Genetics, BSc (Hons)

Studying a Genetics degree at Swansea University provides in-depth knowledge of life's fundamental building blocks, including techniques for analysing gene expression, protein interactions, DNA structure, and advanced computational methods. This dynamic field drives advancements in disease treatment, pharmaceuticals, evolution, and biodiversity conservation. Students develop strong analytical and project management skills, learning to design experiments and utilise state-of-the-art facilities like DNA analysers and supercomputers. Expert staff engage in diverse research, supplemented by talks from industry and academic leaders, preparing graduates for careers in genetics, healthcare, and further studies such as medicine.The three-year curriculum covers modules like Genetics and Genomics in Year 1, Molecular Evolution and Medical Genetics in Year 2, and Advanced Biostatistics and Bioinformatics in Year 3. Assessments include lab practicals, exams, presentations, and assignments, fostering transferable skills for modern healthcare environments.

Year 1 • Genetics, Genomics & evolution • Population Genomics • Energy and Metabolism: The Reactions of Life • Microbiology • Digital Health • Epigenetics, Gene Regulation and Disease • Human Physiology • Fundamental Research Skills • Eukaryotic Cell Biology • Introductory Biochemistry Year 2 • Molecular Evolution • Techniques in Molecular Biology • Human and Medical Genetics • Microbial Molecular Genetics • Human Immunology • Bioethics • Introduction to Health Data Science • Practical Epidemiology • Infectious Diseases • Biostatistics Year 3 • Practical Quantitative Research • Capstone Project • Teaching Science • Animal Development • Advanced Biostatistics • Machine Learning in Healthcare • Medical Genetics • Genetic Toxicology • Genetics of Cancer • Human Immunopathology • Tissue Engineering and Regenerative Medicine • Advanced Epidemiology • Bioinformatics: From Sequence to Function