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BSc Chemistry with Materials Chemistry
About this course
Chemistry with materials chemistry takes one of the most practically significant branches of contemporary chemistry and makes it a central focus of study alongside the core discipline. Materials chemistry is concerned with how the properties of matter at the molecular and atomic scale translate into the bulk characteristics of solids, surfaces, and composites. Understanding this relationship allows chemists to design new materials with specific properties for applications in energy, electronics, medicine, and environmental technology, making materials chemistry a field with direct relevance to many of the most pressing challenges of the present. At Keele University, this three-year full-time BSc combines the fundamental principles of chemistry with the study of materials and their real-world applications. You will develop practical and professional skills across the full range of chemistry, including organic, inorganic, and physical chemistry, while also engaging with frontier topics in materials design and data fluency. The programme includes a sandwich year, a year abroad, and a work placement, giving you substantial experience in professional and international contexts before you graduate. Keele's research-active department means you will be learning alongside staff engaged in work at the leading edge of the field, and the sector-leading laboratories provide a strong environment for developing your practical skills. With a typical entry tariff of 104 UCAS points, the programme is accessible while still delivering rigorous scientific training. Chemistry with materials chemistry graduates are in demand across a wide range of sectors. The energy industry, electronics, pharmaceuticals, aerospace, environmental science, and advanced manufacturing all need chemists with an understanding of materials. Roles include materials scientist, research and development chemist, process chemist, quality control specialist, and technical consultant. For those interested in further study, the degree provides a strong foundation for postgraduate research in materials chemistry, nanotechnology, energy science, or related fields.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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