Physics Aberystwyth University

Overview

The Physics programme at Aberystwyth University provides a comprehensive foundation in one of the oldest and most influential academic disciplines. Students engage with theoretical breakthroughs and practical applications that drive modern technology and scientific innovation within a supportive and innovative learning environment.

Why Physics at Aberystwyth University?

Physics has been a cornerstone of the institution since its foundation, offering a long-standing tradition of excellence in teaching and research. The curriculum is fully accredited by the Institute of Physics (IOP), ensuring that the education meets the high standards required for professional membership and future career progression.

Students benefit from learning alongside researchers who are actively involved in high-profile international projects. Current departmental research includes contributions to the European Space Agency ExoMars mission and the engineering of advanced low-dimensional materials such as graphene. All lecturers are qualified to PhD level, providing expert guidance across various specialisations.

Tuition Fee Breakdown

• International fee: GBP 21875 per year
• National fee: GBP 9535 per year

Visit the Fees and Funding section for a breakdown in your local currency.

Syllabus

The curriculum is structured to build fundamental knowledge before moving into specialised areas of investigation. Modules may include:

Year 1

• Algebra and Differential Equations
• Calculus
• Dynamics, Waves and Heat
• Electricity, Magnetism and Matter
• Laboratory Techniques for Experimental Physicists and Engineers
• Mathematical Methods for Physics and Engineering
• Modern Physics
• Astronomy

Year 2

• Electricity and Magnetism
• Mathematical Physics
• Numerical Techniques for Physicists
• Optics
• Practical Research Skills
• Principles of Quantum Mechanics
• Sensors, Electronics & Instrumentation
• Thermodynamics

Year 3

• Condensed Matter Physics
• Lasers and Photonics
• Materials Physics
• Particles, Quanta and Fields
• Semiconductor Technology
• Semiconductors, Materials and Nanotechnology

Careers with Physics

Graduates from this programme are equipped with highly transferable skills, including advanced data analysis, mathematical modelling, and creative problem-solving. These competencies allow for successful transitions into various professional sectors within the scientific community and beyond.

Common career paths for graduates include roles as Medical Physicists, Radiation Protection Practitioners, and Research Scientists. Additionally, alumni have secured positions as Meteorologists, Systems Developers, Technical Authors, and specialists in product development. The department emphasises employability by integrating time-management, communication, and teamworking skills throughout the degree.