More than 35 years of work in human biomechanics define this expert’s background, with focused expertise in injury causation, functional human anatomy, and neurosciences. His work centers on analyzing how forces interact with the human body and whether those forces are sufficient to produce specific injuries, including evaluation of tolerance limits involving the head, spine, and other anatomical structures. He leads an established biomechanics consulting practice that applies medical record review, human dynamics research, and computer modeling to assess injury mechanisms across a wide range of incidents.

His case experience is extensive, involving more than 2,500 matters spanning civil litigation and criminal forensics, including motor vehicle and trucking accidents, pedestrian impacts, industrial incidents, falls, product failures, and violent events such as assault and homicide. He has provided testimony in hundreds of depositions and trials in state and federal courts, offering opinions on injury causation, biomechanics, and human factors. His analyses frequently incorporate simulation, physical evidence evaluation, and interdisciplinary collaboration with medical and engineering professionals.

In addition to consulting work, he has a substantial academic and research background, including a long tenure as a tenured professor and ongoing contributions to biomechanics and neuroscience research. His work includes funded research, publication of peer-reviewed studies, co-authorship of a leading textbook in forensic biomechanics, and participation in editorial roles for scientific journals. His expertise includes injury biomechanics, human factors, accident analysis, and evaluation of injury mechanisms in both personal injury and forensic contexts.