Immersive VR Aircraft Maintenance Training

The development of a virtual reality simulator for opening thrust reverser cowls focuses on providing a realistic experience and accurate training for this crucial aircraft maintenance procedure. The simulator is designed with two distinct modes: a comprehensive training program with hints, and an examination mode for assessing employee competency.

The target audience for this simulator includes aircraft maintenance and repair services (MRO), technical and service staff, students, and employers. It was specifically requested by an aircraft maintenance and repair service to train and examine maintenance workers on the thrust reverser opening procedure.

‍

‍

The project began with the meticulous modeling of the aircraft to ensure accuracy in recreating the engine and its components. Special attention was given to modeling the engine's inner parts and mechanics, with a focus on the wiring due to its importance in the procedure. A detailed and immersive location was created for the user to maximize their engagement with the simulator.

The simulator offers two scenarios for the thrust reverser cowls opening procedure. The first scenario guides the user through a training program, explaining potential mistakes and their consequences. This training phase is crucial for individuals to familiarize themselves with the procedure before attempting it. The second scenario allows the user to take an examination, where they must perform the procedure without any assistance.

The goal of the simulator is to facilitate maximum information absorption for the trainee, ensuring a safer educational process for this complex procedure. It serves as a valuable tool for training new employees, students, and current workers in aircraft maintenance, providing a realistic and immersive experience for learning and assessment.

‍