Richard Gregg Email & Phone Number

Novi, Mi

Analysis of physical evidence involving automotive restraint systems, including seat belts, air bags, seats, and child restraints. Consulting in cases requiring determination of restraints use, non-use, or misuse; accident reconstruction; and impact biomechanics analysis. Management of innumerable surrogate studies, as well as full-scale vehicle crash tests and sled tests, which have been used to validate reconstructions, demonstrate occupant kinematics, and assess restraint system performance. Member of the Association for the Advancement of Automotive Medicine (AAAM) and also the Society of Automotive Engineers (SAE), as a peer reviewer of technical papers submitted for publication.

Lansing, Michigan Area

Directed various business operations. Strategic planning for growth of company. Developed and managed relationships among automobile manufacturers and seat suppliers. Presented technical results and recommendations to clients with regard to occupant packaging and accommodation, seat design and seat comfort. Assisted in structuring of a global vehicle development process. Led teams of engineers, designers, and technicians. Managed vehicle design processes using proprietary biomechanical optimization software (ERL v3.2). Led competitive vehicle studies using ERL laboratory measurements and software. ERL software expertise: developing features and planning for improvements; utilization for clients' vehicle development; recognizing needs of clients; demonstrating capabilities/results during technical sales presentations.

Impact Dynamics Analysis offered consulting services in the fields of Injury Biomechanics and Accident Reconstruction.I started this company to allow continuation of my work in matters involving accident reconstruction and biomechanics consulting. As sole proprietor, I performed the field measurements, analysis, presentation and accounting duties.

MPH consulted in accident reconstruction and injury biomechanics.I left MPH in order to concentrate my efforts in the fields of biomechanical engineering and vehicle design.Duties: Collecting forensic evidence from accident scenes for use in determining vehicle dynamics and relative effects before, during and after an accident sequence; utilizing crash tests, safety standards, and vehicles specifications during the process; managing full-scale vehicle performance and crash demonstrations; presenting results in reports and exhibits appropriate for use during litigation.

Safety Team. Analysis of Rail Geometry.

programming; shipping/receiving; control systems; sales

Bachelor Of Science, Mechanical Engineering

Activities and Societies: Vice President of Sigma Alpha Epsilon Fraternity, Volunteer at Methodist Medical Center (Jacksonville, Florida).

Phd Candidate, Biomedical Engineering

Activities and Societies: Bioengineering CenterConcentration: Transportation-Related Trauma. Coursework: Impact Biomechanics, Experimental.