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The MSci Chemistry with Computing program merges the exploration of matter's structure and synthesis with training in computational techniques and data analysis. This innovative approach produces versatile scientists grounded in chemistry principles while proficient in computing applications and their synergistic potential.
The curriculum features a distinctive blend of coursework and projects, covering programming, machine learning, high-performance computing alongside core concepts in inorganic, organic, and physical chemistry. Students engage with analytical, environmental, materials, and theoretical chemistry applications, learning cutting-edge computational approaches through physical science examples - an approach we term 'scientific computing'.
This MSci program prepares students for careers in programming, scientific computation, data science, chemical industries, or academic research. Participants develop experimental design capabilities, results interpretation skills, and computational problem-solving approaches for chemical challenges. The program includes mathematics components, enhances communication abilities, and involves collaborative projects tackling real-world industry challenges.
The degree culminates in an independent research initiative. Students work alongside our distinguished faculty and research teams, applying computational chemistry expertise to contemporary chemical issues such as climate change, antimicrobial resistance, or advancing reaction mechanism understanding.
Our institution hosts one of the nation's largest computational chemistry research groups. Instruction comes from specialists across foundational chemistry, computational methods, scientific programming, and research software development, with computing applications integrated throughout all chemistry coursework.