Building on more than 35 years of experience in mechanical engineering, this expert brings multidisciplinary expertise in design, testing, analysis, safety, and manufacturing across automotive, watercraft, aerospace, and communications industries. His work encompasses vehicle dynamics, structural integrity, crashworthiness, occupant protection, and durability analysis, along with specialized knowledge in noise, vibration, and harshness (NVH), machinery design, hydraulics, and industrial processes. Additional expertise includes agricultural equipment, off-road and mining systems, fiber optic technologies, and complex mechanical systems used in commercial and heavy-duty applications, including automatic transmission design.

In the context of litigation, he offers more than 15 years of experience providing engineering consulting, deposition testimony, and courtroom testimony. His casework includes vehicle and heavy truck accident reconstruction, manlift and crane incident investigations, recreational vehicle accidents, and farm premises evaluations. His work further involves failure analysis, evaluation of structural integrity and performance, and assessment of compliance with applicable safety and regulatory standards, including crashworthiness and occupant protection requirements governed by NHTSA, as well as commercial aircraft seating compliance with FAA and federal regulations.

From a leadership and operational perspective, he has served as a principal and manager of regional engineering operations within a consulting environment, in addition to holding prior executive and managerial roles overseeing engineering analysis, simulation, and research and development teams. His responsibilities have included directing multidisciplinary engineering projects, managing technical teams, and overseeing investigations involving mechanical failures, crash analysis, and product performance. Earlier roles include serving as a vehicle safety integration engineer with responsibility for crashworthiness and occupant protection analysis and testing, as well as managing simulation groups focused on aerospace seating performance and regulatory compliance.

His technical background is further distinguished by advanced use of finite element analysis (FEA), computer simulation, and accident reconstruction methodologies to evaluate mechanical systems and incident conditions. He is also the inventor of a patented multi-axis fiber optic cable ribbon design, reflecting contributions to engineering innovation and process development. In addition, he has contributed to industry research, technical publications, and professional presentations, including delivering continuing education presentations to attorneys and insurance professionals on topics such as accident reconstruction, injury analysis, and mechanical system failure.

He holds a Master of Science in mechanical engineering and bachelor’s degrees in mechanical engineering and animal science. He is licensed as a professional engineer in multiple jurisdictions and maintains certification through the National Council of Examiners for Engineering and Surveying (NCEES). His professional affiliations include membership in organizations such as the Society of Automotive Engineers, the American Society of Mechanical Engineers, and the American Society of Agricultural and Biological Engineers, as well as involvement in standards-related committees including the American National Standards Institute (ANSI) Z245 committee and the Society of Automotive Engineers Data Collection and Archiving Standards Committee. His professional achievements also include multiple engineering awards recognizing contributions to vehicle design and performance.