Available On Demand

Vehicle Accidents: Damage Analysis for Fraud Detection and Human Biomechanics Evaluations by Aman Gupta, Ph.D., and Edward M. Weber, ACTAR, ASE, NAFI-CFEI, NAFI-CVFI

61 minute


Rimkus invites you to join Aman Gupta, Ph.D., Senior Consultant, and Edward M. Weber, ACTAR, ASE, NAFI-CFEI, NAFI-CVFI,  Senior Consultant, for a free, one-hour, on-demand webinar, “Vehicle Accidents: Damage Analysis for Fraud Detection and Human Biomechanics Evaluations.” This presentation will be available until December 31, 2022.

Course Description: Vehicle Accidents: Damage Analysis for Fraud Detection and Human Biomechanics Evaluations is a one-hour course designed to assist participants with the determination of consistency between claimed damage and accident scenarios. This course covers the basic anatomy of a vehicle bumper system and applicable federal regulations. It provides techniques to determine if the damage between two vehicles is consistent. It also instructs on the identification of pole, tree, and stationary object impacts. In addition, this presentation helps participants understand the dynamics of the human body and associated injury potential in low-speed automotive accidents. Participants will be introduced to the body dynamics and injury potential involved in several types of vehicle impacts. The seminar also covers commonly claimed injuries, such as strains and sprains, bulging discs, intervertebral disc herniation, temporomandibular joint dysfunction, and more.

United States-based participants have the opportunity to earn CLE Home Study credit in the following states:

CLE Course Numbers: CO (817742), FL (2206077N), GA (63783), OR (92075)

*Our self-reporting CLE states GA, NC, and TX. Please email us at CE@rimkus.com if you require a certificate of completion. 

For CLE credit, you must log in individually, respond to random poll questions during the webinar, and provide your bar number(s) while registering to ensure proof of participation. Participant’s log in/out time is automatically recorded by ON24; participation for a minimum of 50 minutes is required to be eligible for credit.

*This webinar is copyrighted by Rimkus for the private and confidential use of its employees and clients only. Any other use of this webinar, materials or any pictures, descriptions, or accounts of it without Rimkus’ expressed permission is prohibited.

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If you have any questions, please contact us at CE@Rimkus.com.



Senior Consultant

Rimkus Consulting Group, Inc.

Edward Weber, Senior Transportation Consultant, is an ACTAR-accredited vehicle accident reconstructionist, FAA licensed commercial drone pilot, Certified Fire Explosive Investigator, Certified Vehicle Fire Investigator, and Certified Master Automobile and Truck Technician. His background includes more than 30 years of experience in traffic accident reconstruction involving motor vehicles, commercial vehicles, pedestrians, and motorcycles. Mr. Weber has extensive training and experience in forensic automotive and truck mechanical failure analysis and investigations; he is responsible for evaluating and analyzing motor vehicle accidents and incidents involving forklifts and aerial boom lifts to determine accident cause. He also evaluates and analyzes post-crash motor vehicle and truck mechanical components to determine the apparent likelihood of their contribution to the vehicle’s involvement in a collision, malfunction, or fire causation. Mr. Weber earned an M.A. degree in leadership and public administration from Centenary College and a B.S. degree in human services and administration of justice from Thomas Edison State College.

Aman Gupta, Ph.D.

Senior Consultant


Dr. Aman Gupta is a Newark-based Senior Consultant in the Rimkus Biomechanical Division, a Bosch-certified crash data retrieval technician and analyst and a vehicle accident reconstructionist. His background includes scientific research experience focused on orthopedic biomechanics and medical imaging and several years of forensic consulting experience. He provides forensic investigations related to injury assessment and injury consistency analysis in low-speed motor vehicle accidents; slip, trip and fall accidents, and occupational accidents. He has worked on assignments determining occupant kinematics, injury consistency, injury tolerance and mechanisms of injury in vehicle collisions; seatbelt restraint use and evaluation; kinematic analysis of human gait in slips, trips, and falls; recovery responses to loss of balance; human ambulation, foot placement/clearances and falls on stairs; and impact analysis from falling objects, among others.

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