Manual Therapy for the Spine: A 2-Day Intensive Course
Hosted by Empower University at Rehab 2 Perform
Explore the intricate world of spinal care in this comprehensive manual therapy course designed specifically for clinicians looking to advance their skills in spinal assessment and treatment.
Throughout this immersive 2-day course, you’ll deepen your understanding of spinal anatomy, biomechanics, and common pathologies while mastering hands-on manual therapy techniques to effectively treat spinal dysfunctions.
Led by expert clinicians from Empower University, this course blends lecture-based learning, interactive lab sessions, and clinical case studies to ensure you walk away with both the knowledge and confidence to immediately apply what you’ve learned in your practice.
This course will take place at Rehab 2 Perform
11507 Sunset Hills Rd., Reston, VA 20190
📅 February 27th & 28th
🕢 7:30 AM – 4:30 PM (Both Days)
📍Rehab 2 Perform
11507 Sunset Hills Rd., Reston, VA 20190
💰 $725+ tax
💡 Save $50 with code “EARLYBIRD” when you register by January 28th
Rehabilitation Professionals looking to refine manual therapy techniques
Whether you’re a seasoned practitioner refining your technique or a new clinician eager to specialize in spine care, this course delivers the tools and confidence to elevate your clinical practice.
Get to Know the Instructor
Erik Hanson PT, DPT, ATC, CSCS
Empower University Lead Instructor & Performance Physical Therapist
Erik brings extensive experience in advanced manual therapy and performance optimization, known for his practical, results-driven approach to clinician education.
Kaitlyn combines her expertise in endurance training and spinal health to provide a dynamic, athlete-focused perspective on manual therapy and rehabilitation.
What You’ll Learn
In-depth review of spinal anatomy and functional biomechanics
Clinical assessment strategies for identifying spinal dysfunctions
Evidence-based approaches to spinal joint mobilization
Soft tissue manipulation and myofascial release techniques
Integration of therapeutic exercises to enhance spinal mobility
Case-based application for real-world patient care
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