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

  • 175 LocomoT-IA

    Structuring and use of historical data for the development of intelligent algorithms for locomotor training of users with physical impairments of the lower limbs

  • 115C MiWe

    Learn an efficient wheelchair propulsion pattern

  • 122B LL-CSL

    ntelligent environments to support the ecosystem of frail and isolated seniors: part of the City of Côte-Saint-Luc’s Living Lab.

  • 177 RéadapMS-IA

    Precise real-time upper limb rehabilitation with haptic guidance using reinforcement learning

  • 176 Morpho-Avatar

    Development of a virtual avatar with real-time morphological adaptation for the induction of motor changes

  • 174 ParasportViz

    Parasport Viz: A feedback application to optimize para-athlete training.

  • 171 LIOEG

    Development and validation of a knee emulator

  • 170 HEARDD

    HEARDD: Hearables for EARly Disease Detection

  • 165 NEARS-LT

    NEARS-LT: Co-design of a simplified remote monitoring platform for activities of daily living for the elderly and their families.

  • 164 AVAL-EAR

    AVAL-EAR: In-ear technology for a better understanding of salivary flow

  • 163 LOGvs MWC

    A virtual platform for over ground manual wheelchair navigation: a controlled ecological approach to exploring wheeled mobility.

  • 162 PhantomEEG

    Help from a phantom head to recover brain electrocortical signals

  • 161 BandeFeedbackRespi

    Portable breathing strips for data collection and transmission of haptic and visual signals during speech

  • 160 OPTISTIM

    Optimizing functional electrical stimulation for personalized rehabilitation

  • 159 RV-colloque

    Integrating virtual reality into sensorimotor rehabilitation: learning from the past, acting now and preparing for the future

  • 158 REA PRE

    Building the future of precision rehabilitation in Quebec: Integrating interactive technologies, data management and artificial intelligence

  • 157 ActimusFaible

    Development of an algorithm for quantifying and scaling very low muscle activity in rehabilitation

  • 156 OMR

    Magnetorheological orthoses for upper limb rehabilitation

  • 153B Next Dynamometer

    Conversion of a pelvic floor dynamometer to a wireless version for measuring standing muscle function

  • 153A Next Dynamometer

    Conversion of a pelvic floor dynamometer to a wireless version for measuring standing muscle function

  • 151 Embodiment technology

    Designing technologies to convey embodied experiences of Parkinson’s Disease

  • 148B AmaraBiomimetics

    Robotic assistance system using residual movements

  • 128B DetectFatigueTR

    Detecting muscle fatigue in workers using inertial measurement systems and EMG sensors

  • 112B Ergocycle

    Pedaling… in hospital!