Holding a Ph.D. in Physics, this automotive safety engineering expert has more than 30 years of experience in research, engineering development, and technical management involving automotive safety technologies, sensors, and advanced engineering systems. His work includes the design and performance evaluation of vehicle occupant protection systems, including airbag deployment technologies and crash detection systems. In an expert capacity, he has more than 15 years of experience providing consultations, deposition testimony, and courtroom testimony in matters involving automotive safety engineering and product liability.

His technical expertise includes the engineering principles governing crash sensing systems and airbag restraint technologies used in passenger vehicles. This work involves analysis of sensor design, crash detection algorithms, and signal processing used to determine airbag deployment during collision events. His background includes leadership in the development of electronic crash sensor algorithms, accelerometers, and other sensing technologies used in vehicle safety systems.

In addition to automotive safety engineering, his experience includes broader engineering work involving sensors, micro-machined devices, and new product development. His work has addressed technologies used in energy systems, electronics, and advanced engineering applications, including the development and evaluation of sensor technologies used in complex mechanical and electronic systems.