Collision Reconstruction and Biomechanical Engineering
30 Credit Hours
Part 1
Module 1: Introduction
to Accidents and Engineering
Total Education Time: 2.25 Hours
Module 2: Basic Mathematical Principles
Total Education Time: 2.25 Hours
Module 3: Calculation Worksheets
Total Education Time: 2.25 Hours
Module 4: Vehicle Design and Case Studin
Total Education Time: 2.25 Hours
Module 5: Damage to Vehicles and Energy Transferences to
Occupants
Total Education Time: 2.25 Hours
Part 2
Module 1: Determining Minimum and Combined Speeds
Total Education Time: 2.25 Hours
Module 2: Critical Speed for Injury Threshold
Total Education Time: 2.25 Hours
Module 3: Collision Reconstruction and Spinal Biomechanical
Engineering Part #1
Total Education Time: 2.25 Hours
Module 4: Collision Reconstruction and Spinal Biomechanical
Engineering Part #2
Total Education Time: 2.25 Hours
Module 5: Neurological and Structural Injury From Trauma:
Ligaments-Tendons-Muscles
Total Education Time: 2.25 Hours
Part 3
Module 1: Common Problems in Diagnosing and Calculations
Total Education Time: 2.25 Hours
Module 2: Equation Review
Total Education Time: 2.25 Hours
Module 3: Case Review #1
Total Education Time: 2.25 Hours
Module 4: Case Review #2
Total Education Time: 2.25 Hours
Total Education Time: 30 Hours
Instructor
Mark Studin DC, FASBE(c), DAAPM, DAAMLP
Patrick Sundby BS, Accident Engineer
Instructions: Once you purchase the course online, it will be immediately
active in your account. If you have any issues, please contact Cara
631-804-2845 or CaraRoss220@Gmail.com
Troubleshooting
Suggestions:
- This course is supported by PC's and Mac devices
- Minimum 20mbs download speed
- Mobile device are not ideal as tracking is automated
and often not mobilized
This course is Pace approved by the
Federation of Chiropractic Licensing Boards.
