Top Universities and Professors in the Fields of Biology and Chemical Engineering in Canada

 Canada's higher education is strong and internationally competitive in both biology (life/biological sciences) and chemical engineering. Multiple institutions rank in or near the global top 50–100. Biology/life sciences generally shows a slight edge in relative global standing and research breadth, while chemical engineering benefits from Canada’s engineering tradition, co-op opportunities, and industry ties (especially energy, materials, process industries, and biotech). Leading schools deliver world-class education in either area; choice depends more on career goals, preferred university culture, and specific research fit than on large quality gaps.

Global Rankings Snapshot

Life sciences / biological sciences (QS Life Sciences & Medicine or Biological Sciences; THE Life Sciences):

• University of Toronto: typically ~12–24 globally (strongest Canadian performer).
• University of British Columbia (UBC): ~25–34.
• McGill University: ~28–39.
• Others (Alberta, McMaster, Montréal, Guelph, etc.) often appear in the 50–200 range.

Chemical engineering / broader engineering:

• University of Toronto: QS Chemical Engineering ~30 (Canada #1); broader Engineering & Technology ~17.
• McGill: QS Chemical ~31.
• UBC: QS Chemical ~45; broader Engineering ~29.
• Waterloo and Alberta also rank well (often top 5–10 in Canada; global top ~80–120 range depending on the metric). EduRank research-based rankings place Toronto, Alberta, UBC, McGill, and Waterloo as Canada’s top chemical engineering research producers.

THE subject comparisons show Toronto leading Canada in both Life Sciences (~24 globally) and Engineering (~25), with UBC and McGill following closely. Canadian universities consistently place multiple institutions in the global top 100 for both areas.

Key Comparative Factors

• Research strength and reputation: Both fields are research-intensive. Biology benefits from strong biomedical, ecological, and agricultural research (Toronto, UBC, Guelph, McMaster). Chemical engineering shows high citation impact and industry collaboration (Toronto, Alberta—energy/process focus, UBC, Waterloo).
• Program characteristics: Biology emphasizes foundational science, lab work, and pathways into research, medicine, biotech, or environment. Chemical engineering is more applied, with design, process engineering, and frequent co-op/internship options (especially Waterloo and Alberta).
• Employment and outcomes: Engineering graduates (including chemical) typically see higher starting and mid-career salaries and strong field alignment. Chemical engineers are in demand in oil/gas, chemicals, pharmaceuticals, food, and clean tech. Biology graduates have solid options in research, healthcare, biotech, and government but often need further education for the highest-paying roles.
• Accessibility: Biology is widely offered; chemical engineering is more concentrated at engineering-focused schools.

Top Universities

1. University of Toronto (Toronto, Ontario) — Best overall choice
Outstanding across biological sciences, biochemistry, biotechnology, biomedical research, and chemical engineering. Strengths include molecular biology, genetics, cell biology, biochemistry, biomedical sciences, bioprocess engineering, sustainable materials, energy, pharmaceuticals, and advanced manufacturing. Ideal for research-intensive study in either or both fields.

2. University of British Columbia (UBC) (Vancouver, British Columbia)
Internationally respected life-sciences research combined with strong engineering, environmental science, and biotechnology. Biology strengths: ecology, genetics, microbiology, molecular biology, marine biology, genomics. Chemical & Biological Engineering: biochemical engineering, clean energy, sustainable processes, materials. Excellent for biotechnology, environmental applications, and interdisciplinary work. The department receives substantial external research funding.

3. McGill University (Montreal, Quebec)
Major international research institution with particular strength in life sciences, biochemistry, biomedical research, and engineering. Biology: cell and molecular biology, genetics, microbiology, biomedical research. Chemical engineering: process engineering, biotechnology, materials, energy-related research. Strong for research-focused students interested in molecular science, biotechnology, or pharmaceutical applications.

4. University of Alberta (Edmonton, Alberta)
Particularly strong for research connecting biological science with industrial processes and applied chemistry. Biology: microbiology, biochemistry, genetics, molecular biology, biotechnology. Chemical and Materials Engineering: energy, petrochemicals, catalysis, process systems, materials. Good fit for industrial biotechnology, energy, chemical manufacturing, or applied research.

5. University of Waterloo (Waterloo, Ontario)
Especially attractive for engineering, applied science, industry collaboration, and career-oriented education (strong co-op). Identifies chemical engineering as one of its top Canadian subjects. Biology includes molecular biology and biotechnology-related research. Chemical engineering: process design, materials, sustainable technologies. Best for students prioritizing engineering careers and industry experience.

6. McMaster University (Hamilton, Ontario)
Strong research environment in biomedical sciences, biochemistry, biotechnology, and engineering. Biology: biochemistry, molecular biology, biomedical science, microbiology. Chemical engineering: biochemical engineering, biotechnology, process design, materials. Suitable for health-related technologies, biomanufacturing, and connecting biological research with healthcare.

Other excellent universities worth considering

• University of Guelph: Particularly strong in biological sciences, microbiology, agriculture, food science, and applied biotechnology (industrial microbiology, fermentation, food-related applications).
• Queen’s University: Strong in biological sciences, chemistry, and engineering (materials, chemical processes, environmental technologies).
• University of Calgary: Worth considering for chemical engineering, energy technologies, environmental engineering, and biological sciences intersecting with industry.
• Dalhousie University: Good option for biology, marine and environmental sciences, microbiology, and research involving biological resources.

Practical comparison

University	Biology / Life Sciences	Chemical Engineering	Particularly suitable for
Toronto	Outstanding	Outstanding	Both fields, broad research
UBC	Outstanding	Excellent	Biotechnology, environment
McGill	Outstanding	Excellent	Molecular biology, biomedicine
Alberta	Excellent	Excellent	Energy, industrial chemistry
Waterloo	Very good	Outstanding	Engineering, co-op careers
McMaster	Excellent	Very good	Biotech, health technologies
Guelph	Excellent	More specialized	Microbiology, food, agriculture
Queen’s	Very good	Very good	Science and engineering research
Calgary	Very good	Very good	Energy, environmental applications
Dalhousie	Very good	More specialized	Marine and environmental biology

Notable Professors

Focus on internationally recognized principal investigators with strong labs and publication/innovation track records. The best fit depends heavily on specialization (e.g., molecular biology vs. industrial biotechnology or catalysis vs. pharmaceutical manufacturing). Always verify current lab openings, funding, and recent publications for graduate study.

Biology and Life Sciences

• Michael Houghton (University of Alberta) — Nobel Prize winner for contributions to the discovery of the hepatitis C virus. Research: virology, infectious diseases, vaccine research.
• Aneil Agrawal (University of Toronto) — Distinguished professor of evolutionary genetics. Research: evolutionary genetics, genomics, theoretical biology.
• Gary Brouhard (McGill University) — Molecular and cellular biology. Research: microtubules, cell structure and function, cytoskeleton.
• Milica Radisic (University of Toronto) — Bridges biology and engineering. Research: tissue engineering, biomaterials, regenerative medicine, biomedical systems.
• Marie-Josée Fortin (University of Toronto) — University Professor and Canada Research Chair in Spatial Ecology. Research: how global change (land use and climate) affects species spatial dynamics, biodiversity, and conservation (recipient of 2026 Killam Prize).
• Paul Hebert (University of Guelph) — Professor and founder/CEO of the Centre for Biodiversity Genomics. Pioneer of DNA barcoding; highly cited work transforming species identification.

Chemical Engineering and Interdisciplinary (Biology + Engineering)

• Vikramaditya G. Yadav (UBC) — Strong intersection of biology, chemical engineering, and industrial biotechnology. Research: biocatalysis, metabolic engineering, synthetic biology, bioprocess engineering, drug discovery, green chemistry.
• C. Perry Chou (University of Waterloo) — Metabolic engineering, microbial biotechnology, genetic engineering, fermentation, recombinant proteins, biomanufacturing.
• Noémie-Manuelle Dorval Courchesne (McGill University) — Canada Research Chair in biologically derived materials. Research: synthetic biology, bio-derived materials, bioelectronics, bioenergy.
• Corinne Hoesli (McGill University) — Canada Research Chair. Research: cellular therapy, stem-cell bioprocessing, biomedical engineering, regenerative medicine.
• Christopher Lawson (University of Toronto) — Microbiome engineering, synthetic biology, systems biology, microbial ecology, biological waste treatment.
• Ali Seifitokaldani (McGill University) — Electrocatalysis, renewable energy conversion, electrochemical technologies.
• Additional UBC Chemical & Biological Engineering faculty of note: Madjid Mohseni (water treatment and emerging contaminants), Előd Gyenge (electrocatalysis, batteries, fuel cells, CO₂ technologies), Emily Cranston (nanoparticles, bio-based materials, nanocellulose), Johan Foster (3D printing, biomaterials, cellulose nanomaterials).
• Michael K.C. Tam (University of Waterloo) — University Research Chair. Research: cellulose nanomaterials, functional colloids, self-assembly, air/water purification, sustainable packaging.
• Todd Hoare (McMaster University) — Biomaterials and related chemical engineering research.

Universities with strong combinations of relevant faculty

• Toronto: Milica Radisic, Christopher Lawson, Aneil Agrawal (and others) — biology, biomedical engineering, microbial engineering.
• UBC: Vikramaditya Yadav and Chemical & Biological Engineering faculty (including those listed above) — biotechnology, bioprocessing, synthetic biology.
• McGill: Noémie-Manuelle Dorval Courchesne, Corinne Hoesli, Ali Seifitokaldani — biomanufacturing, biomaterials, electrochemistry.
• Waterloo: C. Perry Chou, Michael K.C. Tam (and others) — metabolic engineering, fermentation, biomaterials.
• Alberta: Michael Houghton plus chemical and materials engineering faculty — virology, catalysis, biochemical engineering.

Recommendations by Research or Career Objective

• Fundamental biology, genetics, molecular biology: Prioritize Toronto, UBC, McGill, Alberta (add Guelph for agriculture, food science, applied microbiology).
• Chemical engineering and industrial employment: Prioritize Toronto, Waterloo, UBC, Alberta, McMaster (compare co-op, labs, and industrial partnerships).
• Biotechnology and biopharmaceuticals / biomanufacturing: Toronto, UBC (especially Yadav and related groups), McGill (Hoesli and others), McMaster, Waterloo (Chou). Look for biochemical engineering, bioprocessing, or chemical engineering with bioprocess specialization.
• Green chemistry, sustainable materials, clean energy: UBC, McGill, Alberta, Waterloo.
• Research master’s or PhD: Evaluate individual professors, recent publications, lab funding, available projects, and supervision opportunities—the specific research group often matters more than overall university rank. Biology and chemical engineering are typically separate degree pathways; interdisciplinary options include biochemical/biological engineering, biotechnology, or chemical engineering with bioprocess focus.

Quality is excellent by international standards in both fields. Biology/life sciences has a modest edge in global ranking prestige and research breadth at the very top. Chemical engineering matches or exceeds in applied outcomes, industry links, and employability. Leading institutions (Toronto, UBC, McGill, Alberta, Waterloo, and strong contenders such as McMaster and Guelph) all deliver high-caliber education and research opportunities.