Pharmaceutical Chemistry BSc (Hons)

3 Years On Campus Bachelors Program

Queen Mary University of London

Program Overview

If you’re fascinated by how medicines are created and want to be at the cutting edge of drug discovery, this programme is perfect for you. It combines core chemistry knowledge with real-world pharmaceutical applications, giving you the skills to make a real impact in healthcare and research.

Curriculum structure:
Year 1: You’ll start by building a strong foundation in chemistry with modules like Fundamentals of Organic Chemistry, Inorganic Chemistry, Physical Chemistry, and Foundations of Practical Chemistry. Along the way, you’ll develop key laboratory skills and learn how to analyse and solve chemical problems — essential stepping stones for a career in pharmaceuticals.

Year 2: In your second year, the focus shifts to more specialised areas such as Pharmaceutical Chemistry, Applied Spectroscopy, Structure & Reactivity in Organic Chemistry, and Introductory Programming for Chemists. This is where you begin connecting chemistry theory with drug design and development, gaining hands-on experience with experimental techniques and analytical tools.

Year 3: Your final year is all about independence and advanced learning. Core modules like Advanced Pharmaceutical Chemistry, Organic Synthesis, and Professional Skills in Chemistry give you expertise in the field, while your research project allows you to explore your own scientific interests. Optional modules let you dive deeper into areas like Computational Chemistry, Bioorganic Chemistry, or Advanced Analytical Chemistry, preparing you for either further study or a professional career.

Focus areas:
Drug design and optimisation, organic synthesis, analytical and spectroscopy skills, pharmacology, biochemistry, and hands-on laboratory research experience.

Learning outcomes:
You’ll graduate with the ability to design and analyse drugs, understand how they work in the body, apply laboratory and computational skills, and communicate effectively in professional scientific environments.

Professional alignment (accreditation):
The programme is accredited by the Royal Society of Chemistry, giving graduates Associate Member status.

Reputation (employability rankings):
QMUL chemistry graduates are highly employable, with around 91% in work or further study within 15 months of graduating, and average starting salaries near £28,975.

Experiential Learning (Research, Projects, Internships etc.)

At Queen Mary, you won’t just be reading about chemistry—you’ll be doing it. From day one, you’ll gain hands-on experience in modern, purpose-built laboratories, designed to mirror the kind of facilities you’d find in industry. You’ll carry out real experiments, use advanced chemical software for molecular modelling, and develop skills that prepare you for a career in pharmaceuticals or research. The programme encourages teamwork, independent problem-solving, and creativity, helping you grow both technically and professionally.

Some of the practical experiences you’ll benefit from include:

Cutting-edge laboratories: Work in the Joseph Priestley Building, featuring newly refurbished labs with industry-standard equipment, fume cupboards, and instrumentation that give you a true feel for a professional research environment.
Advanced digital tools: Use molecular modelling and scientific software to analyse data and design molecules, applying computational skills alongside your practical work.
Hands-on lab work: Around 100 hours of laboratory sessions each year give you plenty of practice running experiments independently and as part of a team.
Industry or research placements: For those taking the year-in-industry option, you can gain first-hand experience at pharmaceutical companies or research labs, making valuable professional connections.
Independent research project: In your final year, you’ll design and carry out your own research project, applying your knowledge and showcasing your skills to future employers or graduate schools.
Modern teaching and IT facilities: Access lecture theatres, online learning platforms, and QMUL’s IT resources, supporting your studies and practical work both in and out of the lab.

Progression & Future Opportunities

Graduates from this programme are well-prepared to step into exciting careers in the pharmaceutical and healthcare industries. Typical roles include drug development scientist, analytical chemist, pharmaceutical research associate, and positions in regulatory affairs or quality control — giving you the chance to make a real impact on medicine and healthcare. With the skills you gain, you could also explore roles in consultancy, business analytics, or scientific advisory positions:

Specialist careers support: QMUL’s Careers & Enterprise team, along with a dedicated School of Physical and Chemical Sciences careers consultant, provide tailored advice, CV and interview guidance, and help you find internships or work experience opportunities.
Employment statistics: Around 93% of graduates are in work or further study within six months of finishing the course, with starting salaries typically around £27,000–£29,000.
Industry connections: The programme has strong links with top employers like GlaxoSmithKline (GSK), Boots UK, and EY, helping you build networks and gain relevant experience.
Professional accreditation: Accredited by the Royal Society of Chemistry, this programme gives your CV added credibility and long-term professional recognition.
Graduate outcomes: By the time you finish, you’ll have hands-on lab experience, data analysis and research project skills, and exposure to real-world industry practices — giving you a competitive edge in the job market.

Further Academic Progression:
If you want to continue your studies, this degree provides a strong foundation for postgraduate courses such as MSc or PhD programmes in medicinal chemistry, pharmaceutical technology, drug development, or regulatory science. You could also specialise further in computational chemistry or biotech research, taking full advantage of the practical lab experience, research skills, and professional accreditation you gained during your degree.