Case Review: Thorough evaluation of all available evidence—such as police reports, photos, vehicle data, witness statements, and expert analyses—to assess the circumstances of the accident.

Site Inspection: Document physical evidence such as skid marks, roadway geometry, signage, visibility, and environmental conditions in order to accurately model the collision dynamics and validate or challenge findings from reports and witness statements.

Vehicle Inspection: Examine the involved vehicles for crash-related damage, mechanical condition, and safety system performance. This assessment provides critical data on impact severity, collision dynamics, and potential contributing factors such as equipment failure or improper maintenance.

Analysis: Apply physics, engineering principles, and specialized software to interpret evidence and calculate factors such as speeds, impact angles, and driver responses. This step synthesizes data from site, vehicle, and case reviews to form a scientifically supported explanation of how the collision occurred.

Reconstruction: Combine evidence, inspections, and analyses to recreate the sequence of events leading up to, during, and after a crash. It provides a scientifically grounded explanation of the collision’s cause and contributing factors, supported with diagrams, models, or simulations.

Expert Testimony: Present findings in court or deposition to help judges and juries understand the technical aspects of a crash through clear, objective terms and provide opinions based on scientific evidence and professional expertise.