Device
Iclarec II VR is a virtual reality (VR) training solution developed for Orano DS. This initiative trains operators to vacuum up migrating bodies at the bottom of a nuclear pool.
Content of the Iclarec II digital training
Iclarec II VR offers immersive training for operators. It makes it possible to simulate the suction of migrating bodies at the bottom of a nuclear pool. The functions of the Iclarec II include the clarification of swimming pool water and the suction of waste. Additionally, operators are trained through multiple scenarios. Each scenario represents a specific stage of the activity of suction of migrating bodies at the bottom of the pool.
Technical solution of Iclarec II
The operators uses a virtual suction cane. TheVR environment, for its part, faithfully reproduces a 900 MW type reactor building. Realistic immersion is enhanced by avatars equipped with personal protective equipment (PPE) that complies with safety regulations. Control of the Iclarec II is carried out with a boom held by the learner, providing haptic feedback for an increased immersive experience. The latter was designed to be as close as possible to the pole used in reality.
Educational Objective
VR training therefore allows operators to acquire the skills necessary to vacuum up migrating bodies at the bottom of a nuclear pool in an efficient and safe manner. Several criteria must be met to accomplish the mission successfully. Indeed, learners must master the procedures, handling the pole and managing hazards.
Teaching with Iclarec II
The device is based on detailed simulations and realistic scenarios. They highlight the precise manipulation of the suction pole and the resolution of maintenance-related problems. Built-in teleporters make it easier to move around virtual environments, enhancing the immersion and learning experience.
Test & Evaluation
At the end of the digital training, learners acquire specific expertise in vacuuming waste in nuclear swimming pools. They must follow the procedures step by step, and manage the various possible hazards such as pump flow.
