BSc (Hons) Pharmaceutical Science

3 Years On Campus Bachelors Program

University of South Wales

Program Overview

The BSc (Hons) Pharmaceutical Science at the University of South Wales gives you the chance to explore how medicines are created, tested, and brought to the people who need them. It’s perfect for curious minds who enjoy science and want a hands-on experience in chemistry and biology while opening doors to a career in research, industry, or further study.

Curriculum Structure

Year 1 (Level 4)
Your first year is all about building a strong foundation. You’ll get to grips with Organic Molecules: their Structure, Reactivity and Analysis, Inorganic Chemistry, and Diversity of Cellular Life, learning how chemical reactions work and how living systems function. Alongside this, Key Skills for Careers in the Sciences will help you develop practical lab skills, critical thinking, and professional habits that will serve you throughout your studies and career.

Year 2 (Level 5)
In year two, things get more focused on pharmaceuticals. You’ll dive into Modern Techniques in Analysis and Identification, gaining experience with the tools real scientists use every day. Synthetic Organic and Heterocyclic Chemistry introduces you to designing molecules that could become drugs, while Bioinorganic Chemistry shows how metals play a role in biology. You’ll also explore Quality Control and Management in the Pharmaceutical Industry, preparing you to meet real-world industry standards.

Final Year (Level 6)
The final year is your chance to shine. You’ll tackle Advanced Analytical Techniques, take a deep dive into Medicinal Drug Design, and work on your Major Project, where you can explore a research question or placement project that excites you. Alongside your studies, career development sessions will help you polish your CV, prepare for interviews, and get ready to step confidently into the professional world.

Focus Areas

Drug design and formulation, analytical chemistry, quality control, biological sciences, and industry practice

Learning Outcomes

You’ll graduate with a deep understanding of how medicines work, hands-on skills in both chemistry and biology, and confidence in using modern scientific tools. You’ll also gain professional skills, from problem-solving and teamwork to practical lab expertise, making you highly employable.

Professional Alignment (Accreditation)

While the course page doesn’t list a formal accreditation, the curriculum is shaped with input from the pharmaceutical industry and includes placements, ensuring what you learn is aligned with real-world professional standards.

Reputation (Employability & Rankings)

Graduates from this program are well-prepared for the job market, with many moving into pharmaceutical companies like Teva, PCI, and Roche, or into research, regulatory affairs, and quality assurance roles. Around 83% of University of South Wales graduates find employment or further study within 15 months of finishing their course.

Experiential Learning (Research, Projects, Internships etc.)

At USW, your learning goes far beyond lectures. From the very first year, you’ll spend plenty of time in modern, fully equipped labs, getting hands-on with the same instruments and techniques that professional pharmaceutical scientists use. You’ll learn by doing — preparing compounds, running analyses, and interpreting real experimental data — so by the time you graduate, you’ll have both confidence and practical skills. Plus, the program offers placements and industry links, meaning you can apply your knowledge in real-world settings while building valuable connections for your future career.

Here’s a closer look at what you’ll get to experience:

Hands-on Lab Work: Work in dedicated organic, inorganic, and physical chemistry labs with access to advanced instruments like NMR, GC/MS, IR, and UV-VIS spectroscopy.
Industry Placements: Take part in summer placements, short-term projects, or a full sandwich year with companies like Midatech Pharma, Nanopharm, PRA Health Sciences, and PCI Pharma.
Mentorship & Support: Academic mentors guide you during placements to ensure you’re learning, reflecting, and growing professionally.
Career Development Workshops: Build your CV, master interviews, and gain industry insights through employability-focused sessions.
Lab Essentials Provided: You’ll receive a lab coat and safety goggles in your first year to get started safely.
Specialist Masterclasses: Join hands-on spectroscopy and drug design masterclasses to enhance your practical skills.
Library & Digital Resources: Access the Glyntaff campus library and online tools to support your experiments, research, and data analysis.

Progression & Future Opportunities

Graduating from this program opens up exciting career paths in the pharmaceutical world. Many of our students move into roles like research & development scientist, pharmaceutical analyst, regulatory affairs associate, or lab technician in the NHS. Thanks to the hands-on experience in labs and industry placements, you’ll leave with practical skills and professional contacts that give you a head start in the job market.

Here’s how USW helps you take that next step:

Careers & Employability Support: One-to-one guidance for CVs, interview preparation, and access to a huge network of employers.
Strong Graduate Outcomes: Around 96% of graduates are in work or further study within 15 months of finishing.
Industry Partnerships: Opportunities for placements with companies like Midatech Pharma, Nanopharm, Simbec Orion, PRA Health Sciences, and PCI Pharma.
Real Work Experience: Many students secure jobs during or right after their placement year.
Long-Term Value: USW’s industry-informed teaching and research connections mean your degree is respected by employers.
Graduate Destinations: Careers span pharmaceutical companies, quality assurance, regulatory affairs, the NHS, or even non-pharma sectors like cosmetics.

Further Academic Progression:
If you want to keep learning, you could move on to a Master’s or PhD in pharmaceutical science, medicinal chemistry, or related fields. Some graduates also choose postgraduate teaching routes, like a PGCE, if they want to combine their science expertise with education.