Compound Semiconductor Physics MSc

1 Years On Campus Masters Program

Cardiff University

Program Overview

The Compound Semiconductor Physics MSc at Cardiff University is designed for students who want to work at the cutting edge of semiconductor and electronic materials technology. It’s a great fit if you’re coming from physics, engineering, or materials science and want specialist training that connects directly to high-tech research and industry.

Curriculum Structure

Year 1 (Master’s Year):
Across the year, you’ll build a strong understanding of compound semiconductor materials and devices, learning how their electronic and optical properties are used in modern technologies. You’ll explore how these materials are grown, fabricated, and characterised, and then apply your knowledge through a focused research project that develops your problem-solving, data analysis, and research skills.

Focus areas (in a string):

Compound semiconductor materials, optoelectronic devices, nanofabrication, epitaxial growth, materials characterisation

Learning outcomes (in a string):

Advanced knowledge of semiconductor physics, ability to analyse and characterise materials and devices, applied research skills, technical communication

Professional alignment (accreditation):

Delivered by Cardiff University’s School of Physics and Astronomy, the programme is closely aligned with professional standards in semiconductor research and advanced technology industries.

Reputation (employability & research strength):

As a Russell Group university, Cardiff has a strong reputation for research excellence and close links to the UK’s compound semiconductor sector, giving graduates a competitive edge in both industry and PhD pathways.

Experiential Learning (Research, Projects, Internships etc.)

At Cardiff University, the Compound Semiconductor Physics MSc is designed to give you genuine, hands-on experience with the materials and technologies that power today’s semiconductor industry. You won’t just learn how devices work in theory — you’ll spend time working with real compound semiconductor materials, equipment, and research tools, building practical skills that translate directly into research and industry settings. Practical training is woven into the course, and the extended research project allows you to apply your knowledge to real scientific and technological challenges.

This practical experience is delivered through Cardiff’s specialist facilities and research environment:

Research-grade cleanrooms, where you gain experience in fabricating and processing compound semiconductor materials and devices
Close links with the Institute for Compound Semiconductors, exposing you to an industry-connected research centre at the heart of advanced semiconductor development
Dedicated MSc teaching and lab spaces, equipped with specialist instruments, PCs, and resources tailored to semiconductor physics training
Hands-on use of LabVIEW and data-acquisition tools, helping you develop practical programming and experimental control skills
A substantial individual research project, completed over the summer, where you work closely with academic supervisors and present your findings in a formal dissertation
Extensive library and digital resources, supporting both your technical learning and independent research throughout the year

By the end of the programme, you’ll have real experience of working in semiconductor research environments, making you well prepared for careers in advanced technology industries or further doctoral study.

Progression & Future Opportunities

Graduates of the Compound Semiconductor Physics MSc at Cardiff University finish the programme with specialist skills that are highly valued in advanced technology and research environments. Many move into roles such as Compound Semiconductor Device Engineer, Materials Scientist, Photonics Engineer, or R&D Engineer, working in fast-growing sectors that underpin modern electronics, communications, and photonics.

Cardiff actively supports your career progression in several important ways:

Careers and Skills Service: You’ll receive personalised career guidance, CV and interview support, and access to employer events and recruitment opportunities throughout your studies and beyond.
Strong industry connections: The programme is closely linked to Cardiff’s Institute for Compound Semiconductors, which works with leading companies in the compound semiconductor sector, helping you build industry contacts and real-world insight.
Industry-relevant project experience: Your extended summer research project allows you to apply your skills to a real research or industry-focused problem, giving you practical experience that employers value.
Long-term professional value: The advanced technical and analytical skills developed on this MSc are directly aligned with the needs of high-tech industries and remain relevant as the sector continues to grow.
Positive graduate outcomes: Students graduate with a strong technical profile that supports progression into specialist roles, research positions, or further study.

Further Academic Progression:
Many graduates choose to continue their studies with a PhD in semiconductor physics, materials science, or related fields, either at Cardiff or other leading universities. The research-focused nature of the MSc, combined with close supervision and industry exposure, provides an excellent foundation for doctoral research and long-term careers in academia or advanced technology research.