The main goal of our project was to create a bespoke educational methodology in virtual space where a student can operate freely in a high-voltage vehicle, supervised and instructed by an instructor with the presence of the other students. Our solution gives the opportunity for the person wearing the VR helmet to be monitored by others on an external display, which can even be done virtually and remotely.
Due to VR’s individual features, we elaborated detailed 3D models for electric, plug-in hybrid and fuel cell vehicles and for their variations. Thanks to our solution, the student can bend extremely close to each part and element of the car, maximizing the entire field of view. These 3D models have been developed in close collaboration with experts from the German company, to be able to use the technology on a wide range of high-voltage cars, which are currently on the market.
The result was a great success for our client and they continue to count on us to implement new innovative e-learning solutions.