University of Hull

What you'll study

This programme builds a solid grounding in core physics across mechanics, electromagnetism, quantum physics, statistical mechanics and experimental methods, while progressively introducing astrophysics topics. In early years you study fundamentals such as mathematical methods for physics, classical mechanics, waves and optics, and laboratory skills. As you progress you encounter modules in quantum theory, electromagnetic theory, thermodynamics, and computational physics that underpin astrophysical applications.

Astrophysics-specific modules typically cover stellar structure and evolution, galactic and extragalactic astronomy, cosmology, observational techniques and astronomical instrumentation. Project work is a substantial part of the degree: students undertake practical laboratory projects and an extended individual research project or dissertation in later years; MPhys students complete a larger-scale, research-led thesis with advanced experimental, observational or computational components.

The programme emphasises hands-on experience: laboratory classes, computing workshops, data analysis using modern tools, and opportunities to work with observational datasets or instrument prototypes. Optional modules and short research placements allow you to tailor study towards interests such as planetary science, high-energy astrophysics, or instrumentation and sensors.

Entry requirements

Applicants are expected to have strong performance in mathematics and physics or closely related STEM subjects at level 3 (A-levels, Scottish Highers, BTEC or equivalent). Typical offers require successful completion of two facilitating subjects including Mathematics and Physics; alternative qualifications and combinations are considered, particularly where strong performance in an applied mathematics or physics-related course can be demonstrated.

The University welcomes mature students, international applicants and those with vocational qualifications; equivalent standardised test scores, foundation year routes or recognised prior learning may be acceptable. GCSE-level requirements for English and mathematics or verified English language proficiency may also apply for some applicants.

Career prospects

Graduates leave with a rigorous grounding in quantitative problem solving, experimental technique and computational skills sought after across many sectors. Career paths commonly taken by alumni include research and postgraduate study in astrophysics or physics, roles in aerospace and defence, instrumentation and sensor development, data science, software engineering, and finance or consultancy.

Other options include secondary-school teaching (following a relevant teacher-training route), science communication, and technical positions within observatories or space-related organisations. The integrated MPhys route is particularly suited to those aiming for doctoral study or research-intensive careers.

Why study at University of Hull

Hull offers a personalised learning environment within a department that combines teaching-led programmes with active research. Small-group practical classes, accessible staff, and opportunities to undertake independent projects give strong hands-on training in experimental and computational methods.

The School maintains contemporary laboratory and computing facilities and fosters links with regional industry and national research networks to support placements and project collaborations. Students benefit from careers support, transferable-skills training, and a curriculum designed to prepare you for both professional roles and further research in astrophysics and related fields.