Program Overview

Mathematical Physics Degree

The Mathematical Physics degree at the University of Waterloo is designed to provide students with a deep understanding of the mathematical and theoretical underpinnings of the laws of nature. This program allows students to explore the foundations of quantum theory and its applications in nanotechnology, atmospheric physics, fluid mechanics, and the structure of spacetime in cosmology.

Overview

• The program is offered through the Faculty of Mathematics or the Faculty of Science, with similar requirements and opportunities.
• Students will develop advanced mathematical problem-solving skills, preparing them for a wide range of careers.
• The program includes elective courses in relativity, astrophysics, fluid mechanics, and advanced/applied quantum mechanics.

Course Structure

First-Year Courses (Faculty of Mathematics)

• MATH 135 – Algebra for Honours Mathematics
• MATH 137 – Calculus 1 for Honours Mathematics
• PHYS 121 – Mechanics
• Choose one course from:
  • CS 115 – Introduction to Computer Science 1
  • CS 135 – Designing Functional Programs
• One communication skills course

First-Year Courses (Faculty of Science)

• PHYS 10 – Physics Seminar
• PHYS 121/121L – Mechanics/Laboratory
• MATH 135 – Algebra for Honours Mathematics
• MATH 137 – Calculus 1 for Honours Mathematics
• ENGL 193/COMMST 193 – Communication in the Sciences
• CHEM 120/120L – General Chemistry 1/Laboratory or EARTH 121/121L – Introductory to Earth Sciences/Laboratory or 100- or 200-level BIOL with lab (if applicable)

Upper-Year Courses

• About half of the classes will be Physics courses, with roughly the other half being Applied Mathematics and Math courses.
• Students can choose electives from many subject areas at Waterloo.
• Sample upper-year courses include:
  • AMATH 361 – Continuum Mechanics
  • AMATH 353 – Partial Differential Equations 1
  • PHYS 476 – Introduction to General Relativity
  • PHYS 359 – Statistical Mechanics

Skills Developed

• Foundations for theoretical physics
• Advanced mathematical skills
• Qualitative and quantitative analysis
• Systemic, rigorous, and flexible problem solving
• Applied programming and data analysis
• Creative application of knowledge to design new technologies

Customizing Your Degree

• Students can add additional areas of expertise to their degree by including one or more minors available to all Waterloo students.
• Advisors can help students explore which minors or specializations may fit into their plans.

Co-op Program

• The program is available as a co-op, providing students with relevant paid work experience.
• Sample co-op job titles include:
  • Design engineer-quality assurance
  • Project engineering support
  • Performance engineering co-op student
  • Science math peer tutor
  • Undergraduate research assistant
  • Application programmer
  • Quality assurance analyst

Career Opportunities

• Mathematical Physics graduates commonly pursue careers in industry analysis and modeling, software development, and theoretical physics research.
• Many graduates also pursue specialized master's and PhD studies.

Admission Requirements

• Apply to Mathematics or Physical Sciences and choose Mathematical Physics as your major.
• For Mathematical Physics majors in the Faculty of Mathematics, supplementary information forms, including the Admission Information Form, are required for admission.

Related Programs

• Physics
• Physics and Astronomy
• Applied Mathematics
• Pure Mathematics

Student Life

• Math Society (MathSoc) provides a wide range of clubs, services, and social and academic events for math students.
• Women in Mathematics (WiM) and Women in Computer Science (WiCS) promote gender equity and provide support for students.
• Campus-wide activities and events are available for students to get involved.