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4 Years On Campus Bachelors Program
University of LiverpoolThis four‑year degree combines the exciting science of chemistry with a focus on creating and understanding medicines, giving you real-world industry experience along the way. It’s perfect for curious, hands-on students who want to explore drug development, lab work, and research, while also gaining skills that employers love.
Curriculum structure:
Year 1: You’ll start by building a strong foundation in chemistry, biology, maths, and physics, alongside developing essential lab and digital skills. Key modules like Introductory Medicinal Chemistry and Physiology (CHEM104), Core Chemistry 1A: Structure, Bonding & Change (CHEM101), and Shaping Future Chemists: Laboratory, Analytical and Digital Skills 1 (CHEM100) will get you comfortable with the basics and prepare you for more advanced studies.
Year 2: This year dives deeper into chemistry and drug discovery. You’ll tackle topics such as Core Chemistry 2A: Thermodynamics, Transition Metals and Synthetic Methods (CHEM201), Core Chemistry 2B: Spectroscopy and Strategies for Sustainable Synthesis (CHEM202), and Drug Discovery and Development (BIOS216). You’ll also sharpen your quantitative, practical, and industry-awareness skills through focused labs and projects.
Year 3: Now you explore advanced medicinal chemistry and research skills. Modules like Further Medicinal Chemistry (CHEM306), Core Chemistry 3: Current Topics in Synthetic Design and Advanced Materials (CHEM301), and Shaping Future Chemists: Industry, Modelling and Advanced Practical Skills (CHEM300D) help you tackle real-world chemistry problems. You’ll also complete an extended project, giving you a chance to work independently and gain research experience.
Year 4 (Year in Industry): You’ll spend a full year in a professional industrial placement, applying what you’ve learned in a real workplace. This is a fantastic opportunity to gain hands-on experience, build networks, and understand how the pharmaceutical and chemical industries really operate.
Focus areas: Medicinal chemistry, drug discovery and development, synthetic and analytical chemistry, lab and digital skills, industrial placement experience.
Learning outcomes: Graduates will have a deep understanding of chemistry in medicine, practical lab and analytical skills, digital and modelling capabilities, and professional experience that makes them highly employable in research, industry, or further study.
Professional alignment (accreditation): Accredited by the Royal Society of Chemistry (RSC), giving your degree recognised professional value.
Reputation (employability rankings): Around 90% of chemistry graduates from Liverpool are in work or further study within 15 months of graduating, with typical full-time earnings of around £29,000.
From day one, this degree is designed to get you hands-on in the lab and ready for real-world chemistry. You won’t just learn theory—you’ll apply it, experiment with advanced equipment, and work on projects that mirror what chemists do in industry. Along the way, you’ll develop practical skills, digital fluency, and teamwork abilities that will make you confident stepping into a professional setting. The program also gives you a full year in industry, so you can see exactly how chemistry is used in a real workplace:
Here’s what that looks like in practice:
Modern Chemistry Labs: Work in the Central Teaching Laboratories with cutting-edge synthetic and analytical equipment, carrying out experiments from your very first year.
Digital Tools & Modelling: Use software for molecular visualization, computational chemistry, and digital measurement to enhance your lab work and problem-solving.
Team Projects & Workshops: Collaborate with peers on group projects that focus on real-world challenges, including sustainable chemistry and industrial processes.
Extended Research Project: In Year 3, design and conduct your own research project in labs or alongside industry partners, presenting your findings like a professional chemist.
Year in Industry: Spend your fourth year in a commercial or research environment, gaining hands-on experience, networking, and insight into how the chemistry world really works.
Industry Connections & Field Experiences: Engage with guest lectures, industry visits, and employability workshops that link classroom learning with professional practice.
Graduating from this degree opens up an exciting range of career paths. You could work as an analytical scientist, a development chemist, a research scientist, or step into a graduate leadership role in pharmaceutical or chemical industries. Thanks to your industry placement year and hands-on experience in labs, you’ll be ready to contribute from day one:
Careers Support: The University’s Careers & Employability Service will guide you with personalised advice, CV and application reviews, interview preparation (including video and psychometric tests), and help finding placements or graduate roles.
Employment Success: Around 90% of chemistry graduates are in work or further study within 15 months of finishing, with typical full-time salaries around £30,000.
Industry Connections: The department has strong links with top employers, including AstraZeneca, GlaxoSmithKline, Unilever, and Johnson Matthey, giving you fantastic networking and placement opportunities.
Professional Accreditation: Your degree is accredited by the Royal Society of Chemistry (RSC), meaning it’s recognised and valued across the profession.
Versatile Outcomes: Graduates also move into fields such as patent law, forensics, nuclear chemistry, data science, and more — showing just how flexible and in-demand these skills are.
Further Academic Progression:
If you want to continue your studies, there are plenty of pathways. You could pursue a specialised MSc in medicinal chemistry or pharmaceutical sciences, progress to an integrated MChem to deepen your research experience, or even move into a PhD and a career in academic or industry research.
A-level - ABB including two science A levels: Chemistry and a second science.Applicants with the Extended Project Qualification (EPQ) are eligible for a reduction in grade requirements. For this course, the offer is BBB with A in the EPQ.Applicants need two science A-levels including Chemistry (A in Chemistry if it’s the only science), plus a pass in any required practical assessments for Chemistry, Biology, Geology, or Physics.IB - 32 points overall with at least 5 in HL Chemistry and 5 in another HL science (or 6 in HL Chemistry if no other science), or pass IB Diploma with 6,5,5 in 3 HL subjects including Chemistry and another science.GCSE - 4/C in English and 4/C in MathematicsEnglish language requirements - IELTS - 6.0 overall, with no component below 5.5 or TOEFL iBT - 78 overall, with minimum scores of listening 17, writing 17, reading 17 and speaking 19. TOEFL Home Edition not accepted.India - Standard X and XII with 70–85% in the best four core subjects (including English), excluding non-academic subjects.USA - High school diploma with a GPA of 3.0 plus one of the following: 3 AP exams (4, 4, 4 to 5, 5, 5), or 2 AP exams plus an externally-assessed qualification, or 2 AP exams plus an Honors/College-level class (B+ or higher).First-year university completion with a good GPA may also be considered for entry.Analytical ScientistDevelopment ChemistResearch ScientistPharmaceutical ScientistDrug Discovery ScientistFormulation ChemistQuality Control ChemistProcess ChemistLaboratory ManagerRegulatory Affairs SpecialistPatent AnalystForensic ScientistClinical Trials AssistantData Scientist in Chemistry/PharmaGraduate Leadership Roles in Chemical/Pharmaceutical Industry
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