Mathematical Physics degree

As a Mathematical Physics graduate, you'll have a powerful blend of advanced mathematics, theoretical modelling, and problem-solving skills, making you valuable in both scientific research and high-level industry roles.

You’ll be able to translate complex real-world systems into precise mathematical frameworks, which opens doors far beyond academia – especially in technology, engineering, finance, software/machine learning, and data-driven fields where abstraction and analytical thinking are essential.

The careers listed below are examples of what you might be able to pursue. Through the courses you take, specializations you choose, extracurriculars, and any work experience you gain, you'll graduate with a degree that's uniquely you and be ready to pursue a career that's right for you!

Data analyst

Working with data, you would uncover patterns and trends that help organizations make smarter decisions. Use spreadsheets or programming tools to organize information and turn numbers into clear, meaningful insights. Each project gives you the chance to solve problems using logic, analysis, and critical thinking.

Actuarial specialist

Apply math and statistics to help insurance companies understand and manage risk. You might predict the likelihood of events like accidents or natural disasters and calculate the financial impact. Through your analysis, you would help guide important decisions that balance risk and cost.

Quantitative analyst (finance)

Within the fast-moving world of finance, use advanced math to model markets and support investment strategies. Analyze trends or build mathematical models that guide trading and financial decisions. Your skills will allow you to turn complex data into strategies that shape how money is managed and invested.

Software developer (mathematical applications)

Design and build software that solves complex problems, often using algorithms based on mathematics. This could include simulations, optimization tools, or data systems. It’s perfect if you enjoy both coding and logical thinking.

Operations research analyst

Help organizations solve complex problems like scheduling, logistics, or resource allocation. By applying mathematical models, Find the most efficient solutions. It’s a practical career where your math skills improve real-world systems.

Financial strategist

Evaluate financial data to help companies make investment or budgeting decisions. Your math skills help you analyze trends and assess risks. It’s a strong option if you’re interested in business and numbers.

Cryptography analyst

Use mathematics to create and break codes that protect information. This work is essential for cybersecurity and secure communication. It’s a fascinating path if you enjoy puzzles and protecting digital systems.

Machine learning engineer (entry-level)

Help build systems that learn from data, such as recommendation algorithms or predictive tools. This role relies heavily on mathematical concepts like linear algebra and probability. It’s a great fit if you’re interested in artificial intelligence.

Simulation and modelling specialist

Create mathematical models to simulate real-world systems, such as weather, traffic, or physical processes. These models help predict outcomes and test ideas safely. It’s ideal if you enjoy applying theory to real-world scenarios.

Risk management analyst

Assess potential risks for organizations, from financial losses to operational challenges. By using mathematical models, you help companies prepare for uncertainty. It’s a career that combines analysis with strategic thinking.

Statistician (entry-level)

Collect, analyze, and interpret data to answer important questions. This could involve designing surveys, running experiments, or working with large datasets. It’s a great choice if you enjoy working with numbers and drawing conclusions.

Technical consultant (math/physics focus)

Advise organizations on solving technical problems that require strong analytical skills. This might include optimizing systems or improving performance using mathematical approaches. It’s a dynamic role where you apply knowledge across industries.

Game developer (physics systems)

Design realistic movement and interactions in video games using physics and mathematics. This could include simulating motion, collisions, or environments. It’s a creative career that blends science with entertainment.

Engineering support specialist (mathematical modelling)

Assist engineering teams by building models that test designs and predict performance. Your insights would help improve products before they’re built. It’s a great option if you enjoy applying math to engineering challenges.

Scientific computing expert

Develop and run large-scale computations to solve scientific or technical problems. This might involve simulations in physics, finance, or engineering fields. It’s ideal if you enjoy programming and using math to tackle complex systems.

Learn about the future of careers in math, coding, and data or the future of careers in science.

What's the difference between Mathematical Physics in the Faculty of Science and in the Faculty of Mathematics?

You can earn your Mathematical Physics degree through the Faculty of Mathematics or the Faculty of Science. What's the difference?

• While most of your first-year courses will be similar, you'll take two science breadth courses in the Faculty of Science versus two Computer Science courses in the Faculty of Mathematics. 
• You'll take more science or math courses in your upper years depending on which entry program you choose.
• The degree you earn will be either a Bachelor of Mathematics (BMath) through the Faculty of Mathematics or a Bachelor of Science (BSc) through the Faculty of Science.
• Depending on your interests and whether you'd like to earn a math or science degree, you'll apply to one of two entry programs: Mathematics or Physical Sciences (which have different admission requirements). You'll then choose Mathematical Physics as your major within one of these entry programs.
• The courses required to earn your degree will focus more on math or science.
  • Bachelor of Mathematics requirements
  • Bachelor of Science requirements

How do the math courses compare to high school?

The math courses in Mathematical Physics are more focused on proving a theory or problem rather than computing or defining a specific answer. This type of math may be very different than your high school math. You may find the math similar to trigonometric identities problems.

How do the physics courses compare to high school?

The physics courses in Mathematical Physics focus on conceptual understanding and application of physical laws and principles rather than memorization. You will not be generating numerical answers to specific problems, but rather general algebraic answers, which you learn to interpret to reveal the more interesting underlying physics.