Molecular Biology, Biochemistry programs in Ontario

49 programs across 17 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 molecular biology, biochemistry as of 2026-08-17, not a description of this particular program.

Research Laboratory Technicians support experiments in pharmaceutical, biotech, and university labs, running PCR, DNA analysis, and cell culture work. Many graduates move into graduate school immediately to become Research Scientists, Post-Doctoral Researchers, or eventually Principal Investigators at universities or companies.

In its favour

Decent entry salary: lab technician roles start around $45K-$60K in Canada, with pharmaceutical and biotech companies paying toward the higher end.
Strong industry growth in biotech hubs like Toronto, Vancouver, and Montreal—active hiring for lab roles across universities, CROs, and pharma companies.
Research skills are genuinely in demand—wet-lab expertise combined with data analysis gives you options across multiple sectors.

Worth knowing

Graduate school is almost required: most positions that actually use your degree require an M.Sc or PhD. Four years of undergrad gets you into junior tech roles, not senior scientist roles.
Your core work is being automated now: robotic pipetting, automated sample handling, high-throughput screening, and AI-driven molecular design are replacing traditional bench work. Entry-level wet-lab jobs are shrinking.
Starting salaries are modest for the education required, and competition is intense. You'll be competing against graduates with co-op experience and research publications.
The field increasingly expects programming skills (Python, R, bioinformatics tools) alongside lab skills—most undergrads don't learn this.

How AI is changing this work

The automation wave is here. Robotic laboratories are compressing experimental cycles from months to days by automating physical assays, and AI models now predict molecular behavior, protein folding, and drug binding without requiring as much wet-lab testing. Entry-level bench work—the kind you'd do with a bachelor's degree—is disappearing fastest. However, the field isn't disappearing: it's splitting. If you can code and combine programming with biochemistry knowledge, you'll have options in bioinformatics, computational biology, and AI-driven drug discovery. If you're planning to stay in traditional wet-lab work without graduate training, you're entering a shrinking job market.

Where this came from (6 sources)