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Biochemistry

Study the molecules at the core of life processes and make a difference in the fields of medical research, biotechnology, pharmaceutics and many others within a degree in biochemistry.

Overview

Make a difference in medical research, genetic engineering, forensics and many other fields with a biochemistry degree.

What is biochemistry? 

Biochemistry is the science that covers the chemical processes of living things, allowing us to learn more about our bodies and the living organisms around us. Biochemists work in a variety of areas, often conducting research on DNA, cell molecules, or developing safe drugs for society. They can also assist in forensic cases and with agricultural methods.

What you’ll learn

As a student in the Biochemistry program at Laurentian University, you’ll gain a comprehensive understanding of the structure and properties of the molecules found in living organisms. In the first two years of the program, you’ll acquire a strong foundation in the basic principles of Biology and Chemistry. You will then use this knowledge in the final two years to gain a deep understanding of subjects such as the molecular basis of diseases, cell metabolism, molecular biology, enzymology, genetic engineering and immunology.

Hands-on experience

Our small class size provides unique opportunities, such as paid teaching assistantships, one-on-one instruction during labs, and the use of research-grade equipment. With over 400 hours of required lab work, an honours thesis and the option of co-op and internship placements, our students acquire hands-on skills which are sought after by employers.

When you graduate

When you complete the program, you’ll graduate with the skills needed to pursue careers in the health professions, R&D and quality control for a variety of industries, science communication, education and many others.

The program provides a solid foundation for medical school, dental school, optometry school, and veterinary school. You can also continue your studies in our Master of Science in Chemical Sciences program or pursue a Master of Science Communication.

The Specialization in Biochemistry is accredited by the Canadian Society for Chemistry (CSC).

Canadian Society For Chemistry logo

Key Features

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Take advantage of many experiential learning opportunities such as summer jobs in research labs, an honours thesis, a co-op option, and internships.
A scientific test tube and a vial
Small classes provide unique opportunities, such as paid teaching assistantships, one-on-one instruction in labs, and the use of research-grade instrumentation.
A thought bubble in a head
Certificate in Environmental Solutions
Explore the intersection of science and environmental advocacy through the certificate, choosing between courses in Biology, Chemistry, Engineering, History, Law, and more. This certificate is available to students in all programs and equips students with the knowledge to address pressing environmental challenges.

Career Opportunities

With a biochemistry degree, you can work in healthcare, biotechnology, environmental science, or research. Some career options include, but are not limited to:

  • Biomedical researcher
  • Biotechnologist
  • Chemist
  • Clinical lab technologist 
  • Geneticist
  • Healthcare professional, such as a dentist, doctor, optometrist, pharmacist, etc. (requires advanced studies)
  • Laboratory technician
  • Patent lawyer (requires law school)
  • Pharmaceutical scientist 
  • Quality control specialist
  • Research and development officer (life sciences, pharmaceutical and biomedical research, biotechnology)
  • Science communicator
  • Science teacher
  • Toxicologist
a young female student is measuring a chemical compound while working in a lab

Alyssa Murray

Throughout my three years at LU, I have really enjoyed my university experience. Being a relatively small university, I equate Laurentian to be a supportive community that encourages one another. Every year I am overwhelmed with how welcoming and helpful all of the students, professors, lab techs and teaching assistants in the Chemistry and Biochemistry Department are. 

The class sizes in upper years are very small (I currently have a class of 10 people). The impact of class size may not seem like much going into university but the difference in learning between a class of 300 and a class of 10 is enormous. With the smaller classes, you have the opportunity to have one-on-one interactions with your professor, for them to learn your name and get to know you as both a student and an individual.

a young female student is measuring a chemical compound while working in a lab

Does this program interest you?

Take an in-depth look at program details, courses, and degree options!

Program Details