Physics with Medical Applications in MPhys

4 Years On Campus Bachelors Program

Queens University Belfast

Program Overview

Queen’s MPhys Physics with Medical Applications is perfect for students who want to apply physics to healthcare—combining rigorous science with real-world impact.
You’ll study everything from radiation physics and medical imaging to quantum mechanics and data analysis, preparing for careers in medical physics, healthcare technology, or research.

Curriculum structure

Year 1: Core Physics and Scientific Communication
Students begin with Classical Physics, Mathematics for Scientists, and Laboratory Physics, gaining foundational skills in mechanics, waves, and experimental techniques. Modules like Frontiers of Modern Physics and Physics and Communication introduce quantum concepts and build confidence in scientific writing and presentation.

Year 2: Expanding into Quantum and Medical Physics
You’ll study Quantum Physics, Electromagnetism, and Thermal Physics, alongside Laboratory Physics 2 and Theoretical Physics. The Medical Physics module introduces key concepts in radiation, imaging, and diagnostic technologies.

Year 3: Specialisation and Independent Research
This year includes Atomic and Nuclear Physics, Condensed Matter Physics, and Particle Physics, plus Medical Physics 2, which explores advanced imaging techniques, radiation therapy, and safety protocols. You’ll also complete a Project in Physics, investigating a topic aligned with medical applications.

Year 4: Advanced Topics and MPhys Research Project
The final year features Advanced Topics in Physics and a substantial MPhys Project, where students work closely with academic researchers on investigations in medical physics—often involving simulation, instrumentation, or clinical collaboration.

Focus areas: medical imaging, radiation physics, quantum mechanics, diagnostic technologies, nuclear physics
Learning outcomes: apply physics to medical technologies; analyse imaging and radiation data; conduct independent research; use scientific software; communicate technical ideas effectively
Professional alignment (accreditation): accredited by the Institute of Physics (IOP)
Reputation (employability rankings):

Top 170 globally for Physics and Astronomy (QS World University Rankings by Subject 2023)
94% of Physics graduates in employment or further study within 15 months (Graduate Outcomes Survey)
Queen’s ranked in the top 10 in the UK for research intensity (REF 2021)

Experiential Learning (Research, Projects, Internships etc.)

Queen’s MPhys Physics with Medical Applications gives students the chance to apply physics directly to healthcare—combining experimental science with clinical relevance.
You’ll gain practical skills in radiation physics, medical imaging, and instrumentation, supported by hands-on lab work, research projects, and access to specialist facilities.

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

Laboratory Physics (Years 1 & 2): Students develop hands-on skills in optics, electromagnetism, and mechanics using modern equipment and data acquisition tools.
Medical Physics Modules (Years 2 & 3): Cover radiation safety, diagnostic imaging, and therapeutic applications, often supported by simulation and clinical case studies.
Project in Physics (Year 3): A supervised research project where students explore topics like MRI physics, radiation dosimetry, or imaging technologies.
MPhys Project (Year 4): A substantial research investigation in medical physics, often involving collaboration with Queen’s research centres or clinical partners.
Scientific Software: Students use Python and MATLAB for data analysis, simulation, and 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 Plasma Physics, CTAMOP, and links to clinical research through the Patrick G Johnston Centre for Cancer Research.
Libraries and Study Spaces: Students benefit from the McClay Library and dedicated physics study areas within the School of Mathematics and Physics.

Progression & Future Opportunities

Graduates of Queen’s MPhys Physics with Medical Applications are uniquely equipped to bridge the gap between science and healthcare—applying physics to solve clinical challenges and improve patient outcomes.
Typical roles include medical physicist, radiation protection specialist, imaging analyst, and healthcare technology researcher. 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 clinical and research partners such as the Patrick G Johnston Centre for Cancer Research and regional healthcare providers, supporting placements and research 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 hospitals, research labs, regulatory bodies, and medical technology companies across the UK and internationally.

Further Academic Progression:
Graduates are well-prepared for PhD study in medical physics, radiation science, biomedical engineering, or clinical imaging. Queen’s offers postgraduate research opportunities aligned with its strengths in healthcare technologies and interdisciplinary science.