On this page: First-year M.Sc. students | Second-year M.Sc. students | Ph.D. students | Postdoctoral Fellows听触听Residents | Visiting Research Students/Assistants
First-year M.Sc. students (September 2024)
|
NAME |
RESEARCH TOPIC | SUPERVISOR |
|---|---|---|
|
BEAUSOLEIL-MORRISON, Amiel |
听 | Levesque |
| BICKLEY, Laura | 听 | (Graduate Diploma - no supervisor) |
| DAI, Zhenlun | 听 | |
| EL ABIAD, Douaa | 听 | |
| LECLERC, Marc-Antoine | 听 | |
| LI, Leo | 听 | |
| LOWE, Hunter | 听 | |
| MICHAEL, Simon | 听 | Stroian, Pater, Joseph |
| NOTTE, Christian | 听 | Levesque |
| RALEIGH-SMITH, Emma | 听 | |
| ROSS, Cole | 听 | Watson |
| SANDHU, Vansh | 听 | Ybarra |
| SHPUNARSKA, Yuliya | 听 |
Second-year M.Sc. students (September 2024)
|
NAME |
RESEARCH TOPIC | SUPERVISOR |
|---|---|---|
| 听 | ||
|
DESJARDINS-PROULX, Nicolas |
听 | Levesque |
| LA MACCHIA, Josephine | 听 | |
| RICHER, Abbey | 听 | |
| WADGE, Elliot | 听 |
Ph.D. students (January 2025)
|
NAME |
RESEARCH TOPIC | SUPERVISOR |
|---|---|---|
| BEAUDRY, Joel | 听 | |
| BIAN, Jingyi | Hydrated electrons, hydrated electron dosimetry; high dose-per-pulse radiation chemistry research. Study current prototypes; study and perform G-value simulations under different physical parameters by updating Geant4-DNA package | , Bekerat |
| CAMPOS PAZMINO, Jorge |
Magnetic Resonance Imaging (MRI), Quantitative MRI, Quantitative Susceptibility Mapping (QSM), Fat-water imaging, Compressed sensing MRI (CS), low-field MRI. |
Levesque |
|
Investigation of diffusion of the alpha particle emitting daughters of the AlphaTau DaRT seed through animal models |
||
| DaRT detector development for quality assurance | , Devic | |
| DURAN, Juan | 听 | |
| Xoft electronic brachytherapy source | ||
| Penalty weight optimization in high dose rate brachytherapy; Catheter position optimization in high dose rate brachytherapy | , Devic | |
| KALINOWSKI, Jonathan | 听 | |
| LUND, Chris | Investigation of minimally-coupled transmission line geometries for the realization of a compact ion accelerator for proton radiotherapy | Seuntjens |
| MAHER, Morgan | Minimizing the multipactor effect through optimization of high-gradient-insulator beam pipes: Steps towards a compact light ion accelerator for cancer therapy | Seuntjens |
| MATHEW, Felix |
Radiation-induced carcinogenesis, Neutron RBE, Radiobiology of high- and low-LET radiation, Single-cell whole-genome sequencing, Natural language processing and machine learning 6. Monte Carlo simulation studies, Open science |
Kildea |
| O'SULLIVAN-STEBEN, Kayla | Machine learning & AI, treatment outcomes prediction, radiation oncology informatics, patient data sharing, learning healthcare system, Opal patient portal | Kildea |
|
PATERSON, Laura |
Evaluating the biological effects of thermal and fast neutrons |
|
| Cancer treatment outcome prediction | ||
| RAHBARAN, Maryam | 听 | |
| RIOS IBACACHE, Odette | Development and evaluation of a novel artificial intelligence model to predict head and neck cancer replanning | |
| ROBITAILLE, Maude | Development of a dynamic shield for intensity-modulated brachytherapy for vaginal cancer | |
| Development of a dynamic shielding brachytherapy applicator for the treatment of rectal cancer | ||
| WANG, Tony |
Radio-selective effects of a naturally occurring muscle-derived dipeptide in an orthotopic lung cancer model |
Ybarra, Seuntjens |
| ZACHAROPOULOS, Nicholas | High precision LINAC-based radiosurgery | , Pater |
| Develop a patient-specific, machine learning-based multi-modal treatment outcome prediction model for patients suffering from gynaecological cancers | , Bekerat |
听
Postdoctoral Fellows (January 2025)
| NAME | Research TOPIC | SUPERVISOR |
|---|---|---|
| DUMANCIC, Mirta | Radiation dosimetry through measurements and Monte Carlo simulations, use of artificial intelligence and scientific computing for radiotherapy applications, in-vivo and in-vitro studies regarding relative biological effectiveness of different radiation qualities | |
| FARAHNAK, Farhood | Ordering problems in Natural Language Generation. [Worked on Orderings in two levels: Surface Realization (word ordering as one of its steps) to generate sentences and Sentence Ordering (for generating paragraphs). Main contribution: (1) designing a new sentence representation to capture the relation between sentences; (2) using text-to-text language models to tackle graph-to-text problems. | |
| RAFIEE SEVYERI, Laya | Providing GI endoscopy units with an artificial intelligence based toolbox targeting critical diagnostic and operational aspects of colonoscopy/gastroscopy |
Residents (January 2025)
(in order of expected Program Completion)
| NAME | RESIDENCY PROGRAM CENTRE |
|---|---|
| FAMULARI, Gabriel | CHUM |
| SEPULVEDA, Esteban | HCL |
| GUO, Alan | CHUM |
| LINARES, Haydee | HCL |
| WHAL, Mathilde | HCL |
| SAFIGHOLI, Habib | JGH |
| DI FRANCESCO, Marco | HMR |
| HORNSBY, Tyler | SPHP |
| ROY, Marie-脠ve | CISSSL |
| ABER, Yassine | CISSSL |
| JEAN, Emilie | HDGM |
| TABBASSUM, Sara | CISSSAT |
| GIAMPA, Gabriel | CISSSL |
| AYALA ALVAREZ, David Santiago | JGH |
| LAPLANTE, Caroline | HCK |
Research Students, Trainees, RAs (January 2025)
| NAME | SUPERVISOR |
|---|---|
| (Research Associate) | |
| GALARNEAU, Luc (Research Assistant) | Kildea |
| (Research Assistant) |
听