Peter Hubbard

Dr. Peter Hubbard is a Senior Lecturer in Control Systems Engineering at the School of Electronic Electrical and Systems Engineering. His work focuses on control theory implementation, fault-tolerant control systems, and condition monitoring, with practical applications in rail and aerospace sectors. With industrial experience at BAE Systems, his research aligns with current industrial needs to bridge academic and real-world engineering challenges.

His research interests include the development of advanced control strategies for rail and aerospace systems, particularly in areas such as wheel-rail adhesion management, low adhesion detection systems, and active control of trolleybus current collection. He also explores fault management and structural health monitoring in aviation and rail infrastructure.

Recent publications highlight advancements in deep learning-driven friction coefficient estimation, real-time adhesion detection, and the integration of thermoelectric models for aircraft generators. These studies reflect a commitment to solving complex engineering problems through data-driven approaches and interdisciplinary collaboration.

Peter has contributed to projects addressing passenger safety in rail systems, such as kneeling train mechanisms, and has explored innovative solutions for trolleybus pantograph systems. His work emphasizes practical outcomes, with applications in enhancing rail safety, improving aircraft generator efficiency, and advancing fault-tolerant avionics.