The Pennsylvania Defense Institute

PDI LUNCH TIME WEBINAR - "Commercial Vehicle Accident Analysis" - APRIL 22, 2026 @ 12:00 P.M.
2026-04-22 12:00 - 13:00 UTC
Tracie Eckstein Jones, ACTAR, CFEI from RIMKUS will present this webinar designed to describe the necessity for commercial vehicle accident reconstruction and the methodologies involved in conducting a successful commercial vehicle accident reconstruction. She will use case studies to illustrate and demonstrate the methodologies utilized and presented.
Ms. Jones holds a B.S. in Mechanical Engineering and Psychology and served as a police officer for 20 years and during her tenure as a police officer has investigated hundreds of serious and fatal vehicle collisions for the Baltimore County Police Department involving motor vehicles, commercial vehicles, motorcycles, and pedestrians. She is a certified Child Seat Safety Technician proving her with special knowledge in the inspection of child safety seats.
Ms. Jones’ areas of expertise include private motor vehicle, commercial motor vehicle, motorcycle, and pedestrian/bicycle v. vehicle crash reconstruction. She is experienced in Event Data Recorder analysis for passenger vehicles and heavy truck engines, seatbelt analysis, and rollover crash reconstruction. She also has extensive training and experience with crash scene mapping using a total station and a 3D laser mapping system.
DO NOT MISS THIS VERY INFORMATIVE WEBINAR. GET 1 PACLE CREDIT. BE ON THE LOOKOUT FOR REGISTRATION MATERIALS TO BE SENT IN THE NEAR FUTURE.
Download the PDF form here >>

PDI LUNCH TIME WEBINAR - EXPONENT PRESENTS "Surgical Robotics and Litigation"
2026-06-11 12:00 - 13:00
Jessica Isaacs, Ph.D., P.E., Managing Engineer – Biomechanics/Exponent, Lisa Lallo, Ph.D., CPP, Senior Managing Engineer-Mechanical Engineering/Exponent, and Collin Stabler, Ph.D., P.E., RAC, Senior Managing Engineer – Biomedical Engineering and Sciences/Exponent will discuss product liability implications for surgical robotics, encompassing areas of life sciences, biomechanics, and mechanical performance.
Download the PDF form here >>
