26 Biochemistry Degree Programs in Canada

Chemical and Biochemical Engineering offers a Masters in Engineering (MEng) course-based degree program that is structured to advance knowledge of practical interest in specialized fields and to provide students with the skills necessary to address key technological challenges. This degree program is well-suited for working professionals and those seeking careers in the industrial sector. Our MEng program provides opportunities to gain industry-related experience through co-op placements and industry-sponsored projects. MEng is a one-year program. Students are required to complete 10 courses OR 8 courses and a project.

The Bachelor of Science degree with a joint major in biochemistry and microbiology enables students to acquire superior knowledge about the functioning of life on a microscopic scale and to develop advanced skills in the laboratory.

Biochemistry is an interdisciplinary program which combines Biochemistry, Cell Biology, Genetics, and Microbiology with the techniques of the physical sciences to investigate living systems.

Bachelor of Science (BSc) in Physics and Biochemistry where Physics helps you better understand the world. Biochemistry describes the fundamental molecular basis of life. In this program, you will conduct research while discovering the biophysics and biochemistry of our world.

Biochemistry is the study of all living systems at the molecular level. It looks at the chemical and physical basis of life and how these living systems interact with their environments. It is a demanding field that combines expertise in the biological sciences, chemistry, physics and mathematics. Versatility and intense curiosity are the hallmarks of successful biochemists, as they draw on knowledge from a variety of fields to investigate the molecules that facilitate life.

An introductory biochemistry course focusing on the chemical basis of life. This course emphasizes the biochemistry and function of proteins, DNA, carbohydrates and lipids in living systems. Other topics covered include bioenergetics, properties of enzymes, regulation of enzymatic activity, and current laboratory technology used in the recovery and analysis of DNA and proteins.

Biochemistry program at York is your gateway to an exciting and rapidly evolving field. Biochemistry is the study of the chemistry of life, and as all fields of biology are increasingly seeking understanding at the molecular and submolecular levels, Biochemistry continues to be vitally important to advancing many areas of biology and biomedical science.

The Biochemistry and Molecular Biology Biology B.Sc. Program combines the rigour of chemistry with the fascination of living systems, and is therefore the traditional major for students with biomedical interests. Majors begin their studies with a broad set of courses in the natural sciences. In the second year, biochemistry is introduced, leading to third year explorations of DNA, the blueprint of life, proteins, the machines that make our bodies work, and a wide range of other molecular topics. 

Biochemistry may not give you the answers to the meaning of life, but it can tell you how life works. As a biochemist, you will study the chemical processes that occur within the cells of living organisms. You could use your knowledge of cellular processes and molecular inheritance to combat disease, engineer pest-resistant crops, or develop microorganisms to clean up oil spills.

Bachelor of Science (BSc) Study the latest developments in biochemistry. Uncover explanations of the molecular basis of life. Learn technical skills in our lab courses and enter the world of biochem through our co-op and career program. You can even conduct your own research under the guidance of a faculty member.

Biochemistry and Molecular Biology (BCMB) investigates how molecules work in living systems. There is no clear line dividing living from non-living systems; rather, there is a gradual increase in complexity from clearly inanimate molecules up to obviously complex organisms. The goal of biochemistry and molecular biology is to understand how simple, inanimate molecular interactions support life.

In the past 200 years, advances in techniques and tools have allowed biochemists to focus on these fundamental questions: How do organisms use chemical compounds to thrive? How do organisms adjust to changes in their environment and how can our knowledge of the chemistry of life be applied to improving the human condition? To answer these questions, we study the structures of molecules – such as enzymes – and the diverse metabolic processes – such as the Krebs cycle – that are fundamental to life. In Biochemistry, you'll create chemicals. Analyze genes. Explore the fundamentals of metabolism. You’ll start with a broad science foundation in first year, including chemistry, biology, physics, and calculus.

Biochemistry is the branch of science that explores the structures and chemical processes of molecules in living organisms that interact to form cells, tissues, and whole organisms. The Biochemistry program at Queen’s provides students with in-depth training in a wide range of important topics that are related to these processes, including the mechanisms of cancer progression, cellular communication, and the molecular and chemical basis of infection, inheritance, and disease. The program also offers opportunities for students to explore rapidly expanding fields in molecular genetics, metabolism of biomolecules, bioengineering, and regenerative medicine through hands-on training with professors in research labs.

The Biochemistry program at Bishop’s offers the student an opportunity to tailor their final degree to meet their interests, strengths and future needs. This is accomplished through the offering of three program specializations : General, which provides a broad background in several relevant fields of biology, biochemistry and chemistry; Molecular Biology, which places greater emphasis on the molecular and cellular fields; or Chemistry, which is focused in chemistry.

At Mount Allison, Biochemistry students begin their studies by examining the world around them at the molecular level. As part of the Department of Chemistry and Biochemistry, the program is designed to provide students with a solid science foundation in the first two years, with paths for specialization in third and fourth years.