Materials Chemistry

Materials chemistry sits at the boundary between fundamental science and technological application, asking how chemical knowledge can be used to create, understand, and improve the materials that underpin modern life. From the semiconductors in electronic devices to the polymers in medical implants, from batteries that store renewable energy to nanoscale structures with extraordinary properties, materials chemists work on challenges that matter across virtually every technology sector. This four-year full-time degree at the University of Glasgow gives you a rigorous foundation in chemistry alongside a focused engagement with how that knowledge translates into practical materials science.

You will study the chemistry of nanotechnology, electronics, polymers, and energy storage, learning how the behaviour of matter at the atomic and molecular level determines the properties of materials at the scale of devices and products. Alongside core chemistry, you will develop skills in synthesis, characterisation, computational modelling, and experimental design, building the practical and analytical competence that research and industrial roles require. The programme includes a year abroad, which gives you the chance to experience different research cultures and laboratory environments while broadening your scientific network.

Glasgow's strong research profile in chemistry and materials science means your learning is shaped by current scientific practice.

Materials chemistry graduates are sought by industries including electronics, energy, pharmaceuticals, aerospace, and advanced manufacturing. Roles in research and development, product development, quality assurance, and process chemistry are common destinations. Many graduates also proceed to postgraduate study or doctoral research, contributing to the science that drives innovation in areas such as sustainable energy, biomedical devices, and next-generation computing materials.