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The Energy Saving Potential of Air Recuperators

In this lesson created by the University for Business and Technology, you can learn about the role that air recuperators can play in driving energy efficiencies and limiting greenhouse gas emissions.

Natural gas-fired process furnaces are widely used in industry, particularly in applications involving metallurgy, heat-treating, glass and ceramics. Even at today’s attractive rates for natural gas as an industrial fuel, it makes complete sense to recover as much of the waste heat from the furnace as possible to improve energy efficiencies. According to the U.S. Department of Energy, the recuperator is the most widely used heat recovery device.

In any furnace operation, heat is lost from the furnace skin, from heated product leaving the treatment area, from conveyer or pusher equipment, from excessive draft and from open doors or other access points. But easily the largest and most concentrated type of heat loss is from the furnace exhaust, some with temperatures of 1000° F or higher.  Fortunately, this is usually also the most practical heat to recover and reuse.

Learn about the structure and functions of the air recuperator and how you can install one in our hands on immersive lesson today.

Electric Power System Immersive Lesson

In this lesson created by the University for Business and Technology, students are introduced to the electric power system in an immersive lesson on EON-XR, from generation of the electricity all the way to the wall plug. Students can learn about that parts and purpose of the various parts of the plug including the different wires and fuse and when and why certain parts are necessary.

Many Electrical Engineering students go through their entire program of study without encountering the elementary practical aspects.Yet when such topics are taught, they lend themselves strongly to learning by doing; it is difficult to understand without a dominant hands-on component in the instruction. EON-XR presents a practical, economical alternative to address the need for wiring practice and discovery

Using EON-XR, students can now learn about the electrical code in a realistic fashion for an enhanced learning experience. This lesson was created by the University for Business and Technology as part of the Self-Directed Learning Initiative on EON-XR led by EON Reality. Through this initiative, students and teachers create their own immersive learning content as part of an active learning process, leading to deeper understanding through doing.

To experience the electric power system immersive lesson for yourself, please click here.

Anatomy of the Sound Card in AR and VR

Learn about the anatomy of the sound card in AR and VR, and trace the strange and long history behind the computer sound card.

The early sound cards have evolved greatly to the audio cards that we all know currently. While it might be hard to imagine a computer without sophisticated sound,  there was a time when sound cards were a luxury of the chosen few. In this immersive lesson created by the University for Business and Technology, students can now appreciate how much the computer sound card has evolved and the impact the evolution has had on the industry of computers.

Take a deeper dive into the anatomy of the sound card in AR and VR lesson by clicking here and understand how the sound card came to prominence and later faded into obscurity as modern computers continue to evolve.

Created wholly on EON-XR, these lessons created by the University for Business and Technology is part of the EON Reality’s self-directed learning initiative, encouraging active learning for deeper student understanding and engagement. For more lesson and classroom inspiration, please visit our lesson highlights section.

Powertrain Systems Online AR and VR Lesson

In this lesson developed by University for Business and Technology, students are now learning how powertrain systems work up close in AR and VR. This lesson uses a variety of features on EON-XR, including recorded instruction, interactive animation and quizzes. This powertrain systems lesson  in AR and VR modes demonstrates the concept of how ever moving component is critical to the engine’s success. It also illustrates how its sole objective is transforming kinetic energy into propulsion motion and uses EON-XR to bring the otherwise static textbook and images to life. In this example, EON-XR is intended to help students understand the basic functions of the powertrain. But from mathematics to chemistry to biology with some creativity, AR and VR can be incorporated to practically any subject.

For a full, immersive hands on learning experience please click or browse through our lesson highlights for more classroom inspiration!

Warehouse On-boarding Training in AR and VR

New to the warehouse? Here is an interactive AR/VR lesson designed for on-boarding training in warehouse operations on EON-XR. It can be a dizzying experience trying to learn all the industry terminology and workflows. Efficient warehouse operations do not happen by accident, but through adherence to a series of best practices initiatives. Using EON-XR, new hires can now be introduced quickly to the logistics space, by illustrating the key concepts behind common warehouse terms and operations.

For a full, hands on immersive learning experience, please click here or take inspiration from our archive of lessons.

VR Training – Workplace Safety

Workplace injuries cost U.S. businesses more than $62 billion every year. That’s more than $1 billion every week. EON-XR is a more effective way of instructing workers using VR training for workplace safety to decrease accidents on the work floor, while reducing costs and time.

EON-XR is a powerful tool for learning and training which you can deploy at scale and in half the time traditional training would entail. Complete with 360º environments and interactive equipment models deployed through any smart device, the AR / VR enhanced onboarding process is now available anytime and anywhere.

Enhance your workplace safety using VR training for free here.

For the full hands-on immersive learning experience please click here. Launch the link on your mobile device using EON-XR if you want to experience it in life size augmented reality.

Students Learn Mechanical Engineering with US$41.7 Million Turbofan Engine In AR

A turbofan engine, sometimes referred to as a fanjet or bypass engine, is a jet engine variant which produces thrust using a combination of jet core efflux and bypass air which has been accelerated by a ducted fan that is driven by the jet core. Many schools dream about providing students the capability to learn mechanical engineering by hands on experiencing turbofan engines but until now they could not afford it.
However, thanks to EON’s EON-XR Platform Teachers and Students can now experience more than 870,000 EON-XR assets life size in the comfort of their school.

For the full hands-on immersive learning experience please click here.Launch the link on your mobile device using EON-XR if you want to experience it in life size augmented reality.

Students learn carpentry remotely with the EON EON-XR platform

Students learn carpentry remotely with the EON EON-XR platform including hands-on Design
This video shows how you can use the AV a platform for technical vocational training of Carpenter students both in mobile and augmented reality using just the simple Mobile device

For the full hands-on immersive learning experience please click here.Launch the link on your mobile device using EON-XR if you want to experience it in life size augmented reality

Using EON-XR for University Level Engineering Lessons

EON Reality has ramped up EON-XR significantly to support teachers and students for their online classrooms. And here are some of the ways we are helping to ease the transition, but let us know if you think there is more we could do to help!

✅100% personalized consultation for teachers to map and achieve their classroom learning objectives on EON-XR

✅Online courses and guides for students and teachers to use the EON-XR platform as part of the remote classroom experience (just like the one we are sharing below!)

✅Access to more than 1 million digital assets for wide range of lesson possibilities and design

✅Suggested lesson plans and templates for students to co-create content as part of self-directed and project based learning

✅Collaboration functionalities, including a hands on, participatory immersive classroom (or lecture) that can support up to 100 students in discussion.

✅On demand technical support for troubleshooting

✅75% co-investment to implement EON-XR as part of our Global Emergency Initiative

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