معرفی
Karl Giles serves as a Principal Engineer in Hydrogen Propulsion and holds an Honorary/Visiting Staff position at IAAPS (Institute for Advanced Automotive Propulsion Systems), University of Bath. His work focuses on advancing automotive propulsion technologies through rigorous research in internal combustion systems and emerging hydrogen applications.
He earned his PhD from the University of Bath in 2018 with thesis research on abnormal combustion phenomena in highly boosted spark ignition engines, supervised by Professor Chris Brace and Dr. Sam Akehurst.
Dr. Giles' research spans Internal Combustion Engines, Hydrogen Propulsion, Combustion Modeling, Engine Performance, Spark Ignition Engines, and Direct Injection. His methodology integrates empirical modeling with experimental validation to address efficiency and emissions challenges in modern engine design, particularly for downsized, highly boosted configurations.
His publication record reveals consistent innovation in combustion optimization, with recent work emphasizing thermodynamics-based data-driven modeling, water injection effects on knock mitigation, and octane response characterization. These contributions target critical industry needs for sustainable propulsion systems while maintaining performance standards.
Scientific Awards:
- No awards documented in available sources
Dr. Giles has secured significant research funding through two major projects: the Innovate UK-funded Heavy Duty CVT initiative (2021-2022) focusing on powertrain electrification, and the Bath IMI collaboration with Professor Chris Brace (2017-2018) exploring aviation propulsion systems. While no student advisement is recorded, his collaborative approach spans industry and academic partnerships.
He operates within IAAPS, University of Bath's flagship automotive research facility featuring state-of-the-art engine test cells and hydrogen propulsion laboratories, driving innovation in next-generation propulsion technologies.
