MSc by Research Computational Physics

1 Year On Campus Masters Program

University of Lincoln

Program Overview

The MSc by Research in Computational Physics at Lincoln gives you the chance to spend a full year working on a research project that aligns with your scientific interests, from soft matter to biophysics to advanced materials. It’s ideal if you enjoy independent problem-solving and want to develop strong computational and theoretical skills that open doors to both academic and industry pathways.

Curriculum Structure

Because this is a research-focused degree, you won’t follow a traditional classroom timetable — instead, your year revolves around a single, in-depth research project. Under the guidance of an expert supervisor, you’ll shape a research question, master the computational tools needed for your project, and build your skills in areas like modelling, simulation, data analysis, and scientific writing. As the year progresses, you’ll refine your methods, produce original findings, and bring everything together into a final thesis that you defend in a viva.

Focus Areas

Nanostructured soft matter, active matter, materials science, molecular biophysics, computational and theoretical physics.

Learning Outcomes

Independent research ability, advanced computational modelling skills, strong analytical thinking, scientific writing and presentation, readiness for doctoral research or technical R&D roles.

Professional Alignment (Accreditation)

The programme sits within Lincoln’s School of Mathematics and Physics and is designed to build specialist research skills valued in scientific computing, materials science, biophysics, and wider R&D environments.

Reputation (Employability)

This degree is supported by an active research culture and access to specialist computational facilities, and graduates are well-positioned for PhD study or roles requiring strong analytical, mathematical, and problem-solving skills.

Experiential Learning (Research, Projects, Internships etc.)

What makes this MSc by Research special is how quickly you step into the role of a real researcher. Instead of sitting through lectures, you spend your year working with powerful computational tools, analysing complex physical systems, and developing your own research ideas under the guidance of expert academics. You become part of an active research community, where seminars, discussions, and hands-on problem-solving shape the way you learn.

Here’s how this experience comes to life:

Specialist computational facilities
You’ll use the University’s dedicated computational physics systems to run simulations, model soft matter and materials, and work with the numerical tools used by professional researchers.
Personal supervision and structured research training
From developing your proposal to analysing results, you’ll be guided by a supervisor and academic panel who support your modelling, simulation, and scientific writing throughout the year.
Seminars and collaborative research culture
You’ll take part in research seminars, present your progress, and engage with researchers across physics, applied mathematics, and nanoscience — giving you a taste of real scientific collaboration.
Opportunities to publish or present your work
Students are encouraged to submit their findings to scientific conferences or journals, offering valuable early experience in academic publishing and presentation.
Full access to university research resources
You can draw on the University Library’s extensive scientific literature, specialist study spaces, computing resources, and campus facilities that support postgraduate research.

Progression & Future Opportunities

Graduates from this MSc by Research develop strong computational, analytical and problem-solving skills that are highly valued across science and technology sectors. Many go into roles where advanced modelling and research abilities are essential—such as research scientist, computational physicist, materials analyst or scientific software developer. Others use the degree as a stepping stone into more specialised careers within physics-driven industries or further academic study.

Here’s how the University of Lincoln helps you move confidently into your next step:

Specialist careers and employability support
Lincoln’s Careers & Employability team offers tailored support for master’s students, including one-to-one guidance, CV and interview coaching, and help identifying research or technical job opportunities. Support continues even after you graduate.
Strong graduate outcomes
A high proportion of Lincoln graduates progress into work or further study shortly after completing their programme, reflecting the university’s focus on developing industry-ready skills and strong academic foundations.
Research-active environment and external connections
Your work sits within a community of researchers who collaborate nationally and internationally. This gives you exposure to real scientific networks, potential collaborators and industry-informed research topics.
Long-term value backed by national recognition
The University of Lincoln holds a Gold rating in the UK’s Teaching Excellence Framework, which highlights the quality of teaching, research supervision and student support—strengthening the long-term credibility of your degree.
Versatile career pathways
The computational and research skills you gain are relevant to a wide range of roles, from physics-based R&D and materials science to software development, data-intensive work and scientific consultancy.

Further Academic Progression:

This degree provides an excellent foundation for doctoral research. Many students continue into PhD studies in computational physics, biophysics, materials science or related areas—building directly on the research they began during their MSc. You’ll also be well prepared for research-oriented roles in industry or government laboratories.