For his final-year engineering project, James investigated the use of CFD to improve UAV propeller efficiency. He established and validated a parametric framework for developing integrated bio-inspired designs, supported by detailed flow-field analysis. This project strengthened his capabilities in simulation, design optimisation and the interpretation of complex engineering data.

James also completed an engineering internship at the APV Test Centre through the Defence Industry Internship Program. Working within a NATA-accredited mechanical and environmental testing laboratory, he gained experience supporting projects for automotive, defence and aerospace clients. His responsibilities included assisting with ANCAP vehicle crash testing, calibrating instrumentation and Anthropomorphic Test Devices, and conducting high-speed video analysis.

During his internship, James also developed an optical tracking software solution to streamline scientific photography workflows. This experience demonstrated his ability to combine mechanical engineering knowledge with programming to improve technical processes and support more efficient data analysis.

James brings to MEMKO an analytical and technology-focused approach to engineering. With a keen interest in emerging technologies, including 3D printing and additive manufacturing, he is passionate about applying digital tools, simulation and innovative design methods to solve complex engineering challenges.