BSc (Hons) Pharmaceutical Science

3 Years On Campus Bachelors Program

University of Salford

Program Overview

If you’re fascinated by how medicines are discovered, developed, and tested, this degree is perfect for you. The BSc (Hons) Pharmaceutical Science at Salford gives you hands-on experience in labs, a solid grounding in biology and chemistry, and insight into the world of drug research — preparing you for an exciting career in the pharmaceutical or biotech industries.

Curriculum Structure

Year 1
Your first year sets the stage with a solid foundation in science. You’ll explore Genetics and understand how DNA shapes life, get to grips with Introduction to Organic Chemistry, and learn the essentials of Biochemistry, discovering how molecules drive life processes. You’ll also gain practical lab skills in modules like Cell Biology and Biochemical & Pharmaceutical Skills, which teach you how to handle equipment, run experiments, and interpret results.

Year 2
Year two is where things get more specialized. You’ll dive into Clinical & Molecular Genetics, exploring how genes influence health and disease, and tackle Drug Discovery & Medicinal Chemistry, learning how new medicines are designed. Pharmacology and Human Physiology show how drugs interact with the body, while Genomics & Proteomics gives you cutting-edge insight into modern molecular science. This year really brings together theory and practical lab work.

Year 3
The final year focuses on applying everything you’ve learned. In Applied Pharmacology, you’ll see how drugs progress from the lab to real patients. Biochemistry of Drugs & Disease helps you understand how medicines affect disease pathways. And with your Final Year Project & Professional Skills, you’ll carry out your own research, honing problem-solving and communication skills that employers love. Optional modules like Advances in Pathophysiology or Frontiers in Medicine Design allow you to explore areas that excite you the most.

Focus Areas

Drug discovery, pharmacology, molecular biology, genomics, pharmaceutical analysis, research techniques, real-world industry applications.

Learning Outcomes

You’ll graduate ready to design and evaluate drug molecules, understand the molecular roots of disease, perform advanced lab work, and communicate your research with confidence.

Professional Alignment (Accreditation)

This course is accredited by the Royal Society of Biology (RSB). If you take the placement year, your degree earns RSB Advanced Accreditation, giving your CV an extra boost.

Reputation (Employability & Rankings)

Salford has strong ties with industry, so you can get placements at places like Pfizer, Cancer Research UK, or hospital labs. Graduates go on to roles such as analytical chemist, pharmacologist, clinical research associate, or toxicologist. The university’s Bodmer Laboratories are research-active and well-equipped, giving you a real-world experience that employers value.

Experiential Learning (Research, Projects, Internships etc.)

At Salford, learning goes far beyond lectures. You’ll spend plenty of time in hands-on labs, gaining practical skills that prepare you for a real career in pharmaceuticals and biotech. The Bodmer Laboratory, a purpose-built space for biomedical and chemical research, gives you access to cutting-edge tools like mass spectrometers, cell culture equipment, flow cytometers, and advanced microscopes. You’ll also get the chance to take a full industry placement year, working alongside professionals in leading organisations, and your final-year project lets you tackle your own research question with guidance from expert tutors. All of this means that by the time you graduate, you’ll be confident, capable, and ready to step into the workplace.

Here’s what that hands-on experience looks like in practice:

Industry Placement Year: Work in real pharmaceutical or biotech settings, such as Pfizer, the Cancer Research UK Manchester Institute, or Wythenshawe Hospital, gaining first-hand experience and building your professional network.
Bodmer Laboratories: Use industry-standard equipment including LC/GC mass spectrometers, FTIR/NMR, cell culture labs, flow cytometry (FACS), and fluorescence microscopy.
Final-Year Research Project: Design and carry out your own experiments, analyzing results and presenting findings, giving you strong independent research skills.
Real-World Teaching: Engage in workshops, “flip-learning” activities, and guest sessions with industry professionals, applying what you’ve learned in realistic pharmaceutical scenarios.
Biomedical Research & Innovation Centre (BRIC): Explore advanced techniques such as NGS sequencing, qRT-PCR, cell sorting, and metabolic-flux analysis, connecting your learning to cutting-edge research.
Immersive Lab Environment: Work closely with research staff and peers in a vibrant lab culture, gaining confidence with professional lab techniques and scientific problem-solving.

Progression & Future Opportunities

Graduating from Salford’s Pharmaceutical Science degree opens doors to exciting roles where you can make a real impact. Many of our graduates go on to become analytical chemists, clinical research associates, pharmacologists, or toxicologists, combining their scientific expertise with hands-on lab experience. Here’s how the university helps you turn your degree into a successful career:

Careers Support: Salford’s Careers & Employability team guide you through CVs, interviews, and employer networking, with science-specific events and workshops designed to help you stand out.
Employment Stats & Salaries: Around 90% of graduates from this program are in work or further study within 15 months of finishing, with starting salaries for chemistry-related roles averaging around £23,000 and growing with experience.
Industry Connections: Through placements and collaborations, you can work with leading organisations like Pfizer, Cancer Research UK Manchester Institute, and Wythenshawe Hospital, gaining real-world experience and industry contacts.
Professional Recognition: Your degree is accredited by the Royal Society of Biology (RSB), with Advanced Accreditation available for placement students, giving your qualifications extra credibility with employers.
Graduate Outcomes: Alumni of the program have moved into contract research organisations, biotech firms, pharmaceutical companies, clinical laboratories, regulatory affairs, and quality assurance roles.

Further Academic Progression:
If you want to continue your studies, there are plenty of opportunities. Graduates often pursue postgraduate courses like an MSc in Biomedical Science, Biotechnology, or Drug Design & Discovery at Salford. You could also embark on research via the Biomedical Research Centre or even a PhD, building on your lab skills and project experience to specialise further in your area of interest.