An electrical engineering expert witness with over 30 years of experience provides analysis in matters involving energy systems, electric and hybrid-electric transportation systems, and control system design. This expert has prior consulting and expert witness experience, with work focused on evaluating system performance, stability, and the application of control and signal processing principles to complex technical disputes.

Educational background includes a Doctor of Philosophy in Electrical Engineering and a Diplom Ingenieur degree in Electrical Engineering, with formal training in digital systems, control theory, and signal processing. Professional recognition includes designation as a Fellow of the Institute of Electrical and Electronics Engineers (IEEE), reflecting contributions to the advancement of electrical engineering practice and research.

Technical expertise spans a range of advanced electrical engineering applications. Key areas include dynamical energy systems, efficiency optimization in power conversion, and the design and analysis of electric powertrains for electric and hybrid-electric vehicles. Additional work involves intelligent transportation systems, vehicle communication networks, and energy consumption modeling. The expert’s research and applied experience also extend to nonlinear and time-variant system stability, digital control, signal processing, congestion control, and networked control systems, supporting analysis of both theoretical models and real-world implementations.

Professional experience includes a long-standing academic appointment as a professor of electrical engineering, with responsibilities in teaching, research, and academic program development. This role reflects continued involvement in engineering research related to electric vehicles, distributed sensor networks, and control systems, as well as contributions through extensive peer-reviewed publications, invited lectures, and participation in professional and technical committees.