COURSE CURRICULUM

The MSc in Bioinformatics and Molecular Genetics offers a comprehensive program that integrates computational bioinformatics with experimental molecular genetics to equip students with the skills needed for advanced research. The course begins with modules on gene and genome analysis, proteins, and bioinformatics programming, providing a strong computational foundation for analysing biological data. Students learn to work in the Linux environment, program in Python, and apply bioinformatics tools to explore genomics, transcriptomics, and protein structure. Alongside computational training, the program includes modules in molecular techniques and experimental design, which introduce students to laboratory practices, experimental planning, and the practical skills required for molecular genetics research. These modules ensure students can design and conduct experiments, collect and analyse data, and integrate computational findings with laboratory results. The course also emphasises the development of communication skills through a dedicated module on communicating molecular genetics research, helping students present complex scientific ideas effectively to both specialist and non-specialist audiences. Throughout the program, students engage with contemporary research methods, critical analysis of scientific literature, and hands-on problem-solving. By combining bioinformatics, laboratory expertise, and research communication, this MSc prepares graduates for careers in genetics research, biotechnology, computational biology, and related fields, providing both theoretical knowledge and practical experience for a professional scientific career.