COURSE CURRICULUM

The Genetics degree structure provides a progressive and research-informed journey through the molecular and evolutionary foundations of life. In the first year, students develop essential biological knowledge through core modules such as cell biology, ecology and conservation, genetics and evolution, microbial and plant diversity, and a skills module designed to build confidence in laboratory and scientific techniques. Optional modules allow exploration of areas like biological chemistry, animal physiology, or disease diagnosis. In the second year, the focus shifts to more advanced genetic principles and molecular systems, with core modules including applied molecular biology, bioinformatics, cell and cancer biology, chromosome dynamics, and molecular systematics. These modules deepen understanding of how genetic information is stored, expressed, regulated and inherited. Students can tailor their studies through options in immunology, microbiology, proteins and enzymes, and practical biochemical or microbiological skills. The final year consolidates expertise through core modules in bioinformatics and functional genomics, biotechnology, and developmental molecular biology, alongside an independent research project that develops professional-level scientific inquiry. Optional topics such as plant science frontiers, biodiversity conservation, or molecular pharmacology enable further specialisation. Overall, the program equips students with strong analytical, laboratory and computational abilities relevant to modern genetics research and related careers.