Course content

• Online Theoretical Module (3 hours):
  • Fascial system definition, anatomy, and physiology
  • Biotensegrity and neurofascial models
  • Scientific evidence for fascial therapy
  • Safety protocols and clinical red flags
• Day 1 – Trunk & Spine:
  • Cervical region: SCM, scalenes, suboccipitals, trapezius fascia
  • Thoracic region: Superficial thoracic fascia, pectoral fascia, diaphragm
  • Lumbopelvic region: Quadratus lumborum, psoas, gluteal fascia
• Day 2 – Limbs:
  • Upper limb: Rotator cuff, epicondylar groups, forearm and hand fascia
  • Lower limb: Pelvitrochanteric muscles, IT band, quadriceps, ankle-foot complex
  • Clinical integration with real case studies
• View DETAILED CONTENT WEBINAR / COURSE

Learning  Objectives

• Perform objective palpation to identify fascial restrictions in cervical, thoracic, lumbopelvic, and limb regions.
• Apply evidence-based manual techniques to treat fascial dysfunctions in at least 15 key muscular and fascial structures.
• Develop clinical reasoning skills to integrate fascial assessment findings into patient-specific treatment plans.
• Demonstrate safe application of fascial therapy techniques while recognizing contraindications and red flags.

• Licensed healthcare practitioner (physiotherapist, osteopath).
• physiotherapist internship student.

• Complete 3-hour online theoretical module
• Attend all practical sessions (2 days)
• Participate in hands-on practical assessments
• Active engagement in case study discussions

1. Complete the mandatory 3-hour online theoretical module before the practical session
2. Review musculoskeletal anatomy, particularly:
   • Cervical and lumbar spine structures
   • Upper and lower limb myofascial anatomy
   • Thoracic and respiratory anatomy
3. Bring comfortable clothing suitable for practical sessions (shorts and tank top recommended)
4. Prepare clinical cases from your practice for discussion during integration sessions
5. Ensure you have no contraindications for receiving hands-on practice during the course

• Explain fascial anatomy and physiology based on current scientific evidence
• Identify key fascial structures and their functional relationships
• Recognize contraindications and safety considerations for fascial therapy

• Perform accurate palpation and assessment of fascial restrictions
• Apply specific manual techniques for fascial release
• Integrate fascial treatment into comprehensive rehabilitation programs

• Develop evidence-based approach to fascial therapy
• Cultivate precision and attention to detail in manual treatment
• Embrace continuous learning in evolving fascial science