We are INTER!
Interactive Technologies of Engineering in Rehabilitation
An interdisciplinary strategic group of researchers from natural sciences, engineering, health sciences, the humanities and social sciences.
INTER includes more than 100 researchers from different fields and universities.
INTER has two main areas of activity, Smart Home and Mobility, each based on two axes: 1. the design and prototyping of new interactive devices and systems, and 2. the evaluation and transfer of technology.
INTER : Over 130 mandates funded to date, and further opportunities for researchers.
News
Latest news about INTER
MIDI-INTER – October 2024 – Supporting the usability assessment of rehabilitation technologies: the international UTech initiative
MIDI-INTER – September 2024 – Development of robotic assistants for medical applications
Midi-INTER – June 2024 – Cogni-Actif project, collaboration for AI development, sustainability and data access with AI
Working together to improve rehabilitation care and services
Over 100 researcher members
Andréanne Blanchette
Université Laval
Réadaptation
3 INTER mandates
Fabien Dal Maso
Université de Montréal
Kinésiologie
3 INTER mandates
Sylvie Nadeau
Université de Montréal
Réadaptation
17 INTER mandates
Sylvain Giroux
Université de Sherbrooke
Informatique
10 INTER mandates
Recently completed mandates
160 OPTISTIM
Optimizing functional electrical stimulation for personalized rehabilitation
153B Next Dynamometer
Conversion of a pelvic floor dynamometer to a wireless version for measuring standing muscle function
162 PhantomEEG
Help from a phantom head to recover brain electrocortical signals
165 NEARS-LT
NEARS-LT: Co-design of a simplified remote monitoring platform for activities of daily living for the elderly and their families.
159 RV-colloque
Integrating virtual reality into sensorimotor rehabilitation: learning from the past, acting now and preparing for the future
164 AVAL-EAR
AVAL-EAR: In-ear technology for a better understanding of salivary flow
153A Next Dynamometer
Conversion of a pelvic floor dynamometer to a wireless version for measuring standing muscle function
146 UX-RV-pédiatrique
Use of physiological data to improve user experience in immersive virtual reality: pediatric applications
148A Amara
Robotic assistance system using residual movements
Intervention Areas
Smart home
Solutions that contribute to instrument living environments and to endow ambient artificial intelligence able to provide ad hoc or continue assistance to occupants and to integrate into any day-to-day object (e.g.: door, stove, mug, fridge, sweater, etc.) or place (e.g.: shopping mall, pharmacy, waiting room in hospitals, etc.) so as to be transparent for occupants.
Mobility
Solutions that contribute to prevent, to delay or to substitute the decline of human mobility, i.e. the physical capacity to walk and move, and the use of objects required for personal well-being.
Partner institutions
