3 Years On Campus Bachelors Program
This degree teaches you how drugs and cosmetic products are discovered, formulated, analysed, and tested — from molecule to finished item. It’s ideal if you enjoy chemistry and biology, want hands-on lab work, and are curious about how science meets product development, regulation, safety and consumer needs.
Curriculum Structure
Here’s roughly what you’ll learn in each year, including some of the module names so you get a taste for the content.
Year 1
You start with foundations. You’ll cover modules like Physical Properties, Organic Chemistry, Principles of Human Biology and Disease, Formulation Science, Analytical Chemistry, Biologically Active Molecules. These give you basic understanding of how molecules behave, how living systems function, how substances are analysed, and how to formulate products. You’ll gain essential lab skills and the scientific mindset you’ll build on.
Year 2
This year pushes deeper into pharmaceutical and cosmetic-specific content. Core modules include Pharmaceutical Formulation, Synthetic and Natural Drugs, Principles of Pharmacology, Sterile Pharmaceutical Products, Pharmaceutical Analysis, Principles of Cosmetic Products. You’ll learn how drugs are made and tested, how they behave in the body, and how cosmetics are formulated and regulated. Lab work increases, methods become more precise, more case studies or product examples.
Year 3 / Final Year
In your final year you work on advanced topics and a major project. Key modules are Research Methods and Project, Industrial Product Development, Advanced Pharmaceutical Analysis, Advanced Delivery Systems, Safety Assessment of Pharmaceuticals and Cosmetics. You’ll apply what you’ve learned: designing novel delivery systems, assessing safety, managing regulatory aspects, perhaps engaging in a placement (if taken).
Also there’s an optional placement year (one full year in industry) between levels 5-6, if you choose the sandwich mode, which boosts experience.
Focus areas
Chemistry & Analysis; Formulation & Production; Physiology & Biological Activity.
Learning outcomes
You will be able to:
Understand and apply physical, organic, analytical, and biological chemistry to pharmaceutical and cosmetic contexts;
Formulate, test and analyse pharmaceutical and cosmetic products, including advanced delivery systems;
Assess safety, quality, regulation and regulatory frameworks;
Conduct independent research and projects relevant to industry;
Use laboratory and data skills, teamwork, problem-solving and transferable communication skills.
Professional alignment (accreditation)
While I didn’t find explicit accreditation by e.g. the Royal Society of Chemistry for the undergraduate program, the course is designed with professional and industrial relevance in mind, with strong work-related learning, placements, and regulatory content. LJMU’s School of Pharmacy & Biomolecular Sciences has established links with industry.
Reputation (employability rankings)
LJMU claims this course leads to “higher than average salary” and that its graduates are highly sought-after in UK’s fast-growing manufacturing, pharmaceutical, cosmetic, biotech and related industries.
In the National Student Survey (2025), 90% of students on this course said teaching staff were positive about the learning resources. That’s a strong signal of student satisfaction with facilities and support.
You won’t just sit and listen — this course gives you lab time, real projects, and chances to work in industry. At LJMU you’ll use modern laboratories, get support from personal tutors, have access to online tools, and often work on group tasks. One of the strength points is the placement year (after Level 5) which lets you step into an actual pharmaceutical, cosmetics or related manufacturing setting.
Here are specific opportunities and facilities you’ll get:
State-of-the-art laboratories and teaching spaces at the Byrom Street site, City Campus. Practical lab sessions are core parts of many modules (formulation science, analytical chemistry, sterile pharmaceutics etc).
Access to the Avril Robarts Library for texts, journals, data resources that support both your lab work and independent research.
Virtual Learning Environment (Canvas) for accessing lecture slides, assignments, workshop materials; plus blended learning so you get both online content and hands-on sessions.
Industrial placement year (one full year) after Level 5, if you opt for the sandwich degree. Not guaranteed, but strongly encouraged. Helps you gain work experience, test what you’ve learned in a real workplace.
Group work, workshops, tutorials, and lab practicals — many modules include problem solving, data interpretation in teams, project assignments.
Personal tutor support, one-to-one supervision especially during your research project in the final year.
Opportunity to go abroad (study year or semester abroad) or take overseas internships through LJMU’s international partnerships.
Graduates of this course go on to roles in formulation, quality control, regulatory affairs, R&D, production management — the kind of work that influences what gets put in medicines or cosmetics, how safe they are, and how they’re regulated. The degree gives you not only technical skills and lab experience, but also a competitive edge via placements and strong career-support. Here’s how those outcomes come together:
University Services
LJMU’s Student Futures (Careers, Employability & Enterprise) helps students with: workshop & webinars on CVs, interviews; careers advice; employer events; and arranging internships/placements.
Also, Future Focus (embedded in Level 4) is an e-learning resource + workshop that builds your employability mindset.
Alumni and recent graduates can use the Start-Up Hub (for business or freelance work) and get support for up to 5 years post-graduation.
Employment Stats & Salaries
Typical salaries after graduation are roughly £24,000 (after 15 months).
A strong portion of graduates are employed (or in further study) soon after finishing: for related chemistry / pharmaceutical-cosmetic science areas, about 95% are in work or further study 15 months after graduating.
Unemployment among this group is low: around 5% 15 months after graduation.
University–Industry Partnerships / Real-World Links
Students have the possibility to do a 12-month industrial placement (after Level 5) to gain real industry experience.
Example: a student placement at BASF in Germany has given hands-on, international industrial exposure.
Long-Term Accreditation / Career Credibility
The course is designed with the needs of the pharmaceutical, biotechnological, cosmetic and regulatory sectors in mind. LJMU emphasises technological literacy, lab skills, formulation, analysis, and safety/regulation—all valued in industry.
There is strong student satisfaction: e.g. 90% of students said teaching staff were positive about the learning resources provided.
Graduation Outcomes
Graduates can expect to work in roles such as:
• Formulation Scientist / Specialist
• Quality Assurance / Quality Control Officer
• Regulatory Affairs / Product Safety Officer
• Production or Process Development roles
The wide demand spans pharmaceutical, cosmetic, chemical, food, biotechnological and healthcare industries.
Further Academic Progression
If you finish this degree and want to go further, here are clear paths:
MSc in related areas such as MSc Cosmetic Science at LJMU, which builds on formulation, safety, regulation; some modules involve collaboration with industry.
MSc in Drug Discovery, Development and Delivery also offered at LJMU.
MSc Industrial Biotechnology or other postgraduate degrees in pharmaceutical sciences / regulatory affairs.
Possibility of doing PhD research, especially if you’ve done a strong project or placement, particularly in formulation, drug delivery, safety assessment, regulatory science.
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