BSc Hons Pharmaceutical and Cosmetic Science with Foundation Year

4 Years On Campus Bachelors Program

Liverpool John Moores University

Program Overview

 

This degree starts with a Foundation Year for students who don’t yet meet the qualifications for the honours degree, then progresses through the core Pharmaceutical & Cosmetic Science curriculum. It suits you if you like chemistry, biology and lab-work, and want to understand how medicines and cosmetics are formulated, analysed and regulated in real-industrial settings. 


Curriculum Structure

Here’s how the learning builds over time, including some module names so you can see exactly what you’ll study. 

Foundation Year (Year 0 / Level 3)
You start with the basics: human anatomy & physiology, cell biology & genetics, fundamental chemistry (physical, inorganic, organic), and general bioscience. Modules like Introduction to Chemistry, Introduction to Molecular Biology and Genetics, Fundamental Science Skills, Human Anatomy and Physiology give you the scientific building blocks, lab skills and study skills you need. This year is all about giving you confidence and grounding so you can succeed in the honours years. 

Year 1 (Level 4 Honours)
You move into subject-specific modules: Physical Properties, Organic Chemistry, Principles of Human Biology and Disease, Formulation Science, Analytical Chemistry, Biologically Active Molecules. You’ll deepen your understanding of chemical structure, human biology, and how substances act and can be measured and formulated. Laboratory work becomes more frequent. 

Year 2 (Level 5 Honours)
This year focuses more on core pharmaceutical & cosmetic topics: Pharmaceutical Formulation, Synthetic and Natural Drugs, Principles of Pharmacology, Sterile Pharmaceutical Products, Pharmaceutical Analysis, Principles of Cosmetic Products. You’ll explore how drugs and cosmetic products are made, tested for safety and efficacy, and meet regulatory standards. Practical labs and case studies are central. 

Year 3 / Final Year (Level 6 Honours)
In your final year you pull things together with advanced topics: Research Methods and Project, Industrial Product Development, Advanced Pharmaceutical Analysis, Advanced Delivery Systems, Safety Assessment of Pharmaceuticals and Cosmetics. You’ll plan and execute a major project, examine complex delivery systems, learn about safety assessment and regulatory controls, and see directly how industry would expect scientific work to be done. Optional placement (sandwich year) or study abroad can add extra experience. 


Focus areas

Chemistry & Analysis; Formulation & Production; Physiology & Biological Activity. 


Learning outcomes

You’ll be ready to understand drug and cosmetic product chemistry & biology; apply lab and analytical techniques; design and evaluate formulations; assess safety, regulation and delivery; do independent research and handle real-industry challenges. 


Professional alignment (accreditation)

While I didn’t find a specific external accreditation (e.g. RSC) explicitly named for the foundation-year version, the course is built around professional and industry relevance: it includes industrial placements, real formulation & analysis labs, regulatory & safety modules, and LJMU’s curriculum is structured to meet industry expectations. 


Reputation (employability rankings)

  • Students say the course is intellectually stimulating: 100% in NSS 2024 for that item.

  • Earnings after graduation for this field trend around £21,500 for first year, rising to ~£28,700 within five years. 

  • Entry requirement is moderate (UCAS points ~88 under the CCD-CCC bracket), so accessible. 

Experiential Learning (Research, Projects, Internships etc.)

 

You won’t just learn theory — you'll get hands-on lab work, use modern facilities, take part in group and project work, and have opportunities for placements. The program uses LJMU’s School of Pharmacy and Biomolecular Sciences labs, digital tools, personal tutor guidance, and blended learning to build both your scientific skills and your confidence. Foundations are set in the foundation year, then more advanced experimental work comes later years; there is also an optional industrial placement year after Level 5 to test your skills in real industry settings. 

Here are the specific experiential learning components & facilities you’ll have access to:

  • Laboratory-based work in formulation, analytical chemistry, and delivery systems modules, using LJMU’s state-of-the-art laboratories

  • Extensive instrumental chemical analysis tools: chromatography, spectroscopic instruments, particle sizing, formulation & tableting equipment. 

  • Use of computational chemistry software and molecular modelling in computing labs to analyse molecular interactions, support research & formulation design. 

  • Group projects, case studies, and lab practicals built into modules to simulate industrial and regulatory problem-solving.

  • Option for a 12-month industrial placement after Level 5 (if doing the sandwich degree) to get real work experience in pharmaceutical, cosmetic or related industries. 

  • Library and digital learning support: Avril Robarts Library for physical and digital resources; a personal tutor system; LJMU’s Virtual Learning Environment (Canvas or similar) for online lectures/materials. 

  • Access to LJMU’s School of Pharmacy & Biomolecular Sciences, including the Centre for Pharmacy Innovation and specialist labs for drug delivery, chemical synthesis, microscopy etc.

 

Progression & Future Opportunities

 

Graduates of the BSc (Hons) Pharmaceutical and Cosmetic Science with Foundation Year at Liverpool John Moores University are well-equipped for diverse careers across pharmaceuticals, cosmetics, biotechnology, and related sectors. Typical roles include:

  • Formulation Scientist

  • Cosmetic Chemist

  • Regulatory Affairs Specialist

  • Quality Control Analyst

These positions leverage the program's strong emphasis on laboratory skills, industry-relevant knowledge, and practical experience.

Career Support & Industry Connections:

  • Personal Tutor System: Continuous guidance throughout the course to support academic and professional development.

  • Industrial Placement Opportunities: Option to undertake a 12-month industrial placement after Level 5, providing direct experience in the industry.

  • Accredited Program: The program is accredited by the Royal Pharmaceutical Society, enhancing its credibility and recognition in the industry.

  • Graduate Outcomes: Graduates are highly sought after in the UK's fastest-growing manufacturing industries, with a degree leading to a higher-than-average salary.

  • Teaching Excellence: 90% of students on this course reported that teaching staff were positive about the learning resources provided, according to the National Student Survey 2025.

Further Academic Progression:

Upon completion, graduates may pursue further studies such as:

  • MSc Cosmetic Science at LJMU, accredited for Chartered Chemist status.

  • Postgraduate Research Opportunities in pharmaceutical and cosmetic sciences.

  • Professional Development Programs in related fields.

 

Program Key Stats

£18,250 (Annual cost)
£ 29
Sept Intake : 1st Jan


No
No

Eligibility Criteria

CCD
2.8
N/A
70

1100
24
6.0
78

Additional Information & Requirements

Career Options

  • Pharmaceutical Scientist
  • Cosmetic Scientist
  • Formulation Chemist
  • Quality Assurance Specialist
  • Regulatory Affairs Officer
  • Clinical Research Associate
  • Product Development Scientist
  • Toxicologist
  • Medical Sales Representative
  • and Academic Researcher or Lecturer

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