Results of the 2026 Research Training Awards Master’s Level Competition
The Canadian Cancer Society’s (CCS) Research Training Awards program aims to support growth and innovation in the next generation of diverse cancer researchers across Canada. This program seeks to build inclusive capacity in all areas of cancer research, while fostering interdisciplinary learning, knowledge translation, mentorship, and patient & community engagement opportunities. By supporting a diverse pool of talented researchers, the program will contribute to reshaping cancer research to be more equitable, inclusive, and impactful.
Recognizing that marginalized groups face structural and systemic barriers to inclusion and are underrepresented in the field of cancer research, CCS specifically invited Black and Indigenous trainees to submit applications for the 2026 Master’s level competition in order to positively alter the research landscape.
We are pleased to announce the results of the 2026 Research Training Awards.
Expert Review Process for the Research Training Awards
3 full applications were received and underwent review by an expert panel composed of national scientific experts, as well as patient/survivor/caregiver reviewers with lived experience. 3 have been approved for funding – corresponding to a 100% success rate. These awards total more than $190k in funding over the full term.
View the 2026 Research Training Awards - Master’s Level Awardees
Note: Although every effort has been made to ensure the accuracy of the full list of grant recipients, this list does not constitute an “official” notification. Successful applicants have been informed, in writing, with an official Notification of Award giving the details pertaining to their grant.
Better childhood cancer care in Canada during public health emergencies
Ngueyanouba Calvin Djiraimadje | CHU Sainte-Justine Research Centre
Research Supervisors: Hallie Coltin & Nadia Roumeliotis
Ngueyanouba Djiraimadje is using national hospital data to examine the rates and severity of childhood cancer diagnoses before, during and after the COVID-19 pandemic. He will also explore which children were more likely to be severely ill at diagnosis. The findings will provide important insight into care disparities and help guide healthcare policies to better protect children with cancer during future public health crises.
Understanding the link between wildfire smoke and lung cancer
Kenneth Ofori-Amanfo | University of British Columbia
Research Supervisor: Emilia Lim
Wildfire smoke exposure is linked to higher lung cancer risk and lower survival rates. Kenneth Ofori-Amanfo is studying how lung cells react to wood smoke to learn which genes are affected by smoke exposure and what biological factors put some people at higher risk than others. The knowledge could eventually lead to better prevention and new targeted treatments for people with lung cancer.
A tiny, AI-assisted robot to help detect lung cancer
Chukwudozie Ubosi | Queen’s University
Research Supervisors: Xian Wang & Yongjun Lai
Many lung cancers develop in narrow, fragile spaces deep in the lungs. To access these hard-to-reach places, Dozie Ubosi is developing a tiny robotic device made of soft materials. The robot will use AI-assisted magnetic steering to safely and precisely navigate the lung. By increasing the likelihood of successful lung biopsy, the new technology will support earlier diagnosis and improved outcomes for people with lung cancer.