- Computer Science
- Electrical and Computer Engineering
- Biomedical Engineering
- Medical Physics
- Neuroscience
Trainees are expected to take graduate courses from within a number of disciplines and, if possible, at participating schools other than their home school. Because McGill, ÉTS and Sherbrooke are each members of the CREPUQ network, it is straightforward for a trainee at one university to sign up for a course at another and be given academic credit.
The selection of courses taken will be determined by the trainee in collaboration with their academic supervisor and will respect the course requirements of the degree program in which they are registered.
Computer Science
| COMP 557 |
Fundamentals of Computer Graphics |
McGill |
| COMP 558 |
Fundamentals of Computer Vision |
McGill |
| COMP 559 |
Fundamentals of Computer Animation |
McGill |
| COMP 652 |
Machine Learning |
McGill |
| COMP 766 |
Shape Analysis in Computer Vision |
McGill |
| COMP 765 |
Planning Algorithms |
McGill |
| COMP 546 |
Computational Perception |
McGill |
| COMP 526 |
Probabilistic Reasoning and AI |
McGill |
| IMN359 |
Mathematical tools of image processing |
U.Sherbrooke |
| IMN530 |
Reconstruction et analyse d’images médicales |
U.Sherbrooke |
| IMN764 |
Mathematical tools of signal processing |
U.Sherbrooke |
| MGL835 |
Interaction humain-machine
|
ÉTS |
| MTI835 |
Développement d'applications graphiques
|
ÉTS |
| MTI880a |
Compréhension de l'image
|
ÉTS |
Electrical and Computer Engineering
| ECSE-517 |
Neural Prosthetic Systems |
McGill |
| ECSE-526 |
Artificial Intelligence |
McGill |
| ECSE-529 |
Computer and Biological Vision |
McGill |
| ECSE-618 |
Haptics |
McGill |
| ECSE-626 |
Statistical Computer Vision |
McGill |
| ELE440 |
Algorithmes |
ÉTS |
| ELE747 |
Analyse et traitement d'images
|
ÉTS |
| SYS821 |
Reconnaissance de formes et inspection
|
ÉTS |
| SYS840 |
Graphisme et synthèse de l'image
|
ÉTS |
| SYS843 |
Réseaux de neurones et systèmes flous
|
ÉTS |
| SYS809 |
Vision par ordinateur
|
ÉTS |
Biomedical Engineering
| BMDE-501 |
BME Modelling and Identification |
McGill |
| BMDE-519 |
Biomedical Signals and Systems |
McGill |
| BMDE-610 |
Functional neuroimaging fusion |
McGill |
| BMDE-650 |
Advanced medical imaging |
McGill |
| GTS501 |
Ingénierie des systèmes humains
|
ÉTS |
| GTS503 |
Technologies de la santé, normes et homologation
|
ÉTS |
| GTS601 |
Principes de l'imagerie médicale |
ÉTS |
| GTS610 |
Modélisation et traitement des signaux biomédicaux
|
ÉTS |
| GTS615 |
Instrumentation biomédicale |
ÉTS |
| GTS802 |
Ingénierie avancée des systèmes humains
|
ÉTS |
| GTS813 |
Évaluation des technologies de la santé
|
ÉTS |
| GTS831 |
Ondelettes et problèmes inverses: applications biomédicales
|
ÉTS |
| GTS840 |
Systèmes répartis dans le domaine de la santé
|
ÉTS |
|
GTS880a
|
Introduction aux techniques de simulation médicale et chirurgicale
|
ÉTS |
Neurology and Neurosurgery
Medical Physics
| MDPH-607 |
Introduction to Medical Imaging |
McGill |
| MDPH-612 |
Computers in Medical Imaging |
McGill |
