MChem Chemistry for Drug Discovery and Development

4 Years On Campus Accelerated-bachelors Program

University of Lincoln

Program Overview

If you’re curious about how new medicines are discovered and developed, this course is your gateway into the world of pharmaceutical chemistry. You’ll learn the science behind designing drugs, the practical lab skills to make them, and the real-world know-how to take discoveries from the bench to the pharmacy shelf.

Curriculum structure:

Year 1:
You’ll start by building a solid foundation in chemistry with modules like Introduction to Energy, Change and Electronic Structure and Molecular Structure, Bonding and Mechanism, discovering how molecules behave and react. Alongside, Introduction to Pharmaceutical Science introduces how medicines are designed and delivered in the body, while practical labs help you gain essential hands-on skills and confidence in the lab.

Year 2:
This year takes you deeper into chemical reactions, mechanisms, and reactive species through modules like Stability, Structure and Mechanism in Molecular Systems and Chemistry of Activated Systems and Radicals. You’ll also explore how drugs are formulated and assessed for safety with Drug Formulation and Delivery and Fundamentals of Pharmacology & Toxicology, combining theory with advanced lab work to prepare you for real-world applications.

Year 3:
You start connecting chemistry with biology and the pharmaceutical industry. Modules like Biological Chemistry and Business, Regulation and Ethics for the Pharmaceutical Scientist show how drugs interact with the body and how they are developed within ethical and regulatory frameworks. Advanced topics like Heterogeneous Systems, Surfaces and Nanoscience and Stereochemistry let you explore cutting-edge areas in drug design and materials, while research projects continue to sharpen your practical skills.

Year 4:
The final year is all about specialising and applying everything you’ve learned. You’ll undertake a major research project, supported by a professional development module to boost your employability. Plus, a full-year industrial placement lets you gain hands-on experience in a real pharmaceutical or research setting, giving you a real advantage when starting your career.

Focus areas:
Organic, inorganic and physical chemistry, pharmaceutical science, drug formulation and delivery, pharmacology and toxicology, biological chemistry, regulatory and ethical frameworks, advanced materials and nanoscience, research and lab work, professional practice.

Learning outcomes:
Graduate confident in designing and synthesising drugs, understanding how they work in the body, formulating safe medicines, evaluating drug safety, navigating pharmaceutical regulations and ethics, conducting independent research, and applying advanced lab techniques.

Professional alignment (accreditation):
Industry-informed curriculum with real-world placements prepares graduates for careers in pharmaceuticals, biotech, or research.

Reputation (employability / ranking):
The University of Lincoln is ranked 2nd in the UK for student satisfaction in chemistry-related degrees.

Experiential Learning (Research, Projects, Internships etc.)

At Lincoln, learning chemistry goes far beyond lectures — you’ll be rolling up your sleeves in state-of-the-art labs, working on real experiments, and tackling challenges that mirror what professional chemists do every day. From small-group projects to full-year industry placements, the course is designed to give you hands-on experience, build your confidence in the lab, and make sure you’re ready for a career in drug discovery.

Here’s what you can expect:

Work in specialist labs like the Joseph Banks Laboratories and the Janet Lane‑Claypon Building, designed specifically for chemistry students.
Use cutting-edge equipment such as NMR, mass spectrometry, chromatography, electron microscopy, and X‑ray diffraction, giving you real experience in analyzing and creating chemical compounds.
Take part in practical lab classes and workshops that cover organic and inorganic synthesis, drug formulation, and advanced analytical techniques.
Collaborate on team-based projects and industry-inspired challenges, helping you see how chemistry solves real-world problems.
Spend a full year on an industrial placement with a partner company or research group, applying what you’ve learned in a professional setting.
Develop career-ready skills like scientific writing, presenting results, CV building, and interview prep, embedded throughout your course.
Conduct your own independent research project, using lab work and digital tools to explore a topic that excites you and contributes to your field.

Progression & Future Opportunities

Graduating from this MChem programme opens doors to a wide range of exciting careers in pharmaceuticals, biotech, research labs, or regulatory science. Many of our students go on to roles such as pharmaceutical R&D scientist, analytical or formulation chemist, quality/regulatory affairs specialist, or molecular diagnostics professional — giving you plenty of pathways depending on your interests. Here’s how Lincoln helps you get there:

The university’s career services provide hands-on support with CV writing, interview practice, job search strategies, and networking opportunities with industry professionals.
Around 85% of chemistry graduates from Lincoln are employed or in further study within 15 months of finishing their degree.
Salary expectations start at roughly £26,500, with typical ranges in the first few years from £25,000 to £34,000, depending on the sector and role.
Strong industry links and partnerships mean you’ll tackle real-world challenges during the course and connect with companies in pharmaceuticals, biotech, and analytical services.
The degree equips you with skills valued across multiple sectors — not just pharmaceuticals, but also energy, consumer care, environmental analysis, and R&D.
Many alumni move into highly skilled professional roles or continue into postgraduate study, making this degree a solid foundation for long-term career growth.

Further Academic Progression:
If you’re looking to take your studies further, you could pursue postgraduate options such as an MSc in Analytical Sciences, an MSc by Research in Chemistry, or even a PhD in Chemistry at Lincoln. These routes allow you to specialise, gain deeper research experience, and position yourself for higher-level scientific or academic roles.