Keele University

What you'll study

The course builds from foundational chemical science in the early years towards advanced materials chemistry topics in the later years, with a balance of lectures, tutorials and laboratory classes. Core themes include organic, inorganic and physical chemistry; analytical and spectroscopic techniques; thermodynamics and kinetics; and practical skills in synthesis and characterisation.

• Year 1–2: Fundamental modules in atomic and molecular structure, introductory organic and inorganic chemistry, introductory physical chemistry, laboratory skills and data handling, and mathematics for chemists. Early practical classes emphasise safe laboratory practice and essential experimental techniques.
• Middle years: Intermediate modules in spectroscopy, instrumental analysis, solid-state chemistry, materials characterisation (X-ray diffraction, electron microscopy, thermal analysis), polymer chemistry and introductory concepts in nanomaterials and surface science. There is increasing emphasis on project work, scientific communication and research literature.
• Final integrated master year: Advanced taught modules in specialised areas of materials chemistry (for example advanced solid-state chemistry, advanced polymer and soft-matter chemistry, materials for energy, or electronic and magnetic materials) alongside a substantial independent research project supervised by academic staff. The research project is designed to develop experimental design, data analysis and dissertation-writing skills comparable to a master's level research experience.
• Skills and professional development: Practical laboratory competence, analytical and computational methods, research skills, scientific writing and presentation, team-working, project management and awareness of professional and ethical issues in chemistry. Opportunities for industrially-linked projects or short placements may be available.

Entry requirements

As an integrated masters programme that accepts students from school, typical applicants will have qualifications that include chemistry and a relevant second subject (for example mathematics, physics or another science) at advanced level or equivalent. Keele considers a range of international and vocational qualifications; applicants normally need a strong science background and evidence of laboratory experience or aptitude.

For applicants with completed undergraduate degrees seeking advanced entry or credit transfer, the usual expectation is a good honours degree in chemistry or a closely related subject. All applicants must meet the university's English language requirements where English is not the first language. Admissions decisions also consider personal statements, references and any relevant experience.

Career prospects

Graduates from this programme are prepared for a wide range of careers in industry, research and the public sector. Typical destinations include:

• Research and development roles in chemical, materials, pharmaceutical and advanced manufacturing companies
• Materials characterisation and analytical roles in laboratories and quality control
• Technical roles in energy, coatings, polymers, composites and electronics sectors
• Further research training such as PhD study in chemistry or materials science, leading to academic or specialist research careers
• Employment in science-related roles such as patent examination, scientific publishing, regulatory science, consultancy and technical sales
• Teaching and outreach roles at secondary and further-education levels (with appropriate additional qualifications)

The integrated master’s research project and the programme’s practical emphasis make graduates attractive to employers seeking problem-solving, laboratory and project-management skills.

Why study at Keele University

Keele offers chemistry teaching that is research-informed and delivered on a single-campus environment with modern teaching and laboratory facilities. The School supports small-group teaching, enabling direct contact with academic staff and supervision for extended research projects. Keele’s materials-related research groups work across areas such as solid-state chemistry, polymer and soft-matter chemistry, and materials for energy, providing options for dissertation supervision and collaborative projects.

Students benefit from laboratory facilities and access to central analytical equipment, as well as an active programme of seminars and skills workshops. Keele’s careers and placement support helps students explore industry links, internships and postgraduate study pathways. The campus setting and community-focused student experience are additional strengths for those seeking a supportive environment in which to study an integrated master’s in chemistry with a materials focus.