Chemistry - Physics
Chemistry-Physics as a joint degree at St Andrews bridges two disciplines that have always shared deep foundations and methods. Chemistry is the science of matter: its composition, properties, and the transformations it undergoes in reactions. Physics is the science of the fundamental laws that govern how matter and energy behave.
Together, they allow you to engage with some of the most technically demanding questions in contemporary science, from the quantum behaviour of molecules to the design of advanced materials and the chemical processes that underpin new energy technologies. The five-year integrated master's structure takes the learning to a higher level, completing with research-level engagement in the specialist topic you choose.
At the University of St Andrews, this five-year, full-time MChem includes a year abroad, adding an international academic dimension to an already demanding and intellectually rich programme. You will study the fundamentals of both chemistry and physics, developing the mathematical and experimental skills that both disciplines require, before specialising in topics at their intersection. Chemistry at St Andrews interfaces with biology, physics, mathematics, medicine, and geology, and the joint degree with physics reflects that natural interdisciplinarity.
The programme prepares you for careers and further study where the depth of both disciplines and the ability to work across their boundary is genuinely valuable. The typical entry tariff is 232 UCAS points, reflecting the academic demands of the programme.
Graduates from chemistry-physics programmes are well placed in materials science, pharmaceutical and chemical industries, advanced technology development, nanotechnology, energy research, and academic research. The integrated master's qualification makes graduates particularly competitive for doctoral research and industrial research and development roles. Postgraduate study at PhD level in chemistry, physics, materials science, or related fields is the natural route for those who wish to pursue research careers, while industrial roles in the chemical, pharmaceutical, and advanced materials sectors are strong alternatives.