NOTE! This site uses cookies and similar technologies.

If you not change browser settings, you agree to it. Learn more

I understand

Learn more about cookies at :

November 22, 2018 | EVOC multi-mode nuclear physics training platform

evoc List 250
© franz12 – Adobe Stock

The INSTN (France's national institute for nuclear science and technology) EVOC training platform has been up and running since October. The platform's innovative virtual-reality training environment makes it like no other facility in the world.

The EVOC (Advanced Virtual Open Core) nuclear physics training platform combines top-notch teaching staff, in-depth physics and nuclear science knowledge, and excellence in digital technology. List, a CEA Tech institute, drew on resources from across the CEA to help create training programs that are unique worldwide. The EVOC platform leverages virtual reality and reactor simulators. It was unveiled in late June 2018 at the WNE (World Nuclear Exposition).

The multi-mode platform positions INSTN as a provider of immersive 1:1 scale learning experiences for nuclear-industry professionals. The new kinetic reactor simulator integrated into a control panel is paired with List's multi-physics virtual reality simulator, XDE, which has already been used in a variety of other industries. These digital technologies enhance the virtual experience through 3D models of tangible elements from the real world, including sounds, haptic effects, and objects in the scene, to provide a realistic simulation of physical phenomena.

All of users' interactions with each other and with their environment are calculated, taking into account gravity, touch, light, and the movement of air or water. The software is capable of reproducing these physical phenomena in real time via a headset and on the various virtual reactor control panel interfaces, despite the multitude and complexity of the objects and of the scene.

Very few research organizations in the world are capable of such advanced technology. In addition, the platform requires very few sensors and switches on users and in the environment. The new platform could potentially be adapted for use in the aeronautics, medical, and other industries. The hardware and software architectures are easy to modify and are well-suited to other environments.

*List earned the prestigious Institut Carnot seal in 2006 (Institut Carnot TN@UPSaclay).