The S2M Lab
About
The Laboratory of Simulation and Movement Modeling (S2M) is a research platform located at the Université de Montréal’s Laval Campus. It brings together a transdisciplinary team of researchers, trainees, and graduate students who are dedicated to the study of human movement through biomechanics and neurobiomechanics.
We combine state-of-the-art experimental approaches (motion capture, electromyography, imaging, and musculoskeletal modeling) with advanced computational methods in signal processing and simulation. This synergy between experimentation and modeling enables us to explore the complex mechanisms governing human movement and to innovate in fields such as physical activity sciences, rehabilitation, sport performance, biomedical engineering, and the performing arts.
Founded in 2011, the laboratory has trained more than thirty graduates who now work in universities, research centers, innovative companies, and sport organizations in Québec and abroad. Together, they form a dynamic network that contributes to scientific outreach and the development of new collaborations.
Mission Statement
Our mission is to advance the understanding of human movement by studying the neuromuscular, biomechanical, and sensorimotor mechanisms that underpin it, and to train the next generation of specialists capable of driving innovation in this field. We aim to produce rigorous scientific knowledge, develop cutting-edge technological tools, and support the transfer of innovations to clinical, sporting, industrial, and artistic environments.
Vision Statement
We strive to shape the future of movement science by fostering an environment where:
collaboration is central to the scientific process;
students play an active role in co-constructing knowledge;
research projects rely on state-of-the-art experimental and computational methodologies;
training includes key transversal skills: critical thinking, scientific communication, integrity, and responsible innovation.
Values
We believe that research in neurobiomechanics must be anchored in a rich and diverse ecosystem, where every member benefits from academic freedom that supports a variety of expertise, methods, and perspectives. This diversity is a core strength of S2M and a catalyst for scientific creativity.