Fraser Miller is a dedicated Graduate Aerospace Engineer with a strong academic foundation in aerospace systems and practical experience in professional engineering consultancy. Graduating with a Bachelor of Engineering (Honours) from the Australian National University, he has cultivated a robust technical skill set that merges advanced aerodynamic modelling with rigorous analytical problem-solving. Throughout his academic career, Fraser has focused on mastering the dynamics of autonomous flight systems, developing a keen aptitude for team leadership, project task management, and the delivery of high-quality technical reports tailored for professional environments.
Fraser specialises in aerospace systems engineering, flight dynamics modelling, and advanced control systems implementation. His technical work centres on the aerodynamic evaluation of complex aircraft, including rotor performance and flight transition behaviour for autonomous platforms. By bridging theoretical physics with applied software control, he focuses on implementing Linear-Quadratic Regulator (LQR) controllers to optimise system energy efficiency, ensuring that complex aerial platforms achieve peak operational performance during critical flight transitions.
Across his early career, Fraser has demonstrated versatile technical capabilities and strong project logistics management through multi-year industry exposure. His notable milestones include a comprehensive individual honours project that successfully modelled and investigated optimal control strategies to improve the landing transition energy efficiency of a tiltrotor hybrid UAV. Additionally, Fraser brings unique, practical depth from a 2.5-year tenure as an Undergraduate Geotechnical Engineer with Douglas Partners, where he honed his fieldwork, client consultancy, and hands-on project management skills across numerous large-scale engineering investigation projects.
Fraser brings to MEMKO a powerful capability in advanced flight systems analysis, multidisciplinary project management, and high-quality technical communication. He is passionate about continuous professional growth, leveraging his strong analytical capabilities to solve complex aerospace challenges, and helping organisations achieve seamless operational success through robust, data-driven engineering innovation.
