BSc (Hons) Pharmaceutical Science including Foundation Year

4 Years On Campus Bachelors Program

University of South Wales

Program Overview

This degree is perfect if you’re curious about how medicines are designed, developed, and tested. With a foundation year included, it’s ideal for students who want to strengthen their scientific knowledge or come from a non-traditional background before diving into full honours-level study.

Curriculum Structure

Foundation Year (Level 3):
The foundation year gives you the building blocks in science that you’ll need for the rest of your degree. You’ll explore Foundation Biology, Foundations in Physical Chemistry, and Foundations in Organic and Inorganic Chemistry while also developing skills like scientific literacy and professional development. Modules such as Introduction to Anatomy and Physiology give you a taste of real-world biology, setting you up for the years ahead.

Year One (Level 4):
In the first year, you’ll start to piece together the science behind medicines. You’ll cover Diversity of Cellular Life, Genetics and Evolution, Organic Molecules: their Structure, Reactivity and Analysis, and Inorganic Chemistry, alongside modules that build your practical and professional skills. This year is all about laying a strong foundation so you can confidently tackle more complex topics later.

Year Two (Level 5):
The second year brings more hands-on learning and insight into the pharmaceutical industry. You’ll study Introduction to Formulation Science and Pharmaceutical Analysis, Quality Control and Management in the Pharmaceutical Industry, and Modern Techniques in Analysis and Identification, while also deepening your knowledge in Synthetic Organic and Heterocyclic Chemistry and Bioinorganic Chemistry. You’ll get a feel for what it’s like to apply your knowledge in a lab setting and in real-world scenarios.

Year Three (Level 6):
Your final year is where you really make it your own. Advanced modules like Advanced Analytical Techniques, Advanced Organic Chemistry, and Advanced Drug Design and an Introduction to Formulation Science push your skills further, but the highlight is the Major Project and Career Development module. This is your chance to lead a research project, showcase your practical skills, and prepare for life after graduation, whether in industry or further study.

Focus Areas

Pharmaceutical chemistry, drug formulation, quality control, analytical techniques, molecular genetics, drug design.

Learning Outcomes

You’ll leave ready to design and test medicines, solve complex lab problems, work with cutting-edge analysis techniques, and approach real-world pharmaceutical challenges with confidence.

Professional Alignment (Accreditation)

While not formally accredited by the Royal Society of Chemistry, the course is designed to meet industry expectations and prepares you for a wide range of roles in the pharmaceutical and life sciences sectors.

Reputation (Employability / Rankings)

The University of South Wales ensures its courses are closely aligned with employer needs, giving graduates practical skills and experience that make them highly employable in pharmaceutical and related industries.

Experiential Learning (Research, Projects, Internships etc.)

This course is designed so you’re not just learning theory—you’re doing science from day one. At USW’s Glyntaff campus, you’ll get hands-on experience in modern, industry-standard labs, working with real analytical equipment like chromatographs, spectrometers, and other tools used in pharmaceutical research. From your first foundation year to your final major project, you’ll build practical skills, gain confidence in lab work, and learn how science works in the real world. You’ll also have opportunities to take placements or internships, giving you a taste of professional life and helping you connect classroom learning with actual pharmaceutical industry practice. Here’s what that looks like in action:

Hands-on Laboratory Work: Dedicated labs for organic, inorganic, physical chemistry, and instrumentation give you the chance to apply your knowledge using real industry equipment.
Placement & Internship Opportunities: Summer placements and year-long internships let you experience professional pharmaceutical settings, work with real datasets, and get a feel for industry workflows.
Major Research Project: Your final-year project gives you freedom to design and carry out research, present findings, and sharpen skills like planning, scientific communication, and critical thinking.
Digital Tools & Learning Platforms: Blackboard and other online resources help you practice problem-solving, track your progress, and access learning materials anytime.
Teamwork & Professional Skills: Workshops and group activities through the Professional Practice Academy help you develop communication, collaboration, and workplace-ready skills.
State-of-the-Art Facilities: Glyntaff campus features labs and equipment built to mirror real pharmaceutical industry environments, so you graduate ready to hit the ground running.

Progression & Future Opportunities

Graduating from this course opens the door to a range of exciting careers where your scientific knowledge really makes a difference. Many students go on to roles like research & development scientist, pharmaceutical analyst, quality control specialist, or regulatory affairs associate, giving you the chance to work on the development and testing of real medicines. The hands-on experience and industry insight you gain during your degree mean you’re ready to step straight into the workplace with confidence. Here’s how USW helps you make that leap:

Tailored Career Support: The university’s Employability & Careers Service works with you one-on-one to help polish your CV, practice interviews, and find placements or graduate roles.
High Employment Outcomes: Around 96% of USW graduates are in work or further study within 15 months of finishing their degree.
Industry Placements & Partnerships: The course offers summer internships and year-long placements with pharmaceutical companies like Midatech Pharma, Nanopharm, Simbec Orion Group, PRA Health Sciences, and PCI Pharma — giving you real-world experience.
Professional Skills That Last: Even though the course isn’t formally accredited by a professional body, it aligns closely with industry standards, meaning your skills are exactly what employers are looking for.
Graduate Destinations & Salaries: Alumni work in pharma R&D, regulatory affairs, technical sales, and NHS labs, with starting salaries around £21.9k, increasing as you gain experience.

Further Academic Progression:
If you want to continue studying, USW offers options like an MSc in Pharmaceutical Chemistry, which builds on your undergraduate lab experience and prepares you for highly specialised roles in drug development and research.