Program Overview

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Introduction to MPhys Physics

The MPhys Physics program at the University of Strathclyde is a five-year integrated Masters degree that builds on the four-year BSc foundation. This program provides students with the opportunity to delve deeper into cutting-edge research areas and develop advanced analytical skills sought after by research-intensive industries and academic research.

Key Facts

• UCAS Code: F303
• First year entry: available
• Second year entry: available
• Study abroad: opportunities to study abroad

Course Overview

The MPhys Physics program is designed for students who are passionate about physics and envision a future at the cutting edge of scientific discovery. This course goes beyond the BSc Honours, offering a richer, more intensive exploration of physics tailored for those aiming for a more research-focused career.

Course Structure

The program consists of five years of study, with the first three years providing a foundation in physics, mathematics, and problem-solving skills. The final two years allow students to specialize in specific areas of interest and delve into cutting-edge research areas.

Year 1

• Department of Physics staff deliver the foundations of physics, mathematics, and problem-solving to establish a strong base for future learning.
• Essential mechanics, waves, and fundamental electromagnetism and quantum physics are covered, supported by a bespoke mathematics course.
• Introduction to the programming language Python and practical work in the teaching laboratory.

Year 2

• Building on the previous year's topics, with a focus on creating a foundation for complex concepts.
• Bespoke mathematics course continues to help students tackle problems and apply concepts across mechanics, waves, electromagnetism, and quantum physics.
• Development of computational physics models in Python and extension of experimental skills.

Year 3

• Extending concepts from Years 1 and 2, relating the physics of mechanics, waves, electromagnetism, and quantum physics to the intricacies of the quantum realm, thermodynamics, and solid-state physics.
• Application of problem-solving skills to more sophisticated theoretical, computational, and experimental challenges.
• Optional modules to extend knowledge in specific areas.

Year 4

• Undertaking an individual project embedded in one of the research groups, supervised by a member of staff.
• Selection of optional modules from topics such as nanoscience, photonics, and plasma physics.

Year 5

• Development of further expertise in research and critical thinking through bespoke courses and a research-intensive, semester-long project.
• Opportunity for an international research placement.
• Selection of optional modules, including advanced nanoscience, advanced photonics, quantum technology, and quantum optics.

Research Project

• Undertaking an independent, open-ended research project within a research group in the Department of Physics.
• The project may be experimental, theoretical, or computational physics, or a mixture of all three.
• Gain experience of research techniques and methods of disseminating results.

Practical Laboratories

• State-of-the-art experimental laboratories with industry-grade equipment.
• Development of practical skills using a variety of equipment and enhancement of experimental skills.

Learning and Teaching

• Teaching methods include lectures, tutorials, interactive learning, directed and open-ended laboratory work, group-based learning, and self-paced project work.
• Assessment methods include exams, continuous assessment, written reports, moderated peer assessment, workshops, talks, and poster sessions.

Entry Requirements

• Highers: AAAB/AABBB (Physics A, Mathematics A) for standard entry, ABBB (Physics B, Mathematics B) for minimum entry.
• A Levels: ABB (Physics, Mathematics) for standard entry.
• International Baccalaureate: 32 (Physics HL5, Mathematics HL5) for Year 1 entry, 34 (Physics HL6, Mathematics HL6) for Year 2 entry.
• Additional information and requirements for international students.

Fees and Funding

• Scotland: £1,820
• England, Wales & Northern Ireland: £9,535
• Republic of Ireland: Same as England, Wales & Northern Ireland
• International: £27,800
• Information on scholarships, bursaries, and funding opportunities.

Careers

• Physics develops analytical and critical thinking skills, making graduates versatile and sought after in various careers, including research, technical roles, quantitative roles, healthcare, and communication.
• Average starting salary for a physicist is £28,000, with potential to increase to £61,000 with experience.

Conclusion

The MPhys Physics program at the University of Strathclyde offers a comprehensive and research-focused education in physics, providing students with the skills and knowledge necessary for a successful career in physics and related fields. With its strong emphasis on research, cutting-edge facilities, and expert staff, this program is an excellent choice for students passionate about physics and its applications.