COURSE CURRICULUM

The core modules of the MSc in Biomedical Engineering provide a comprehensive foundation in both engineering and life sciences, equipping students with the essential skills to develop innovative healthcare technologies. Advanced Biomedical Signal Processing focuses on the analysis and interpretation of complex biological signals, enabling students to extract meaningful information for medical applications. Life Sciences for Bioengineers introduces human anatomy, physiology, and cellular biology, ensuring a strong understanding of the biological systems that biomedical devices interact with. Systems Engineering develops skills in modelling, integrating, and optimising complex engineering systems, which is crucial for designing effective healthcare solutions. Artificial Intelligence Architectures teaches students how to apply machine learning and AI techniques to biomedical problems, enhancing data-driven decision-making and predictive capabilities. Quantitative Research Methodology equips students with the statistical, analytical, and experimental design skills needed to conduct rigorous research in biomedical engineering. Healthcare Technology in Medicine bridges theory and practice, covering medical devices, rehabilitation technologies, and the pathway to bringing innovations to market. Together, these modules provide a balance of theoretical knowledge, practical skills, and research expertise, preparing graduates for careers in medical device development, healthcare technology innovation, and further research, while fostering the ability to solve complex, real-world problems in modern healthcare.