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MSci Applied Chemistry and Chemical Engineering
About this course
Applied chemistry and chemical engineering address one of the most practically significant challenges in modern industry: bridging the gap between laboratory discovery and large-scale production. Chemistry provides the understanding of matter and its transformations at the molecular level; chemical engineering provides the principles needed to design and operate the processes that translate those transformations into products on an industrial scale. Together, the two disciplines address the full chain from molecular understanding to manufacturing reality, which is why their combination is so central to industries ranging from pharmaceuticals and specialty chemicals to fuels, materials, and food processing. At the University of Strathclyde, this five-year full-time integrated Masters programme provides a thorough foundation in both the fundamental principles of chemistry and the engineering principles of chemical process design. You will study thermodynamics, kinetics, reaction engineering, mass and heat transfer, and process simulation alongside core chemical topics including organic, inorganic, and physical chemistry, analytical methods, and materials science. The programme is designed to give you a clear understanding of how small-scale laboratory practice translates into large-scale chemical operations, including the design of reactors and separation processes, process safety, and environmental management. There is a sustained emphasis on practical laboratory and process skills, and on developing the quantitative reasoning that engineering practice requires. The programme includes a year abroad, providing international study experience at a partner institution and broadening your understanding of how chemical engineering is practised in different industrial and academic contexts. Graduates of integrated Masters programmes in applied chemistry and chemical engineering are eligible to work towards chartered engineer status and are in demand across a wide range of industries. Pharmaceuticals and biotechnology, specialty chemicals, energy and fuels, food and drink manufacturing, environmental technology, and the emerging bio-economy all depend on chemical engineering expertise. Roles in process design and scale-up, operations management, research and development, quality assurance, and project engineering are typical career directions. Further study at doctoral level is a well-established route for those drawn to research or advanced technical specialisms.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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