Chemistry with Computing

Chemistry is often described as the central science because it sits between the physical and life sciences, connecting the mathematical precision of physics to the complexity of biological systems. Combining it with computing reflects how the practice of chemistry has been transformed in recent decades: computational methods now play an increasingly important role in both scientific research and the chemical industry, from molecular simulation and drug design to materials discovery and process optimisation. Chemists who can work computationally alongside their experimental skills are among the most versatile and sought-after graduates in the sciences.

At Loughborough University this five-year full-time programme develops your understanding of chemistry across its core branches, including organic, inorganic, and physical chemistry, alongside computing skills in programming, data analysis, and computational modelling. You will learn to apply computational methods to chemical problems, developing the ability to work across both experimental and digital approaches to scientific investigation. Loughborough's engineering and science environment, with its strong industry connections, shapes the professional orientation of the degree.

The typical entry tariff of 152 points reflects the demanding scientific and mathematical standard expected.

You will develop deep chemical knowledge, practical laboratory skills, and the computational competence to work with software tools and modelling methods that are increasingly standard in modern chemical research and industry.

Graduates go on to work in the pharmaceutical, chemical, materials, and computing industries, as well as in research, environmental chemistry, and scientific publishing. Postgraduate study at doctoral level is a common route for those interested in research careers, and the computing dimension opens additional pathways in cheminformatics, data science, and scientific software development.