Robbert van Amstel is a physiotherapist specializing in orthopaedic/musculoskeletal manual therapy. He lives in Etten-Leur, near Breda, and works at the Vrije Universiteit Amsterdam (VU), where he is actively involved in both research and education. In addition to his academic role, he continues to practice clinically, treating patients with musculoskeletal issues.
Robbert holds a Bachelor’s degree in Physiotherapy from THIM van der Laan Hogeschool voor Fysiotherapie and two Master’s degrees in Musculoskeletal Rehabilitation Sciences and Manual Therapy from the Vrije Universiteit Brussel (VUB). He is currently pursuing his PhD, focusing on the working mechanisms of fascial tissue manipulation in low back pain. His research explores the Skin Displacement Principles to understand how fascia tissue manipulations influence movement and pain relief.
As a functional anatomist at the Vrije Universiteit Amsterdam, Robbert teaches motor system anatomy with a particular emphasis on functional anatomy of fasciae in relation to muscles and bones. He also mentors students in biomechanics at the FGB Physiolab, where he uses high-end ultrasound, motion capture, and electromyography to investigate the biomechanics of fasciae, muscles, and joints.
His primary expertise lies in the functional anatomy and biomechanics of fasciae in relation to movement science and musculoskeletal physiotherapy. His research interests focus on the effects of fascial tissue manipulations in low back pain treatment and their underlying biomechanical mechanisms.
Driven by the lack of scientific clarity surrounding fascia tissue manipulations, Robbert aims to demystify these techniques and critically investigate their true effects and mechanisms. His clinical experience has shown positive patient outcomes, leading him to explore whether these manipulations truly target fasciae and muscles—and if so, how they contribute to pain relief and improved muscle flexibility and joint mobility. His research ultimately aims to provide a clearer understanding of fascia's role in human movement and clinical practice.
