University of Liverpool

What you'll study

The programme delivers a balance of lecture, laboratory and project-based learning. In early years you study core modules that establish foundations in physical chemistry, organic chemistry, inorganic chemistry, analytical techniques and mathematics for chemists. Practical laboratory classes run throughout and develop essential skills in synthesis, spectroscopy, quantitative analysis, data handling and safe working practice.

In later stages you choose from optional modules that may include advanced spectroscopy and structural methods, materials chemistry, catalysis, chemical biology, environmental chemistry and computational/molecular modelling. A substantial independent research project or extended laboratory dissertation in your final year gives you experience of planning experiments, analysing results and communicating findings.

• Typical first-year topics: atomic and molecular structure, thermodynamics and kinetics, introductory organic chemistry, practical laboratory skills and chemical analysis.
• Typical second-year topics: physical chemistry (quantum, kinetics), inorganic structure and reactivity, analytical methods, and intermediate organic synthesis and mechanisms.
• Typical final-year topics: specialised electives, advanced materials or biological chemistry, spectroscopic and structural techniques, and an independent research project.

Teaching and assessment

Teaching methods include lectures, seminars, problem classes and extensive laboratory practicals. Assessment combines written exams, coursework, lab reports, oral presentations and the final-year research project.

Entry requirements

Applicants are expected to have strong science qualifications. Typical offers include advanced-level study in Chemistry plus strong performance in a second science or mathematics subject. International qualifications such as the International Baccalaureate, EU/other national equivalents and recognised foundation pathways are also considered. Applicants without direct chemistry A-level may be considered if they can demonstrate equivalent chemistry knowledge prior to entry.

All applicants are assessed on academic background and potential for practical laboratory work; some applicants may be invited to interview or asked to provide written references. English language proficiency at an appropriate level is required for applicants whose first language is not English.

Career prospects

Graduates leave prepared for roles in the chemical and allied industries, including pharmaceuticals, materials and polymer companies, environmental and analytical laboratories, food and consumer products, and energy sectors. Common graduate destinations include:

• Laboratory-based roles: analytical chemist, formulation scientist, quality control/assurance.
• Research and development in industry or progression to postgraduate research (MSc, PhD).
• Careers in related areas: patent work and intellectual property, scientific publishing, regulatory affairs and technical sales.
• Further professional training: teaching (via PGCE routes), or conversion to professional roles in data science and management following additional training.

The programme’s practical emphasis and final-year research experience also provide a strong foundation for postgraduate study and for employers who value laboratory competence and scientific communication skills.

Why study at University of Liverpool

The University of Liverpool offers a research-led chemistry environment with well-equipped teaching laboratories and specialist facilities for spectroscopy, crystallography and materials characterisation. Students benefit from active research groups across physical, organic, inorganic and biological chemistry, providing opportunities to take an ambitious final-year research project under expert supervision.

The department maintains links with regional and national industry and research institutes, which supports placement opportunities, industrially-relevant projects and employability connections. Additional student support includes dedicated careers services, laboratory training, and opportunities to gain professional accreditation where programmes meet the criteria of relevant chemistry bodies.

Studying in Liverpool also gives access to a lively city with cultural and professional networks, making it a practical base for developing both academic and career-focused experience while completing a rigorous chemistry degree.