BSc (Hons) Medicinal and Pharmaceutical Chemistry

3 Years On Campus Bachelors Program

Manchester Metropolitan University

Program Overview

If you’re fascinated by how medicines are designed, tested, and brought to the people who need them, this degree is perfect for you. You’ll get a solid grounding in chemistry while diving into the exciting world of drug discovery and pharmaceutical science, learning skills that make you ready for a career in this fast-moving field.

Curriculum Structure

Year 1
In your first year, you’ll get to grips with the essentials of chemistry and lab work. Modules like General Chemistry, Analytical Techniques, and Research Skills will give you hands-on experience in the lab while building the theory behind what’s happening in every experiment. You’ll leave the year confident in your practical abilities and ready to explore how chemistry powers medicines.

Year 2
Year 2 is where things get really interesting. You’ll start exploring how drugs work in the body, how they’re designed, and how their safety and effectiveness are tested. Modules in Pharmaceutical Chemistry, Drug Design, and Quality Control will sharpen both your practical lab skills and your understanding of industry-standard methods, giving you a taste of what it’s like to work in real pharmaceutical research.

Year 3
Your final year is all about bringing it all together. You’ll tackle advanced topics like drug-target interactions, pharmaceutical analysis, and mechanisms of action, while completing an independent research project that lets you apply everything you’ve learned. This is your chance to shine and show the depth of your understanding — and for strong performers, there’s even a pathway into an MChem to take your skills further.

Focus Areas

Drug testing and efficacy, computer-aided drug design, mechanisms of drug action, pharmaceutical quality control, lab techniques, research methods.

Learning Outcomes

By the end of the course, you’ll understand how chemistry is used to develop new medicines, be confident in advanced laboratory and computational methods, and be ready for careers in pharmaceutical R&D, quality assurance, or further research.

Professional Alignment (Accreditation)

This course is tailored to meet industry needs in pharmaceutical chemistry. While it doesn’t list specific accreditation, it gives you a strong foundation for roles in the sector or further study at master’s level.

Reputation (Employability & Outcomes)

MMU chemistry graduates have excellent career prospects, with around 85% employed or in further study within 15 months of graduating. Modern facilities like the £115 million Dalton Building give you access to state-of-the-art labs, computational suites, and real industry links.

Experiential Learning (Research, Projects, Internships etc.)

From day one, this course is about more than just lectures — it’s hands-on, real-world chemistry. You’ll be working in purpose-built labs in MMU’s brand-new Dalton Building, learning how medicines are designed, tested, and analysed using the same tools that professionals use in the pharmaceutical industry. You’ll gain practical skills through lab experiments, group projects, and digital simulations, all while surrounded by students and researchers from different scientific fields — which makes learning collaborative, dynamic, and really engaging.

Here’s what that looks like in practice:

State-of-the-art laboratories: Work with high-end instruments like NMR, mass spectrometry, X-ray diffraction, and more, giving you real-world lab experience.
Superlab environment: A large, open-plan lab space where over 190 students and researchers work together, encouraging teamwork and peer learning.
Virtual lab simulations: Practise experiments in a safe, digital environment before stepping into the lab, so you build confidence with techniques and procedures.
Advanced computer suites: Access to industry-standard software for computational chemistry, drug design, and data analysis.
Group research projects: Collaborate with classmates on research projects, applying what you’ve learned to drug design, analysis, or mechanism-of-action studies.
Industry placements: Optional placements give you real-world experience in pharmaceutical companies, helping you build professional skills and networks.
Cross-disciplinary collaboration: Open-study areas encourage interaction with students from biology, chemistry, and engineering, helping you approach problems from different angles.
Library and research support: Access to scientific journals, research materials, and quiet study spaces to support your lab work and projects.

Progression & Future Opportunities

When you graduate from this degree, you’ll be ready to step straight into exciting roles in the pharmaceutical world, such as a pharmaceutical analyst, quality control scientist, drug discovery researcher, or regulatory affairs specialist. Many of our graduates go straight into industry, while others use their skills as a springboard into further study or research — the choice is yours. Here’s how MMU helps you make that leap:

Careers support: The MMU Careers Service offers one-to-one guidance, workshops, employer events, and ongoing support even after you graduate, helping you find the right job for your skills.
Recruitment prep: Through partnerships with services like Graduates First, you’ll get help with interviews, psychometric tests, and applications — giving you a real edge in competitive roles.
Strong employment outcomes: Around 95% of MMU chemistry graduates are in work or further study within 15 months of finishing their degree.
Salary prospects: On average, chemistry graduates report earnings of roughly £25,000 shortly after graduation.
Industry links: The Department of Natural Sciences has active collaborations with pharmaceutical and biotech companies, meaning you gain insight and experience that’s directly relevant to the workplace.
Professional credibility: A degree in medicinal and pharmaceutical chemistry is highly respected, particularly for roles in R&D, quality assurance, or regulatory science.

Further Academic Progression:
After finishing your BSc, you could continue your studies with a master’s degree (MSc) in pharmaceutical sciences, medicinal chemistry, or a related field. If research is your passion, a PhD in drug discovery, analytical chemistry, or biopharmaceuticals could be the next step, letting you explore the frontiers of science while building an academic or industry career.