An interactive Virtual Reality (VR) module for performing load tests on alternators using the Meta Quest 2 headset is presented in this paper. The system enables students to perform a complete alternator load test procedure within a virtual environment, allowing them to observe the actual movement of motors. They can interact with models using controllers, and this VR module is designed to be interactive for the user. 3D models that are Alternator, DC Motor, and Rheostat were designed in Blender and SolidWorks and exported to Unity as an FBX file format. Unity 2022.3 LTS using the XR Interaction Toolkit with OpenXR. Users interact via a poke-style controller to switch between AC/DC supplies, start the motor, apply load steps, fetch instrument readings into a results panel, and explore the internal motor construction. The module is designed as a pre-laboratory training tool to improve conceptual clarity and reduce the risk of accidents in physical labs. The long-term vision is to contribute to XR as a Service (XRaaS), providing scalable simulation-based training across the electrical engineering curriculum.

Keywords: Virtual Reality ; 3D modelling; Unity game engine; Blender; Electrical Machines; Alternator load test ; Engineering Education; Meta Quest 2.