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The BSc Chemistry with Computing program merges the exploration of matter's composition and creation with training in computational techniques and data interpretation. This innovative approach produces versatile scientists grounded in chemical principles, equipped with computational proficiency, and aware of their combined potential.
The curriculum features a distinctive blend of modules and research initiatives integrating programming, artificial intelligence, and advanced computing systems alongside core principles of inorganic, organic, and physical chemistry, with practical applications across analytical, environmental, materials, and theoretical chemistry fields. This degree teaches cutting-edge computational approaches through physical science applications, termed 'scientific computing'.
Students will master experimental design, data interpretation, and computational problem-solving in chemical contexts. The program includes mathematics coursework while enhancing communication and presentation abilities.
Final-year projects may involve laboratory research or solving real-world challenges from academic, industrial, or educational settings. Potential projects range from creating scientific databases and educational materials to investigating computational applications or conducting chemistry education studies. Each project benefits from dual supervision by computing and chemistry specialists.
Our institution hosts one of the nation's largest computational chemistry research groups. Instruction comes from leading experts in core chemistry disciplines, computational methods, scientific computing, and research software development.