COURSE CURRICULUM

In Year 1, the focus is on building a foundational understanding of biological sciences and laboratory skills. The Biomolecular Science (30 credits) module introduces you to the essential biochemistry principles, including the structure and function of biomolecules and their role in metabolism, offering insight into metabolic diseases and health. Human Sciences (30 credits) explores human anatomy and physiology, with an emphasis on homeostasis and how imbalances can lead to disease. In Laboratory and Professional Skills (30 credits), you will gain essential laboratory techniques, safety practices, and professional communication skills, fostering teamwork and self-reflection for career development in clinical settings. Cell Sciences and Genetics (30 credits) examines cellular structures, genetic processes, and the biological underpinnings of diseases related to abnormal cell functions, combining theory with experimental techniques.Year 2 builds on this knowledge with more specialized modules. Clinical Sciences and Clinical Biochemistry (30 credits) focuses on integrated pathology, disease mechanisms, and diagnostic techniques, emphasizing biochemistry in disease diagnosis, treatment, and prevention. Molecular Biology and Clinical Genetics (30 credits) deepens your understanding of molecular diagnostics, genetic screening, and the use of bioinformatics tools in studying disease-related genes. Research Methods and Science Innovation (30 credits) equips you with the necessary research skills to design and conduct scientific projects, with a focus on translating science into real-world solutions and innovation.In the final year, you will undertake a Dissertation (30 credits), allowing you to explore a topic of interest and develop advanced research and critical thinking skills. Clinical Diagnostics (30 credits) helps you understand various diagnostic techniques, recognizing abnormal results, and considering ethical and legal implications in clinical decisions. Finally, Pharmacology and Toxicology (30 credits) covers the mechanisms of drug action, clinical applications, toxicology, and pharmacokinetics, teaching you how to optimize drug therapies and minimize toxicity.