Chemistry (with Industrial Project) in MChem

4 Years On Campus Accelerated-bachelors Program

Durham University

Program Overview

The MChem Chemistry with Industrial Project at Durham gives you the best of both worlds: in-depth chemistry knowledge and real-world industrial experience. It’s perfect for students who love experimenting, exploring molecules, and want to see how chemistry is applied in real companies or research labs.

Curriculum Structure:

Year 1: You’ll get a strong grounding in all areas of chemistry. Modules like Core Chemistry 1 introduce you to organic, inorganic, and physical chemistry, while Practical Chemistry 1A and 1B help you develop essential lab skills. You’ll also start applying maths to chemistry through Mathematical and Experimental Tools Required in Chemistry (METRiC) and get a taste of materials science with Introduction to Materials Chemistry.

Year 2: Things start to get more exciting. Core Chemistry 2 builds on what you’ve learned, while Chemistry of the Elements dives into bonding and transition metals. Structure and Reactivity of Organic Chemistry teaches you why molecules behave the way they do, and Properties of Molecules explores physical chemistry topics like electrochemistry and spectroscopy. Lab work becomes more advanced, giving you hands-on experience in inorganic, organic, and physical streams.

Year 3: Now you’re moving into advanced chemistry. Core Chemistry 3 challenges you to think like a chemist, while Chemistry Literature Perspective trains you to read, analyse, and present scientific research. Optional modules like Materials Chemistry or Advanced Computational Chemistry let you explore areas that interest you, and courses such as Inorganic Concepts and Applications and Advanced Organic Chemistry allow you to specialise in key topics.

Year 4 (Industrial Project Year): This is your chance to experience real industry life! You’ll carry out a paid research project with a company or industrial lab through External Research Project, applying your knowledge in a professional setting. Alongside this, optional advanced modules like Advanced Research Concepts in Chemistry let you deepen your understanding of cutting-edge topics.

Focus areas: “Core chemistry (organic, inorganic, physical) → advanced specialist topics (catalysis, spectroscopy, molecular recognition) → hands-on lab and computational skills → industrial research placement and project experience.”

Learning outcomes: “You’ll gain a deep understanding of chemistry, sharpen practical and analytical skills, learn to read and critique scientific research, conduct independent projects, communicate results confidently, and be ready for roles in industry, research, or further study.”

Professional alignment (accreditation): Accredited by the Royal Society of Chemistry (RSC), meeting the academic requirements for Chartered Chemist (CChem) status.

Reputation (employability rankings): Durham Chemistry is among the UK’s leading departments and ranks in the Top 100 globally. 91% of recent graduates were in work or further study within 15 months, with most in high or medium-skilled jobs, earning an average of £33,000. It’s also highly ranked: Top 10 in The Times & Sunday Times and The Guardian University Guide 2025, and 5th in The Complete University Guide 2026 for Chemistry.

Experiential Learning (Research, Projects, Internships etc.)

At Durham, you don’t just learn chemistry from books — you get your hands dirty in real labs, working with advanced instruments and tackling projects that mirror what professional chemists do. From the very first year, practical skills are central: you’ll run experiments, analyse data, and learn to work safely and efficiently in a modern chemistry lab. By your final year, you’ll take these skills into the real world with a paid industrial research project, collaborating with industry professionals and applying your knowledge to real problems.

Here’s how you’ll gain hands-on experience:

Industrial Placement / Research Project: In your final year, you’ll spend about 20 weeks on a paid industrial placement or research project through CHEM4375 External Research Project, applying your chemistry knowledge in a real-world setting and often working alongside a team.
Modern Laboratories & Instrumentation: You’ll use state-of-the-art labs and equipment across inorganic, organic, and physical chemistry, giving you experience with the tools used in cutting-edge research.
Practical Chemistry Modules: Across Years 1–3, you’ll build your lab skills through dedicated modules, learning everything from reaction techniques to data analysis.
Specialist Research Facilities: Access to advanced instruments and research labs allows you to explore materials, molecules, and reactions in depth.
Teamwork & Communication: Your industrial project and lab work involve group problem-solving, presenting your findings, and collaborating with supervisors, preparing you for real scientific environments.

Progression & Future Opportunities

Graduates from this MChem programme leave Durham ready to make an impact in chemistry and beyond. Thanks to your hands-on labs, advanced modules, and industrial project, you’ll be prepared for roles like chemical process engineer, R&D scientist in pharmaceuticals or materials, analytical chemist in quality control, or even a consultant in the chemical sciences. The industrial experience you gain means you can hit the ground running and stand out to employers from day one.

Here’s how Durham helps you get there:

Careers & Enterprise Support: One‑to‑one career advice, CV and interview help, networking events, and workshops specifically for science students.
Strong Employment Stats: Recent chemistry graduates from Durham earn around £30,000 on average 15 months after finishing their degree.
Industry Connections: Partnerships with chemical, pharmaceutical, and materials companies mean you get exposure to real-world employers and potential job opportunities.
Professional Accreditation: The Royal Society of Chemistry (RSC) accreditation means your degree counts towards Chartered Chemist (CChem) status — giving your career long-term credibility.
Graduate Outcomes: Nearly all industrial-route graduates go on to work or further study shortly after finishing, often in high-skill roles.

Further Academic Progression:
If you want to keep learning, you could go on to a MSc or PhD in chemistry, materials science, chemical engineering, or other related fields. Your industrial experience also gives you a great foundation if you’re interested in emerging areas like sustainable chemistry, nanomaterials, or applied research, making further study more impactful.