Queen Mary’s MSci Physics is a four-year integrated master’s degree designed for students who want to explore the universe at its deepest levels — and graduate ready for research, innovation, or high-tech careers.
It suits ambitious learners who enjoy theoretical challenges and want to master topics like quantum mechanics, cosmology, and artificial intelligence while gaining hands-on experience in labs and research projects.
Curriculum structure
Year 1: Core Foundations in Physics and Mathematics
You’ll begin with Classical Physics, Electric and Magnetic Fields, and Modern Physics, building a strong base in mechanics, electromagnetism, and quantum ideas. Modules like Mathematical Techniques 1 & 2 sharpen your analytical skills, while Professional Skills for Scientists introduces coding, communication, and scientific writing. You’ll also explore the cosmos through Our Universe and develop lab skills in Scientific Measurement.
Year 2: Expanding Knowledge and Specialisation
This year deepens your understanding of quantum mechanics, thermodynamics, and computational physics. You’ll choose one of four streams — Physics, Theoretical Physics, Astrophysics, or Physics with Artificial Intelligence — each offering tailored modules and lab experiences. You’ll also complete Scientific Investigation Skills, a practical module that prepares you for independent research.
Year 3: Advanced Topics and Research
You’ll select from modules like Cosmology, Quantum Theory, Machine Learning, and General Relativity, depending on your chosen stream. Every student completes a full-year Final Year Project, working closely with academic staff on original research — from particle physics to AI applications — using Queen Mary’s specialist labs and observatory.
Year 4: Master’s-Level Depth and Research Focus
In your final year, you’ll take advanced modules such as Quantum Field Theory, Advanced Gravity, or Computational Physics, depending on your stream. You’ll also complete a substantial MSci Research Project, often linked to active research groups in theoretical physics, astrophysics, or AI, preparing you for PhD study or technical careers.
Focus areas:
Quantum mechanics, electromagnetism, astrophysics, artificial intelligence, theoretical physics, cosmology
Learning outcomes:
Numerical modelling, data analysis, coding, experimental design, scientific communication, independent research
Professional alignment (accreditation):
Accredited by the Institute of Physics (IOP) — meets the full educational requirement for Chartered Physicist (CPhys) status
Reputation (employability rankings):
Official program page – MSci Physics at Queen Mary University of London
Students in Queen Mary’s MSci Physics program gain practical experience through a powerful mix of lab work, coding, and research — all supported by specialist facilities and expert-led teaching. From your first year, you’ll be working with real data, professional-grade equipment, and digital tools that prepare you for careers in science, tech, or research.
Here’s how experiential learning is built into the MSci Physics journey:
Graduates of Queen Mary’s MSci Physics program are highly sought after for roles in research, technology, and finance — thanks to their advanced training in quantum theory, data science, and experimental physics.
Typical career paths include research physicist, data scientist, software engineer, and AI developer, with many students progressing into PhD study or technical leadership roles.
Here’s how Queen Mary supports your future:
Further Academic Progression:
The MSci is designed to prepare students for PhD study in theoretical physics, quantum field theory, astrophysics, or AI. The fourth-year research project and advanced modules provide a strong foundation for doctoral research, and Queen Mary’s active research groups offer direct pathways into funded PhD opportunities.



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