Bachelor in Biomedical Computation

Queen's University at Kingston is one of Canada's oldest and most respected universities, situated on a compact and historic campus in Ontario. Founded in 1841, Queen's offers a broad array of undergraduate and graduate programs in arts, sciences, engineering, business and health sciences. The university is recognized for rigorous academics, strong research output and a vibrant campus culture that blends long standing traditions with contemporary scholarship.

Students benefit from close faculty mentorship, abundant research opportunities and experiential learning through internships, co op placements and community engaged projects. Queen's strong partnerships with industry, government and health institutions create practical pathways into professional careers and applied research. Campus life is lively, with student societies, varsity athletics and cultural events that help build leadership skills and long lasting networks across a diverse student body.

International students receive tailored support for transition, immigration guidance and career services, alongside wellbeing resources and academic advising. Graduates of Queen's are well regarded by employers worldwide and the university's emphasis on critical thinking and applied learning prepares students for further study, research careers and roles in public and private sectors. Kingston offers a welcoming and accessible environment for study in Canada.

The Bachelor in Biomedical Computation at Queen's University at Kingston is a four-year program that combines computer science and life sciences to improve healthcare. This program is suitable for students interested in careers like medicine and medical research.

The curriculum includes courses in computing science, statistics, and discrete mathematics, as well as software architecture, operating systems, and algorithms. Students will develop skills in programming, data analysis, and problem-solving, with hands-on components like game development projects and undergraduate thesis work.

Graduates of this program can pursue careers as biomedical engineers, clinical data analysts, medical informatics specialists, software developers, or research scientists, working in industries like pharmaceuticals, healthcare technology, or medical research, and employers like hospitals, research institutions, or tech companies.