas.
  • End: Reflect on your counseling experience, readying for expert evaluation.

Assessment/Feedback:

  • Start: Initiate the review of your counseling and consultation capabilities.
  • Send Conversion to be graded to AI: Offer your role-play interactions for AI-driven analysis.
  • Expert Avatar Debrief: Gain insights on your counseling approach and techniques from the counseling expert avatar.
  • Show Charts: See a visual breakdown of your patient interaction skills and areas for improvement.
  • End: Understand your progression in patient counseling and the next steps in your learning journey.

Medical Leadership and Administration

Theory Learning:

  • Start: Embark on exploring the critical aspects of medical leadership and the intricacies of healthcare administration.
  • Floating Annotations:
    • Leadership Styles: From transformational to transactional.
    • Team Building: Crafting high-performing medical teams.
    • Conflict Resolution: Addressing disputes in healthcare settings.
    • Strategic Planning: Guiding healthcare institutions toward success.
    • Budgeting & Resource Allocation: The financial backbone of medical services.
    • Quality & Safety: Prioritizing patient well-being and care standards.
    • Change Management: Leading healthcare evolution.
    • Legal & Ethical Considerations: Balancing care with compliance.
    • Stakeholder Communication: Building bridges in the medical community.
    • Healthcare Innovations: Staying ahead in a dynamic field.
  • Run Show and Tell: Witness interactive showcases of leadership challenges and administrative tasks, giving you a taste of the real-world implications.
  • End: Round off your theory immersion, gearing up to lead and administer in simulated medical environments.

Training (Practice):

  • Start: Transition into the hands-on segment, embodying leadership roles and managing administrative scenarios.
  • AI Personas:
    • New Medical Staff Member
    • Veteran Surgeon Resistant to Change
    • Concerned Patient Family Member
    • Hospital Board Member Seeking Updates
    • Regulatory Authority Inspector
  • Scenarios:
    • Implementing a New Hospital Policy
    • Navigating Inter-departmental Conflicts
    • Introducing a New Medical Technology
    • Addressing Hospital Safety Concerns
    • Leading a Team Through a Medical Crisis
  • Start Training Session (role-play): Take the helm in leadership situations, making decisions and managing conflicts with AI personas.
  • End: Reflect on your leadership actions and administrative choices, bracing for feedback.

Assessment/Feedback:

  • Start: Commence your review, understanding the strengths and gaps in your medical leadership and administration skills.
  • Send Conversion to be graded to AI: Share your role-play sessions for in-depth AI analysis.
  • Expert Avatar Debrief: Acquire feedback on your leadership tactics and administrative decisions from the leadership expert avatar.
  • Show Charts: Visualize your performance metrics in leadership and administration, noting areas of excellence and growth.
  • End: Conclude with clarity on your leadership trajectory and the path forward in medical administration mastery.

Health Policy and Advocacy Using EON Soft Skills

Theory Learning: Health Policy and Advocacy Foundations

  • Start: Dive into the essentials of Health Policy and Advocacy. Begin your journey to understanding the intricacies of health policies, their implications, and how advocacy plays a crucial role in shaping them.
  • Seamless entry: Enjoy an uninterrupted and focused initiation into the realm of health policy and advocacy.
  • Generate Floating Annotations:
    • Definition Annotation: Understand the difference between ‘health policy’ and ‘healthcare policy’.
    • History Annotation: A brief overview of the evolution of health policies globally.
    • Stakeholders Annotation: Dive into the roles of various stakeholders in health policy formulation.
    • Importance Annotation: Grasp why advocacy is critical in health policy.
    • Types of Advocacy Annotation: Explore the various types of health advocacy – from grassroots to professional lobbying.
    • Legislation Annotation: Understand the legal aspects surrounding health policies.
    • Case Study Annotation: Dive into a real-world example of successful health advocacy.
    • Challenges Annotation: Address the challenges faced in health policy advocacy.
    • Strategy Annotation: Discover strategies for effective health advocacy.
    • Global Impact Annotation: Understand the global implications of health policies and advocacy.
  • Run Show and Tell: Experience visually compelling presentations on the significance, challenges, and success stories related to health policy and advocacy. Real-world examples will enhance understanding and retention.
  • End: Conclude the theoretical foundation of Health Policy and Advocacy, ensuring a comprehensive understanding and preparing learners for hands-on practice.

Training (Practice): Health Policy and Advocacy Simulations

  • Start: Transition from theoretical knowledge to engaging, real-life simulation scenarios using EON SoftSkills.
  • Select AI Persona:
    • Policy Maker Persona: Engage with a simulated policy maker, understanding their priorities and concerns.
    • Health Advocate Persona: Assume the role of a healthcare professional championing a cause.
    • Patient Representative Persona: Interact as a representative of patient groups, advocating for specific health needs.
    • Healthcare Professional Persona: Play the role of a doctor or nurse advocating for systemic change.
    • Public Health Researcher Persona: Engage in evidence-based discussions from a researcher’s perspective.
  • Select Scenario:
    • Legislation Lobbying: Advocate for a new health policy or an amendment to an existing one.
    • Public Awareness Campaign: Raise awareness about a particular health issue or policy.
    • Stakeholder Negotiation: Engage with multiple stakeholders to reach a consensus on a health policy.
    • Crisis Management: Address and advocate during a health crisis, like an outbreak.
    • Global Health Policy Discussion: Engage in advocacy on international health policies and their implications.
  • Start Training Session (role-play): Engage in intensive role-playing, utilizing the selected persona and scenario. Experience real-time AI adaptation for a life-like experience in health advocacy.
  • End: Wrap up the practice sessions and move toward a comprehensive assessment phase.

Assessment/Feedback: Evaluating Health Policy and Advocacy Skills

  • Start: Begin the evaluation phase, reflecting on the theoretical knowledge and its practical application in the role-playing sessions.
  • Send Conversion to be graded to AI: Submit your interactions, debates, and advocacy strategies to the automated AI grading system. This will assess the efficacy of your theoretical application in real-life scenarios.
  • Expert Avatar Debrief: Engage in a detailed feedback session with an AI “expert avatar” in Health Policy and Advocacy. Gain insights into areas of strength and aspects requiring improvement.
  • Show Charts: Examine a visual representation of your performance metrics. Utilize AI-generated radar charts to gain a comprehensive view of your skills and understanding in Health Policy and Advocacy.
  • End: Conclude the assessment process, equipped with a holistic view of your progress, strengths, and areas that can benefit from further development.

© 2024 EON Reality – AI Assisted XR-based knowledge transfer for education and industry.

Receive the latest news

Sign Up Today!

Be the first to know the latest in AI-assisted XR-based technology for learning and training,
Stay ahead of the curve. Sign up today.