Please note: this degree is only accepting applications to transfer directly into the third year of the programme for 2021 entry.
Applied Physics is essential for innovation. This degree provides an opportunity for engagement in physics that will shape our future world.
- Opportunity to undertake work placements in the London area and research projects in industries and research institutes
- Student-centred approach to teaching and learning; tailor your own studies by choosing from a variety of optional modules
- Graduates go on to work in the Research & Development departments of high profile industries and research institutes
Why study Applied Physics?
Applied Physics focuses on the engineering aspect of physics, meaning that greater emphasis is given to the real life applications of what you are taught.
The course is based on active, problem-based. learning. You will learn about a range of topics that are considered important to future technology and - more importantly - humanity. The degree aims to equip you with all the skills needed to be highly employable.
Collaborations with local industries (such as the National Physical Laboratory (NPL) and Culham Centre for Fusion Energy) in areas ranging from nanotechnology to medical physics, will aid your development and ensure you're well prepared to pursue a career in academia or industry after graduating.
Why St Mary's?
Lectures and tutorials are blended with practical classes to give to you a robust and well-rounded education in physics. A very strong emphasis is given to applications of physics in our daily lives, with the aim of developing the next generation of talented applied physicists.
Throughout the degree, you will undertake individual and group project work either within the Applied Physics department or with one of our industry partners. You will also have the opportunity to learn popular programme languages (including Matlab and Python) for advanced data analysis and modelling.
Specific modules are designed to develop industry-standard skills in computing and programming, including data processing. Specialist content in the final year of the course is strongly influenced by research expertise within the Applied Physics Department and our industry partners.