School: College of Engineering and Physical Sciences, School of Physics and Astronomy. This three-year Bachelor of Science (Honours) program in Physics with Particle Physics and Cosmology enables students to focus on the fundamental building blocks of our universe – searching for answers to the biggest questions by studying the smallest particles and their fundamental interactions, and their role in how the universe began and may develop. The curriculum covers core physics principles such as quantum mechanics, classical mechanics, electromagnetism, and statistical physics, alongside specialized courses in particle physics and cosmology. Students learn from global experts taking part in cutting-edge research at CERN and other international laboratories and observatories. Opportunities may include visits to CERN, project work, and a major final-year group project that develops teamwork and problem-solving skills. The program is accredited by the Institute of Physics (IOP).

Career options for graduates of this program are diverse, applying strong analytical, problem-solving, programming, and mathematical skills. Potential roles include research scientist (in particle physics, cosmology, or related fields), data analyst, scientific programmer, financial services analyst, and roles in technology, defence, and information technology. Graduates are well-prepared for postgraduate study (e.g., MSci or PhD) in particle physics, cosmology, astrophysics, or related disciplines. The University of Birmingham's Russell Group membership, its excellent graduate prospects, and its direct ties to world-leading research at CERN and other international observatories significantly enhance career opportunities.

The University of Birmingham is a member of the UK's prestigious Russell Group, indicating a high standard of research and teaching in physics. 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. The School of Physics and Astronomy has state-of-the-art study spaces, computing suites, and laboratories, including its own particle accelerator and labs used for the construction of detectors for CERN's Large Hadron Collider. Students are taught by academics who are global experts, providing a research-led education with opportunities for engagement with cutting-edge developments. The flexibility to swap between single honours physics courses in the early stages is also an advantage.