applied physics for the Crash Reconstructionist

Overview

New for 2022, this course will provide the student with the latest theories and methodologies of crash reconstruction and expand your knowledge of the principles of collision analysis.

The course will provide the student with a more thorough understanding of the physics that are applied in the reconstruction of a traffic crash or any other incident where motion is involved.

While some of the topics discussed in the course are introduced in basic crash investigation and reconstruction courses, they will be given significantly more in-depth coverage in this course. A thorough discussion of the Laws of Motion and how they apply to crashes will be included along with many practical exercises.

As part of the course, students will be required to complete several in-class projects and a comprehensive, multi-disciplinary project designed to reinforce the class material.

Topics include:

• Math overview

• Work-energy relationships and applications

• Conservation of linear momentum/impulse

• Uniform projectile motion/airborne theory and equations

• Uniform circular motion/critical speed

• Tire forces and tire mark evidence

• Time-distance relationships

• Rotational mechanics/rotation after collision

Prerequisite: Students must have successfully passed a Level III Crash Reconstruction course to be eligible to attend.

Attire, Costs and Other Requirements

Students will need to bring a scientific calculator, note-taking materials, and a highlighter.

Dress is professional casual or uniform of the day.

There are no fees associated with this course.