Bioengineering expert witness has 24 years of experience in bioengineering with an emphasis in biomechanical analysis. Their areas of expertise include accident dynamics determinations, accident reconstruction, data acquisition system design, biomechanical research and testing, human injury tolerances, injury biomechanics, low-speed collision analysis, occupant kinematics, and vehicle crash testing. They also have over 20 years of expert witness experience, including deposition, arbitration, and court testimony experience. Their current work includes biomechanical analysis to determine accident dynamics, human injury tolerances, occupant kinematics, and other related variables, along with supervising and directing all aspects of biomedical research and testing. They hold a Bachelor of Science in Bioengineering and received a distinguished student award from an engineering college. Their professional education includes coursework and seminars in accident reconstruction, low-speed impacts, injury biomechanics, human factors, medical-based evidence, and related topics. Their professional involvement includes the Society of Automotive Engineers and the Biomedical Engineering Society, and their standards-related work includes data analysis and data collection and archiving standards committees.

Their background includes low-speed collision analysis, low velocity collisions, automotive bumper systems, human subject testing, vehicle-to-vehicle testing, sled collisions, digital research and testing equipment, data acquisition software, and post-test data analysis. They have designed high-frequency analog-to-digital data acquisition systems, constructed digital test equipment and data acquisition software, instrumented vehicles and volunteers, conducted vehicle crash tests, and implemented testing protocols for low velocity collision research. They also have experience performing preventative maintenance and repairs on hospital equipment, including infusion pumps and defibrillators.

For legal matters involving accident dynamics, occupant kinematics, injury biomechanics, human injury tolerance, low-speed impacts, vehicle crash testing, or biomechanical evaluation, their background supports objective analysis of physical forces, crash conditions, test data, and human movement within the documented scope of their bioengineering work. Their research experience includes biomechanical analysis of occupants in low-speed collisions, automotive bumper systems, a prototype laser-activated keyboard for rehabilitation use, and a micropositioning system for non-invasive glucose monitoring research using lasers. Their trial and deposition experience is documented in a within-5-years case list.