Swansea University

What you'll study

The programme provides a broad foundation in the principal branches of chemistry alongside practical and transferable skills. In early stages you study core topics such as inorganic chemistry, organic chemistry, physical chemistry, analytical techniques and basic laboratory practice. You also cover supporting mathematics and computing skills applied to chemical problems.

As you progress, modules typically include thermodynamics and kinetics, quantum and molecular structure, spectroscopy and structural characterisation, reaction mechanisms, coordination chemistry, and materials chemistry. Practical laboratory classes run throughout the degree, increasing in complexity and independence, and you receive training in instrumental methods (for example NMR, mass spectrometry, chromatography and X‑ray diffraction) and in data analysis.

In the final year you undertake an independent research project or extended laboratory investigation supervised by academic staff. Optional modules often allow specialisation in areas such as medicinal and pharmaceutical chemistry, polymer and materials chemistry, green and sustainable chemistry, computational chemistry, forensic chemistry or atmospheric and environmental chemistry. There is also opportunity to choose modules that develop wider skills in science communication, business and entrepreneurship.

Course structure

• Year 1: core principles and laboratory fundamentals; introductory mathematics and analytical techniques.
• Year 2: intermediate inorganic, organic and physical chemistry; instrumental methods and small-group tutorials.
• Year 3: advanced topics, optional specialised modules and an independent research project.

Entry requirements

Typical entry is based on A‑level or equivalent qualifications. Successful applicants normally hold strong passes in relevant science subjects; A‑level Chemistry is generally required, together with one or two other subjects such as Mathematics or Physics. Equivalent qualifications accepted include BTEC Nationals with appropriate science units, Scottish Highers, Irish Leaving Certificate and recognised international qualifications. Candidates without direct qualifications may be considered through access or foundation routes where available.

Admissions also consider personal statements, references and any relevant practical experience. If English is not your first language, an approved English language qualification is required at the level specified by the university.

Career prospects

Graduates from this degree go on to a wide range of careers in industry, research and beyond. Typical roles include analytical chemist, formulation scientist, process or production chemist, quality control/assurance scientist, materials scientist, and roles in environmental monitoring and forensic science. Many graduates enter the pharmaceutical, chemical, energy, materials and food sectors or work for government and regulatory bodies.

The degree also provides a strong foundation for further study (MSc, PhD) or professional training routes such as patent law, scientific publishing, management and teaching. The programme’s practical emphasis and transferable skills—data analysis, laboratory competence and technical report writing—are valued across science and technology employers. The programme is accredited by the Royal Society of Chemistry, supporting routes to professional recognition for qualifying graduates.

Why study at Swansea University

Swansea offers dedicated chemistry laboratories, modern instrumentation and research-active staff across areas such as materials, catalysis, sustainable chemistry and chemical biology. Small-group practical classes and supportive tutorial systems help develop hands-on confidence and problem-solving abilities. The campus location also supports collaborations with regional industry and access to research centres that focus on advanced materials and environmental science.

Students benefit from careers support and opportunities for industrial placements or research internships to build professional experience. The university emphasises employability and real-world applications of chemistry, preparing graduates for technical roles, postgraduate research or wider careers that draw on analytical and scientific skills.