
Master of Bioinformatics
Understanding life and health through biological data.
Bioinformatics is the development and application of computational and statistical techniques for solving problems involving complex biological data. This emerging discipline is growing rapidly alongside technological developments for large-scale data generation in the life sciences, such as in genomics, proteomics, functional pathway analysis, health sciences, and biodiversity.
Demand is accelerating for new approaches for data storage, retrieval, analysis, and applications. A new generation of professionals is required to meet this demand, having bioinformatics skills and the capacity to create new approaches.
The Master of Bioinformatics program is a three-semester course-based master’s degree, which provides life science graduates with the skills needed to work with the complex data now routinely generated by researchers across all disciplines. The program trains students in statistics, programming, and data analysis approaches so as to manage, analyze, and interpret large volumes of data from across science disciplines.

Degree Details
The course-based program takes one year (three semesters), providing life science graduates with the skills to analyze datasets and develop new bioinformatics approaches. Students will be able to apply the skills learned through courses to analyze datasets and develop new bioinformatic approaches, under the guidance of two faculty members experienced in the field.
Students enter and take three courses in the fall, another three courses in the winter, and perform a research project over the summer, with an opportunity to extend the project into a fourth semester.
Due to the interdisciplinary nature of our bioinformatics program, a wide variety of research projects are available from which you will be able to choose one that best fits your career goals and interests. An advisor does not need to be identified before starting the program; applicants identify their advisor and research project during the program. Research projects are with university faculty, as well as public and private sector partners.
- Top 150 in the World
- for Life Sciences (Times Higher Education 2026)
- #1 in Total Research Dollars
- in Canada for a Comprehensive University (Maclean’s)
- Top Comprehensive University
- in Canada (Maclean’s)
- $187 Million+
- in Research Revenues Each Year

Why Guelph?
Guelph is one of the fastest-growing cities in Canada, but maintains the charm and appeal of a small university town. The university campus is in close proximity to the downtown core, which hosts excellent restaurants, bistros, and specialty stores, and near Toronto, Canada’s largest city, and several international airports.
Hear from Master of Bioinformatics Graduates

The MBINF program at U of G taught me to be a resourceful bioinformatician. Bioinformaticians work in every corner of biology and beyond. You cannot learn all the applications within a single program. Still, MBINF emphasizes teaching about available resources and research strategies and using documentation to learn new programs or coding languages. These skills have enabled me to continue learning as a Bioinformatics Scientist at the National Human Genome Research Institute (NHGRI).

The Master of Bioinformatics program allowed me to develop a multitude of skills, including programming in Bash, Python and R, interdisciplinary collaboration, and, most importantly, the ability to learn how to learn. I am currently a bioinformatician at SickKids and use these skills to develop new ones daily.

I can easily recognize how the University of Guelph’s Master of Bioinformatics program gave me the skills and knowledge necessary to explore the many dimensions of medicine, even now at the outset of my medical career. Prior to beginning the MBINF program, I had very little exposure to statistics, programming, or bioinformatics as a whole; I had just completed a bachelor’s degree in Arts and Science in which I tailored my studies to a future in medicine, oblivious to the impact that the MBINF program would have on my career.

The Master of Bioinformatics program taught me several concepts in Bioinformatics, which included programming in R and bash, Next-Generation Sequencing analyses, and statistical methods. Currently, I am a research assistant at the University of Toronto, where I analyze single-cell RNA-sequencing data from control and stroke-induced brains from mice to study the temporal and spatial changes within their transcriptomes. Ultimately, the program prepared me not only for expanding my skills as a bioinformatician, but also prepared me for the workforce and building my career. I am very thankful for completing my master’s degree at the University of Guelph because it prepared me for success.
Meet Some of Our Faculty

















Career Opportunities
Within a year of completing the program, more than 85% of graduates of the Master of Bioinformatics program were working in their field of study in positions such as:
- Bioinformatics analyst
- Bioinformatics consultant
- Bioinformatician
- Biomedical lab case manager
- Business analyst
- R&D data engineer
- Scientific analyst
Admission Details
Contact Us
Patricia Van Asten, Bioinformatics Program Manager
bioinformatics@uoguelph.ca
519-824-4120 x56474
Dr. Karl Cottenie, Interim Director
cottenie@uoguelph.ca
