Keele University

What you'll study

This joint honours degree brings together the foundations and advanced topics of chemistry with a structured programme of mathematics. In the early stages you build core knowledge: atomic structure, organic functional groups and reactions, physical chemistry concepts such as thermodynamics and kinetics, practical laboratory skills, together with calculus, linear algebra and introductory statistics.

In intermediate years you progress to more specialised chemistry topics — including inorganic chemistry, spectroscopy and analytical techniques, physical chemistry (quantum and statistical approaches), materials and polymer chemistry, and selected options such as biochemistry or environmental chemistry. Mathematics modules develop further into differential equations, numerical methods, mathematical modelling, probability and advanced statistics, and mathematical methods relevant to physical sciences.

Final‑year study typically includes advanced and optional modules in both subjects and a substantial research project or dissertation in chemistry (often with a mathematical or computational component). Laboratory work, data analysis, and computational chemistry are integrated throughout the course to ensure practical competence and experience of handling real research problems.

• Core practical chemistry skills: synthesis, analysis, spectroscopy and lab safety
• Physical chemistry: thermodynamics, kinetics and quantum chemistry
• Organic and inorganic chemistry: reaction mechanisms, structure and bonding
• Analytical chemistry: chromatography, mass spectrometry and spectroscopy
• Mathematics modules: calculus, linear algebra, differential equations, numerical methods, statistics and mathematical modelling
• Research project or dissertation in chemistry, often with mathematical/data analysis elements

Entry requirements

Applicants should normally have strong A‑level (or equivalent) qualifications with chemistry as a principal subject. Mathematics is highly recommended and is often required or preferred, since the programme includes substantial mathematical content. Typical offers ask for good grades in science and maths subjects; applicants with other science-based qualifications (e.g. BTEC, Scottish Highers, international qualifications) are considered on an individual basis.

Keele welcomes mature students and those with relevant work experience. Applicants will also need standard GCSE (or equivalent) passes in English and Mathematics. Admissions may take into account personal statements, references, and where relevant, performance at interview or submitted work.

Career prospects

Graduates with combined chemistry and mathematics skills are attractive to a wide range of employers. Typical career paths include analytical and pharmaceutical chemistry, materials and formulation science, environmental consultancy, chemical manufacturing, and quality control laboratories. The quantitative training also opens opportunities in data science, modelling, finance and technology sectors, while the laboratory and research experience supports progression to postgraduate study (MSc or PhD) and research careers.

Other common destinations include patent and regulatory roles, science policy, and secondary school teaching (with appropriate teacher training). Keele’s careers support and links with industry can help students secure placements, internships and graduate positions.

Why study at Keele University

Keele offers a strong interdisciplinary environment with small‑group teaching and an emphasis on research‑led learning. The chemistry provision includes well‑equipped teaching and research laboratories where students gain hands‑on practical experience from early in the programme. The university’s approach encourages independent research, teamwork and transferable skills such as data analysis, scientific writing and project management.

Studying at Keele also provides opportunities to tailor the course through optional modules and a substantial final‑year project, and there are routes to gain workplace experience via placements or collaborations with industry and research groups. The campus setting and student support services contribute to a supportive learning experience for students combining the physical sciences and mathematics.