This four-year integrated master's program is ideal for students who want to apply their scientific knowledge in real-world settings. You’ll study the interface between chemistry and physics—focusing on materials science, nanoscience, and quantum systems—while gaining a full year of paid industrial experience.
Curriculum Structure
Year 1:
You’ll begin with a strong foundation in chemistry, physics, and mathematics. Core units include Chemical Principles, Introduction to Physical Chemistry, Physics 1, and Mathematics for Scientists. Practical lab sessions and small-group tutorials help you develop essential experimental and analytical skills.
Year 2:
This year deepens your understanding of quantum chemistry, thermodynamics, and electromagnetism. You’ll study units like Quantum Chemistry, Thermodynamics and Kinetics, Electromagnetism, and Waves and Optics. You’ll also continue developing computational modelling and programming skills.
Year 3 (Industrial Placement):
You’ll spend 12 months working as a paid employee in a company, applying your scientific training in a professional environment. This placement is designed to enhance your technical skills, workplace confidence, and career readiness.
Year 4:
Back on campus, you’ll take advanced units such as Nanoscience, Materials Chemistry, and Advanced Quantum Mechanics. You’ll also conduct a substantial research project with an academic team, often linked to your industrial experience.
Focus areas
Materials science, nanoscience, quantum chemistry, thermodynamics, electromagnetism, industrial research.
Learning outcomes
Graduates will master interdisciplinary scientific analysis, computational modelling, lab techniques, and real-world problem solving through industry immersion.
Professional alignment (accreditation)
Accredited by the Institute of Physics (IOP).
Reputation (employability rankings)
Bristol is ranked #1 in the UK for Chemistry research and in the top 5 for Physics research (THE analysis of REF 2021). The university has a strong reputation for graduate employability and industry engagement.
This program is built around real-world application. From your first year, you’ll work in advanced laboratories, use scientific software for modelling and analysis, and collaborate on research-led projects. The highlight is a full year of paid industrial experience, where you’ll apply your skills in a professional setting and gain insight into how science drives innovation.
Here’s how Bristol delivers hands-on learning:
Graduates from this program are exceptionally well-prepared for careers that blend scientific expertise with real-world experience. With advanced training in chemical physics and a full year in industry, students often progress into roles such as materials scientist, nanotechnology researcher, analytical chemist, or R&D specialist.
Here’s how Bristol supports your next steps:
Further Academic Progression:
After completing the MSci, students are well-positioned for PhD study in chemical physics, quantum chemistry, nanoscience, or materials engineering. Bristol offers a wide range of postgraduate research opportunities, and the industrial experience strengthens applications to top institutions worldwide.



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