School: College of Engineering and Physical Sciences, School of Physics and Astronomy. This three-year Bachelor of Science (Honours) program in Physics with Medical Physics provides a strong foundation in core physics principles combined with a specialized focus on their applications in the medical and healthcare sectors. The curriculum covers fundamental physics topics (e.g., electromagnetism, quantum mechanics, classical mechanics, statistical physics) alongside specialized modules in medical physics, often including areas like medical imaging (e.g., using facilities like the MC40 Cyclotron to produce medical isotopes), radiation therapy, and biomedical applications of nuclear facilities. The program emphasizes "research-led education" and offers opportunities to use industry-level equipment. The "Hons" designation in the UK indicates an undergraduate degree with a higher level of academic rigor and specialization. The University has strong links with the Physics Department at the Queen Elizabeth Hospital, Birmingham.

Career options for graduates of this program are diverse and highly relevant to the healthcare, medical technology, and research sectors. Potential roles include medical physicist (e.g., in hospitals for diagnostic imaging or radiotherapy), research scientist (in biomedical physics or related fields), clinical scientist, data analyst, and roles in medical device development, pharmaceuticals, and biotechnology. Graduates are well-prepared for postgraduate study in medical physics or related disciplines. The University of Birmingham's Russell Group membership, its status as a red brick university, and its research-intensive learning environment with strong links to medical research and unique nuclear facilities enhance graduate prospects.

The University of Birmingham is a member of the UK's prestigious Russell Group, indicating a high standard of research and teaching across its disciplines, including physics and its medical applications. It is a highly ranked red brick university in the heart of England, signifying a long-standing tradition of academic excellence. Birmingham is the UK's second largest city and very multicultural, offering a vibrant and diverse environment with strong potential for networking and career opportunities. The program benefits from significant investments in medical physics facilities, including a cyclotron that produces medical isotopes for the NHS, and active research programs in medical applications like radiotherapy, providing unique practical experience.