Biochemistry

Biochemists ask questions such as: How do fireflies create light and how can this bioluminescence be used as a research tool? What causes mad cow disease and how can this disease be cured? How can some bacteria thrive in boiling temperatures?

Biochemists are curious about how and why biological processes happen, and they research answers down to the molecular level. During the course of your studies, much of your learning will occur while actively working on problems in class, during tutorials, and in the laboratory. This degree will provide you with an understanding of the theory and practical use of current techniques used in biochemical research, and will give you an understanding of newly evolving fields such as bioinformatics and functional proteomics.

Career opportunities

​Biochemists have global opportunities to work in areas such as biotechnology, toxicology, clinical chemistry, animal science, and more. A degree in Biochemistry can also be used as a stepping-stone to graduate studies or a professional degree such as pharmacy, medicine, teaching, veterinary medicine, or law.

Program highlights

• Collaborative team work - Interact with your peers while learning to collaborate on projects.
• Practical research opportunities - Gain hands-on experience learning techniques and using tools to address real-world issues.
• Lab work - Learn how to use tools and develop techniques within a supervised laboratory setting.
• Study abroad opportunities - Cultural and academic experiences at destinations around the world.

Courses in this program

DNA, Inheritance and Evolution, Linear Methods I, Mechanics, University Calculus I, Energy Flow in Biological Systems

Detailed course information

First year Degree Guide - Science

Program description and courses (Course Calendar)