Biotechnology programs in Ontario

43 programs across 16 campuses, with published admission ranges starting at 70%. Sorted by the range each one publishes, lowest first, so you can see where you land.

Programs

Campuses

Lowest range

70%

What this leads to

The picture for biotechnology as of 2026-08-17, not a description of this particular program.

Biotechnology graduates work as research associates, laboratory technicians, quality assurance analysts, or assay developers in pharmaceutical, diagnostic, and biotech companies. Some move into manufacturing roles, technical sales, or research support in academic institutions.

In its favour

Growing sector: Canada projects 65,000 new biotech jobs by 2029, with the industry already employing over 200,000 people.
Skill flexibility: Your degree works in healthcare, agriculture, environmental sustainability, and diagnostics—not locked to one path.
Salary growth: Entry-level is modest but experienced specialists earn CAD 120,000+, especially in research hubs and pharma.
Hands-on science: You spend time in actual labs doing real work with biological systems, not sitting at a desk.

Worth knowing

Four years for work that many employers will hire for with a two-year college diploma—longer education than the job market actually requires.
Routine bench work is being automated now: sample prep, liquid handling, data analysis are already being done by robotic systems and AI. Entry-level technician tasks are what's most exposed.
Modest starting pay: Entry-level roles start around CAD 43,000, and the average salary range only reaches CAD 55,000–82,000 before you move into management or specialized research.
You'll likely need specialized experience or a graduate degree (Master's or PhD) to move beyond entry-level technician work into actual research scientist roles.

How AI is changing this work

Traditional manual benchwork is being augmented or replaced by robotic systems and cloud-based platforms, and this is happening right now in 2026, not as a future threat. AI-enabled robots are being deployed to streamline sample prep and analysis while freeing scientists to carry out higher-value work. By the time you graduate in 2031, the routine tasks you'd do as an entry-level technician—pipetting, sample preparation, running basic assays—will likely be more automated. The field won't disappear, but the jobs waiting for new graduates will demand either (1) advanced skills in AI, data analysis, and lab informatics, or (2) a willingness to move quickly out of bench work into project management, quality assurance, or graduate-level research. The demand for biotech talent is real, but the shape of that work is shifting away from hands-on bench tasks.

Where this came from (6 sources)