Human Biology University of Toronto

Overview

The Human Biology programme at the University of Toronto provides an interdisciplinary framework for students to explore the biological, social, and environmental factors influencing human health. This collaborative initiative, homed in Cell and Systems Biology, bridges the Faculty of Arts and Science with the Faculty of Medicine to deliver a comprehensive educational experience. Students engage with cutting-edge scientific research while examining the complexities of our species through multiple academic lenses.

Why Human Biology at the University of Toronto?

The programme is distinguished by its strong academic relationships across various departments and hospital research institutes. Students benefit from award-winning faculty members who are at the forefront of teaching innovation. The curriculum offers diverse experiential learning opportunities, including service learning with local organisations in Toronto and undergraduate research in world-class laboratories. This environment fosters critical and creative thinking, preparing graduates for complex challenges in the global health and biological sectors.

Tuition Fee Breakdown

• International fee: CAD 63570 per year
• National fee: CAD 6100 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum begins with foundational life science courses before progressing to specialised seminar and laboratory work. Modules may include:

• Neuroscience
• Applied Genetics and Biotechnology
• Health and Disease
• Global Health
• Indigenous Holistic Health
• Neurobiology of Behaviour
• Vertebrate Histology and Histopathology
• Human Evolutionary Genomics
• Biomedical Advances and Technologies

Careers with Human Biology

Graduates are equipped with an interdisciplinary education that serves as a significant asset in the biological and health sciences industries. The programme prepares students for professional paths in medicine, biotechnology, and public health research. By developing quantitative and analytical reasoning skills, alumni are well-positioned for roles in clinical practice, genetic counselling, and health policy development. The integration of laboratory experience and community-engaged learning ensures that students are ready for diverse careers in both the public and private sectors.