University of Guelph

What you'll study

The Bachelor of Mathematics curriculum builds a strong foundation in core mathematical areas and offers options to specialise in pure mathematics, applied mathematics, statistics or computational mathematics. Typical core topics include calculus, linear algebra, real analysis, abstract algebra, differential equations and probability and statistics. Applied and elective modules often cover numerical analysis, optimisation, mathematical modelling, stochastic processes, time series, scientific computing and topics in mathematical biology or financial mathematics.

Program pathways commonly include an honours option with a research or capstone project, and students can choose elective courses from computer science, physics, economics or engineering to tailor their degree. Coursework balances theory and practice through problem classes, computer-based assignments using mathematical software, and opportunities for independent study or supervised research with faculty.

Entry requirements

Admission is normally based on secondary school qualifications equivalent to the Ontario Secondary School Diploma. Applicants are expected to have strong preparation in mathematics—typically including advanced functions and calculus (or calculus and vectors)—and English. Competitive applicants have high grades in senior-level mathematics and supporting sciences.

International applicants must meet equivalent academic standards and demonstrate English language proficiency through an accepted test or qualifications. Mature students and transfers from other post-secondary institutions are considered on the basis of prior university-level mathematics courses and overall academic performance. Specific admission processes and any program-specific forms are available from the university's admissions office.

Career prospects

Graduates with a Bachelor of Mathematics are well placed for careers that require quantitative analysis, logical reasoning and modelling skills. Typical roles include data analyst, statistician, actuarial analyst, quantitative analyst in finance, software developer, operations research analyst and risk analyst. Many graduates move into graduate study in mathematics, statistics, computer science, engineering, economics or actuarial science.

The programme’s combination of theoretical training and applied coursework also supports careers in government, consulting, technology firms, biostatistics and research institutions. Co-op placements, internships and project work enhance employability by providing practical experience and industry contacts.

Why study at University of Guelph

The University of Guelph offers a supportive learning environment with relatively small class sizes, accessible faculty and opportunities for interdisciplinary study. Mathematics students benefit from active research groups, computing facilities and options to combine mathematics with complementary disciplines such as computer science, economics or biology.

Guelph emphasises experiential learning—through projects, research supervision and applied placements—which helps students translate mathematical skills into practical experience. The campus community is known for strong student support services, clubs and academic advising that help students plan academic pathways and career development.