Physics with Computer Science MSci

5 Years On Campus Bachelors Program

University of Nottingham

Program Overview

The MSci Physics with Computer Science at the University of Nottingham is a five-year integrated master’s program designed for students who want to combine deep scientific understanding with advanced computational skills.
It’s ideal for those who enjoy solving complex problems, building simulations, and working with data — preparing you for high-level roles in research, technology, and innovation.

Curriculum structure

Year 1: Foundations in Physics and Programming
You’ll begin with Fundamentals of Classical and Modern Physics I and II, covering mechanics, waves, quantum physics, and relativity. Alongside this, you’ll study Mathematical Methods and Modelling for Physicists and Professional Skills for Physicists I. In computer science, you’ll take Programming and Algorithms, where you’ll develop core coding skills using Python.

Year 2: Expanding Scientific and Computational Depth
Second year includes Quantum Mechanics, Thermal and Statistical Physics, and Electromagnetism. You’ll also take Software Engineering and User Interfaces, applying design principles and collaborative coding. Investigations in Physics II builds your lab and data analysis skills, while optional modules let you explore areas like machine learning or particle physics.

Year 3: Advanced Topics and Independent Research
In your third year, you’ll complete a substantial Physics Research Project, often involving simulation, modelling, or data-driven inquiry. You’ll study advanced modules such as Quantum Optics, Nuclear Physics, and Condensed Matter Physics, and choose computer science options like Artificial Intelligence or Computer Graphics.

Year 4: Integrated Master’s Research and Specialisation
The fourth year is dedicated to your MSci Research Project, where you’ll work with one of Nottingham’s world-class research groups. You’ll explore cutting-edge topics in computational physics, quantum technologies, or software-driven modelling, supported by advanced digital tools and academic mentorship.

Year 5: Advanced Master’s-Level Study and Professional Preparation
In your final year, you’ll deepen your expertise through advanced electives in both physics and computer science, such as Quantum Field Theory, Advanced Algorithms, or Scientific Computing. You’ll also refine your research project and prepare for professional or doctoral pathways.

Focus areas:
Quantum mechanics, electromagnetism, programming, algorithms, software engineering, data analysis, scientific computing

Learning outcomes:
Scientific programming, experimental design, algorithmic thinking, mathematical modelling, independent research, communication skills

Professional alignment (accreditation):
Accredited by the Institute of Physics (IOP) — meets the full educational requirement for Chartered Physicist (CPhys) status

Reputation (employability rankings):

Top 20 in the UK for physics (Complete University Guide 2026)
Global recognition for research in quantum technologies and AI
Green Flag Award-winning campus every year since 2003

Experiential Learning (Research, Projects, Internships etc.)

Students in Nottingham’s MSci Physics with Computer Science program gain practical experience through a powerful blend of lab work, programming, and independent research — all supported by specialist facilities and digital tools. From your first year, you’ll be writing code, analysing data, and conducting experiments that mirror professional scientific and tech environments. By your final year, you’ll be working alongside active research groups on advanced topics in quantum technologies, AI, or computational modelling.

Here’s how Nottingham brings experiential learning to life:

Investigations in Physics I & II: Core lab modules that build experimental skills, data analysis, and scientific reporting — with increasing independence and complexity.
Programming and Algorithms: Learn Python and algorithmic thinking through practical coding assignments and collaborative projects.
Software Engineering and User Interfaces: Apply design principles and teamwork to build functional software systems.
Physics Research Project (Year 3): Work with academic staff on real-world topics in computational physics, quantum optics, or data modelling.
MSci Research Project (Year 4): A major independent research experience, often embedded in active research groups — ideal preparation for PhD or industry R&D.
Digital Tools: Students use platforms like Python, MATLAB, and LabVIEW for simulation, analysis, and modelling.
Group Projects: Embedded in modules like Professional Skills for Physicists, helping students develop teamwork and communication.
School of Physics and Astronomy Facilities: Includes optics labs, quantum technology equipment, and computing clusters for simulation work.
Libraries and Learning Spaces: Access to specialist physics and computer science journals, e-books, and collaborative study zones across University Park campus.
Internship Opportunities: Support available through the university’s Placements and Internships team, with links to industry and research labs.

Progression & Future Opportunities

Graduates of Nottingham’s MSci Physics with Computer Science program are exceptionally well-prepared for high-level roles in science, technology, and research. With advanced training in both physics and computing, they often move into careers such as computational physicist, software engineer, data scientist, or AI researcher — combining analytical depth with digital fluency.

Here’s how Nottingham supports your future:

Careers and Employability Service: Offers tailored support including career coaching, employer events, and access to internships through the Nottingham Advantage Award and Placement Year schemes.
Graduate Outcomes: 90% of physics graduates are in employment or further study within 15 months of graduation.
Salary Potential: Early career salaries typically range from £30,000–£38,000, with strong progression in tech, research, and engineering sectors.
Industry Partnerships: Students benefit from links with organisations such as IBM, Rolls-Royce, Siemens, and the UK Space Agency, especially through research projects and placement opportunities.
Accreditation Value: Accredited by the Institute of Physics (IOP) — meets the full educational requirement for Chartered Physicist (CPhys) status.
Graduate Destinations: Alumni work at NASA, Deloitte, CERN, Capgemini, and leading universities and tech firms worldwide.

Further Academic Progression:
Graduates of the MSci program are ideally positioned to pursue PhD study in areas such as quantum technologies, computational modelling, artificial intelligence, or theoretical physics. The integrated master’s year provides a strong research foundation, making doctoral applications highly competitive both in the UK and internationally.