Virtual Reality of PT6A External Engine Inspection

Abstract

This project explores the full journey of designing, developing, and evaluating a PT6A engine inspection experience inside a virtual reality (VR) environment. The main goal is to enhance aviation training by creating a realistic and interactive way for students to learn. We begin with the design stage, where the focus is on building a detailed and accurate model of the PT6A engine. Every element is crafted with care to ensure precision, user-friendliness, and an engaging experience that feels natural in VR. The intention is to mirror real-life inspection procedures as closely as possible, while still making the experience smooth and intuitive in a virtual setting. Once the design is finalized, the project moves into the development phase. Here, the planned concepts are turned into functional VR models using modern development tools. These virtual components are built to operate reliably and accurately within the VR system, allowing users to interact with them just as they would during an actual engine inspection. The final stage is the evaluation phase. During this part, user testing is carried out to understand how well the virtual tools perform and how easy they are to use. Feedback from testers is then analyzed and used to refine and improve the VR experience. These adjustments ensure that the final product meets user expectations and provides a more realistic and effective training environment. Through this continuous cycle of design, development, and improvement, the project aims to support the growth of VR-based learning in aviation and offer a valuable training resource for future aircraft maintenance students.