Gain a clear understanding of the shoulder’s role and structure, setting the foundation for why this joint is highly mobile yet prone to injury.

Explore the essential bones, ligaments, muscles, and tendons that support and drive shoulder movement.

Examine how the shoulder moves through different planes and learn to recognize dysfunctional or restricted patterns.

Review the most frequent shoulder issues, including rotator cuff tears, labrum injuries, and bursitis, and understand how they develop.

Learn practical assessment techniques—ROM checks, strength tests, special tests, and visual evaluations—to identify shoulder dysfunction.

Discover how to design safe, effective exercise programs for shoulder pain and dysfunction, supported by a real case study.

Get oriented with the structure and function of the cervical spine to understand its unique demands.

Analyze normal and abnormal neck movement patterns and how they relate to dysfunction.

Explore common cervical injuries and the factors that contribute to pain and mechanical issues.

Learn how to evaluate neck ROM, strength, and special test results to guide clinical decisions.

Build targeted programs for improving neck mobility, strength, and pain management through structured exercises and a case study.

Gain an overview of the elbow’s structure and biomechanical function to understand its role in upper-limb movement.

Dive into the bones, ligaments, muscles, and tendons that stabilize and move the elbow.

Understand how the elbow moves and learn to recognize common movement compensations.

Examine frequent elbow injuries—like tennis and golfer’s elbow—and how repetitive stress contributes to them.

Develop competency in elbow assessments, including ROM testing, strength evaluation, and special tests.

Learn to build effective, progressive exercise programs to restore elbow function and reduce pain.

Apply everything you’ve learned to real case scenarios, integrating assessment findings with targeted exercise programming.