Félix Chénier is associate professor at the Université du Québec à Montréal, adjunct professor at the École de technologie supérieure (ÉTS) and researcher at the Centre for Interdisciplinary Research in Rehabilitation of Greater Montreal (CRIR). His research focuses on the development of new technologies and on the biomechanical study of manual wheelchair propulsion, with the aim of promoting an active lifestyle while preventing the development of musculoskeletal disorders. Affiliations and formation.
Ateayeh Bayat is a doctoral candidate in computer science, electronic systems at UQAM. Her research project consists of designing and validating a high realism manual wheelchair propulsion simulator at the CRIR, which will then be used to create simulator-based training programs for new wheelchair users.
Sabrina Toofany is a doctoral candidate in computer science, electronic systems at UQAM. Her research project consists of controlling a wheelchair racing simulator that will allow her to analyze the biomechanical aspects of wheelchair racing using a musculoskeletal model. This project is in continuity with her Master 1 internship which she realized at the laboratory while she was pursuing a Master of Engineering at Sorbonne University (France).
Ilona Alberca is starting a doctorate in Sport and Physical Activity Sciences and Techniques (STAPS) at the University of Toulon (France), under the co-supervision of Arnaud Faupin and Félix Chénier. She will continue her work on the study of wheelchair sport on performance and risk of injury. She previously completed her Master 1 in Toulon on wheelchair tennis, and her Master 2 in Montreal on wheelchair basketball.
Maude Fleury-Rousseau is a master’s candidate in Physical Activity Science at UQAM. Her research project consists of establishing and standardizing a protocol for the biomechanical evaluation of standard and sports wheelchair propulsion in the laboratory.
David Pacciolla is a candidate for a master’s degree in Physical Activity Science at UQAM. His research project involves designing and testing customized wheelchair training programs using new technologies, including a six-axis instrumented wheel.
Rabail Khowaja is a master’s candidate in Rehabilitation Sciences at McGill University, under the supervision of Philippe Archambault and Félix Chénier. Her research project consists of establishing and validating the biomechanical parameters that can be measured without an instrumented wheel during propulsion on a low-cost wheelchair simulator.
Blanche Pelletier is a master’s candidate in Physical Activity Science at UQAM, under the supervision of Mariève Blanchet and Félix Chénier. In parallel with her master’s project on the evaluation of urban dancers’ physical condition, she analyzes in the laboratory biomechanical markers linked to movement initiation strategies in dancers and non-dancers.
Antoine Parrinello is an engineer and electronics technician in the Department of Physical Activity Science. He is responsible for the design and realization of the laboratory’s electronic systems.
Carole Roy is a technician and co-head of equipment at the Department of Physical Activity Science at UQAM.
Sarah David-Riel is a technician and co-head of equipment at the Department of Physical Activity Science at UQAM.
Graduates, master’s level
Étienne Marquis completed his MSc studies in kinanthropology at the Department of Physical Activity Science at UQAM, in 2021. His research project was to design and validate a dynamic model of wheelchair propulsion that includes the effect of upper body movement on the wheelchair’s acceleration and rolling resistance. He previously participated in two research internships in the laboratory, one on the effect of an orthopedic insole on the foot center of pressure during ice skating, and another on the development of kinematics reconstruction algorithms in wheelchair basketball.
Ary Pizarro Chong completed his MSc studies in Health Technology Engineering at ÉTS in 2020. His research project, entitled “Development and Validation of the Control Loops for the Haptic Interfaces of a Standard Manual Wheelchair Simulator”, consisted of designing a new control loop for a wheelchair simulator so that the users can use their own wheelchair without having to change its wheels for instrumented wheels.
Lilia Djoussouf completed her Master in Engineering at Sorbonne University (France). She completed her Master 1 internship in Montreal. Her project consisted of developing an inverse dynamics algorithm for the calculation of joint stress in wheelchair basketball players.
Hesam Eskandari completed his Master in Software Engineering at ÉTS, under the supervision of Carlos Vazquez and Félix Chénier. His project consisted of developing a circular marker tracking algorithm dedicated to wheelchair racing, to reconstruct the athlete’s 3D kinematics using a single fish-eye camera.
Jean-Luc Fauvel completed his Master in Ergonomic Design at UQAM School of Design, under the supervision of Steve Vezeau and Félix Chénier. His project consisted of analyzing wheelchair racing from an ergonomic perspective in order to highlight its determinants, with the aim of creating an instrumented racing wheel.
Former Research Interns
Pierre-Olivier Bédard – Development of an experimental protocol for a biomechanical study of wheelchair basketball.
Guy El Hajj Boutros – Development of a 3D kinematics measurement protocol for biomechanical study of adaptive sports
Kim Lefebvre – Dynamic tests for a 1-camera, 3D position kinematics extraction method for wheelchair racing
Charles-Antoine Russel – Analysis of spatiotemporal parameters of racing wheelchair propulsion on a training roller.
Geneviève Clermont – Analysis of spatiotemporal parameters of racing wheelchair propulsion on a training roller.
Julien Malbequi – Measuring racing wheelchair propulsion forces on a dynamometer and on an instrumented training roller, and validation of a measurement index of push symmetry and syncronism when propelling a manual wheelchair.
Philippe Gaumond – Assesment of upper-body muscular activity when propelling a manual wheelchair on a side incline.
Maxime Gosselin – Design of an innovative method to measure 3D kinematics with a camera with a Fish-eye lens.
Sébastien Harvey – Assesment of amplitudes and timings of upper-body muscular activity when propelling a manual wheelchair on a side incline.
Camille Jouval – Study of manual wheelchair propulsion kinetics on a cross-slope, and comparing spatiotemporal and kinetic parameters recorded on a motorized split-belt treadmill, with handrim kinetics recorded with instrumented wheels.
Xavier Roy – Comparing jumping velocity estimated by PUSH Band and My Jump systems to real velocity measured with a motion tracker ; predicting maximal load 1RM using PUSH Band system.