FOAM ROLLING & MOBILITY
FROM RELEASE TO CONTROL
Course Level
Beginner / Foundation Level
Course Overview
This one-day course bridges the gap between passive foam rolling techniques and active mobility training. It introduces neuromechanical principles of self-myofascial release (SMR), addresses the limitations of passive modalities like stretching, and equips fitness professionals with strategies rooted in Functional Range Conditioning (FRC) to promote long-term mobility improvements.
Curriculum / Syllabus
Morning Sessions
- 9:00–9:30 AM: Introduction & Course Overview
- Objectives, expectations, defining flexibility vs. mobility
- 9:30–10:30 AM: Science of Foam Rolling
- Mechanisms, neurological vs. mechanical models, evidence-based outcomes
- 10:30–11:30 AM: Practical: Foam Rolling Techniques
- Hands-on region-specific techniques and coaching cues
- 11:30–12:30 PM: Stretching vs. Mobility
- Types of stretching, limitations, intro to FRC joint control
Afternoon Sessions
- 1:30–2:30 PM: FRC-Inspired Mobility Techniques
- CARS, isometrics at end-range, joint-specific strategies
- 2:30–3:30 PM: Practical: Mobility Sequence Design
- Integration of foam rolling + mobility training for common movement patterns
- 3:30–4:30 PM: Group Coaching Lab
- Peer-led teaching, feedback, instructor refinement
- 4:30–5:00 PM: Q&A and Closing
- Real-world application, certificate issuance
Total Course Duration
- 7 contact hours (9:00 AM – 5:00 PM, with a 1-hour lunch break)
Assessment Methodology
- Practical Application: Participants must demonstrate the ability to coach and sequence foam rolling and mobility techniques during the final lab session.
- Formative Peer Feedback: Participants receive input from peers and instructors to validate understanding and refine coaching skills.
- Attendance & Completion: Full-day attendance and active participation required for Certificate of Completion.
Relevance to Exercise Professionals
Foam Rolling & Mobility – From Release to Control is designed to help fitness professionals:
- Transition clients from passive release tools to active mobility methods.
- Understand the short- and long-term effects of SMR, and its role in movement preparation and recovery.
- Apply neuromechanical and FRC-based principles to improve joint control, tissue resilience, and movement quality—critical components in injury prevention and performance.
The course fills a critical skills gap in coaching mobility effectively and integrates theory with practice in a hands-on, real-world applicable format