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

  • 097 PerformUS

    Development and validation of a reusable telemetric thermometric measurement system intended to measure rectal temperature in humans

  • 096 WheelSims

    Structuring project on wheelchair simulators: WheelSims

  • 095 VRBot

    Development of a training system for an assistance robot based on virtual reality: A proof of concept.

  • 093 FRMI-VIE

    Smart motorized wheelchair: implementation of user interface specifications and experimentation in ecological environments

  • 092 REAplan

    Optimizing the impact of REAplan on motor performance in children with musculoskeletal disorders: Pilot study

  • 091 SUIVI-BCG

    A BCG-based platform for home monitoring of heart failure patients

  • 090 AVATar

    A real-time animatable AVATar for ORtophonic rehabilitation

  • 089 Vgaze

    Development of analysis algorithms and metrics to characterize gaze behavior when performing complex mobility tasks in virtual environments

  • 088 ASYMMILIEU

    Quantification of reaction forces on the handrail using inertial sensors – use of deep learning.

  • 087 OpenIMU-HW

    Choice and design of open inertial unit platforms

  • 086 MapIt

    Provide occupational therapists with a 3D virtual representation of their client’s home

  • 085 Conscious

    Development of an innovative tool for screening the level of consciousness of non-responsive patients: implications for rehabilitation

  • 083 GAITUP

    Validation and integration of inertial sensors into clinical practice for lower limb amputees

  • 082 MobiliSIG

    Multimodal mobile technology to make it easier for people in manual wheelchairs to move around the city

  • 081 AssistAlim

    Development of a new generation of feeding assistance systems for people with upper limb disabilities – Proof of concept

  • 080 OpenIMU SW

    Democratization of inertial sensors for activity recognition

  • 079 IMUmarche

    Evaluation of a continuous walking exercise using inertial sensors: Application to the triple flexion walking pattern

  • 078 IMUpower

    Development of an on-board portable device for quantifying joint power using inertial measurement units: case-test on the knee

  • 076 RCSM3

    Rehabilitation of Coordination and Muscle Synergies of the Lower Limb to Improve Mobility in Neurological Populations

  • 075 EC-MOT

    Development of virtual cognitive training to reduce the risk of ligament rupture in sport

  • 074 Exo-Spartacus

    Exo-Spartacus Proof of concept of a lower limb exoskeleton using MR clutches

  • 073 EXOarm

    Development of a proof of concept for an upper limb exoskeleton in pediatric rehabilitation

  • 072 ETS-MARSE

    Development of EMG-assisted movement of an exoskeleton robot for rehabilitation and testing with real subjects

  • 071 Walkus

    Magnetorheological orthosis