Mandates

Over 170 mandates funded to date, and further opportunities for researchers

Mandate proposals and writing guide
Download and complete the Mandate submission form

Mandate proposal cut-off dates
February 1st, June 1st and November 1st of each year. Send completed form to the INTER coordinator by email: catherine.page@usherbrooke.ca

Mandate list

  • 070 Cin-FRA

    Automation and validation of a method for measuring 3D kinematics during propulsion of an athletics wheelchair

  • 069/069B Fac-Multi

    Facilitate learning of the Amelis digital calendar thanks to multi-layer interfaces

  • 068 ICVR2017

    Support for the International Conference on Virtual Rehabilitation 2017

  • 067 Vigil2-TeRa+

    Finalization of developments for the Vigil2-TeRa+ telerehabilitation platform

  • 065B Exbimanuel

    Phase 2: Optimization of the bimanual exerciser for the assessment and training of the upper limbs of people who have suffered a stroke

  • 065A EXBimanuel

    Development of a device for evaluating and training unilateral and bilateral neuromuscular control of the upper limb in people who have suffered a cerebrovascular accident (CVA) and those with a spinal cord injury (SCI)

  • 064 SeriousVG

    Development of a ‘serious video game’ for improving pediatric power mobility skills

  • 063B

    Development of an avatar for the rehabilitation of pelvis and trunk movements during walking

  • 063A

    Development of interactive software for walking rehabilitation using an exoskeleton

  • 062 TéléRéadap

    Characterization of the usability of a telerehabilitation system as a function of bandwidth, and interfacing with medical devices

  • 061 RobotAssisted

    Impact of interface (real or virtual) for robot-assisted upper extremity movements

  • 059 GuideMétho

    Development and transfer of a methodological guide focused on use and social acceptability to enrich technological innovation projects in health, particularly in rehabilitation

  • 058 AsymClinique

    Quantification of asymmetry in clinical and life settings during various functional activities in people who have suffered a cerebrovascular accident (CVA)

  • 057 ProtMyo

    Development of a myoelectric prosthesis for the pediatric upper limb with realistic and energy-efficient movement

  • 055 BrasRobot

    Assisted control of a robotic arm for rehabilitation

  • 053 RobotSphérique

    Spherical robot as a diagnostic tool associated with autism spectrum disorders (ASD)

  • 052 JeuxContrôlePostural

    An active video game console for the rehabilitation of dynamic postural control

  • 051 TechnoFibromyalgie

    Creation and evaluation of a wearable technology including the modulation of transcranial stimulation parameters and the capture of motor performance, in people suffering from fibromyalgia

  • 050 ReconnaissanceAct

    Prototyping of a system for recognizing daily life activities based on qualitative spatial positioning of objects used within an intelligent home using passive radio-identification

  • 049 DépistageDémence

    Early detection of dementia: collection and algorithmic and clinical analysis of performance during activities of daily living

  • 048B ForcesHaptiquesAVC

    Integration of haptic forces at the hand level during locomotion and comparison of methods to reduce gait asymmetry following a stroke

  • 048A EntrainVirtuelAVC

    Development of a virtual training tool to reduce gait asymmetry following a stroke

  • 047 InterfaceHM-FRMI

    Evaluation of human-machine interfaces of an intelligent motorized wheelchair in real activities of daily life linked to driving activity by users with physical disabilities

  • 046 S2M

    Kinematic assessment of the shoulder for rehabilitation monitoring: development of a clinical tool: Shoulder Mobility Monitoring (S2M)