Our solution is a virtual reality (VR) simulator that enables learners to enjoy immersive experiences in ultra-realistic virtual environments. Wearing an XR headset, learners find themselves immersed in simulated work situations, such as emergencies or maintenance scenarios, where they have to identify and solve problems as if they were in the field. This simulation can be carried out in virtual reality, or augmented by the use of connected equipment for even greater immersion
Our solution is a virtual reality (VR) simulator that enables learners to enjoy immersive experiences in ultra-realistic virtual environments. Wearing an XR headset, learners find themselves immersed in simulated work situations, such as emergencies or maintenance scenarios, where they have to identify and solve problems as if they were in the field. This simulation can be carried out in virtual reality, or augmented by the use of connected equipment for even greater immersion
What makes our solution innovative is the fusion of virtual reality and simulations based on real-life situations. As a result, learners benefit from risk-free, hands-on training. The integration of connected equipment adds an extra dimension to the experience, enabling physical interaction with the simulated environment.
Our solution has great potential for development. In addition to simulation scenarios, which can be multiplied ad infinitum, we are considering the integration of artificial intelligence functionalities to create even more dynamic and realistic situations.
It enables us to create reactive and adaptive environments. For example, in a device maintenance scenario, AI can simulate random breakdowns or adjust the level of difficulty according to the learner's performance.
Using advanced learning data and analytics, we could also personalize the training experience for each user. This could include adapting scenarios according to the learner's skill level or learning preferences.
Simulation environments enable learners to make mistakes without financial or environmental risk. By simulating both environments and equipment in virtual reality, the VR simulator avoids the use and mobilization of equipment for training, as well as the use of consumables.
It also offers significant flexibility in terms of time and place. Learners can access simulation environments from anywhere, eliminating the geographical constraints and travel costs associated with traditional on-site training.
