Biomechanics of Musculoskeletal Injury

COM HLT X 425

Using the mechanical laws of motion, this course analyzes human movement using a systematic approach.

What you can learn.

Comprehend the forces and moments acting at the major joints of the human body
Understand how fitness instructors can use laws of motion to prevent injuries in their clients
Analyze bone, joint cartilage, collagenous tissues through biomechanical systems

About this course:

The body is a dynamic organism exhibiting a complex integration of biochemical, mechanical and physical functions. This course provides a systematic approach to the analysis of human movement based on the mechanical laws of motion. Topics include biomechanical analysis of bone, joint cartilage, and collagenous tissues, as well as a review of forces and moments acting at the major joints of the human body. Practical application of these principles to program design can help fitness instructors prevent injuries in their clients.

Prerequisites

Basic course in anatomy and physiology.

The National Strength and Conditioning Association (NSCA) has approved Continuing Education Units (CEUs) for this course.

Fall 2025 Schedule

September 22 - December 7

This section has no set meeting times.

Future Offering (Opens July 28, 2025 12:00:00 AM)

See Details

Instructor: John Farr

404762

Fee:

$900.00

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Notes

The NSCA has approved 2 Continuing Education Units for this course

Full elective credit in Exercise Science Fitness Specialist Certificate.

Enrollment limited to 25 students. Enrollment deadline: September 28, 2025. Internet access required.

Enrollment is typically reserved for adult students 18 years of age and older. Students under 18 years of age may receive consent to enroll based on special academic competence and approval by the instructor. If you are a student under 18 years of age, you must submit a request to enroll in the course 8 weeks before the course start date to fitness@uclaextension.edu for your request to be considered.

Refund Deadline

No refunds after October 05, 2025

Course Requirements

Book: Biomechanics of Musculoskeletal Injury

ISBN 9781718201590