BSc in Applied Mathematics and Physics

Queen’s BSc Applied Mathematics and Physics gives students the chance to explore how mathematical models and physical laws solve real-world problems—from engineering systems to quantum technologies.
You’ll gain hands-on experience in labs, use scientific software, and work on independent research that blends theory with application.

Here’s how Queen’s delivers experiential learning for this program:

• Laboratory Physics (Years 1 & 2): Develops experimental and computational skills using modern equipment across mechanics, optics, and electromagnetism.
• Mathematical Physics & Differential Equations (Year 2): Focuses on modelling dynamic systems and solving complex problems using analytical and numerical methods.
• Advanced Mathematical Methods (Year 3): Offers deeper engagement with topics like vector calculus, complex analysis, and symbolic computation.
• Project in Physics (Year 3): A major independent research project where students investigate a topic of their choice, often aligned with Queen’s strengths in applied mathematics or computational physics.
• Scientific Software: Students use Python and MATLAB for data analysis, simulation, and mathematical modelling throughout the program.
• Group Work and Communication: Modules like Physics and Communication build teamwork and presentation skills through collaborative assignments and scientific writing.
• Access to Specialist Facilities: Includes the Centre for Theoretical Atomic, Molecular and Optical Physics (CTAMOP) and the Institute for Electronics, Communications and Information Technology (ECIT).
• Libraries and Study Spaces: Students benefit from the McClay Library and dedicated physics study areas within the School of Mathematics and Physics.

Graduates of Queen’s BSc Applied Mathematics and Physics are known for their ability to model, simulate, and solve complex problems—making them highly employable across science, engineering, and finance.
Typical roles include data analyst, mathematical modeller, software developer, and research scientist. Here’s how Queen’s supports your future success:

• Careers, Employability and Skills Service: Offers tailored support including career coaching, employer networking events, and access to the MyFuture platform for internships and graduate roles.
• Graduate Outcomes: 94% of Physics graduates are in employment or further study within 15 months (Graduate Outcomes Survey).
• Industry Connections: Queen’s collaborates with organisations such as the UK Atomic Energy Authority, local engineering firms, and tech companies through research and placement opportunities.
• Accreditation Value: The degree is accredited by the Institute of Physics (IOP), supporting your path to Chartered Physicist (CPhys) status.
• Graduate Employers: Alumni have gone on to work in data science, aerospace, software development, and academic research across the UK and internationally.

Further Academic Progression:
Graduates often pursue MSc or PhD study in applied mathematics, computational physics, or engineering modelling. Queen’s offers postgraduate options aligned with its research strengths in mathematical modelling, quantum technologies, and numerical simulation.