COURSE CURRICULUM

The Year 1 compulsory modules in this MSc Cyber Security program provide a comprehensive foundation in advanced concepts, practical skills, and emerging technologies essential for protecting digital systems. The Digital Forensics module (20 credits) equips students with the knowledge and tools to investigate cyber incidents, recover digital evidence, and analyse compromised systems. The Dissertation (60 credits) serves as a significant independent research project, enabling students to explore a specialist area of interest in depth, applying critical thinking and research skills. Machine Learning in Cyber (20 credits) examines how AI and data-driven algorithms can be applied to detect anomalies, predict threats, and enhance cyber defence strategies. Operating Systems and Network Security (20 credits) focuses on securing underlying system architectures and safeguarding data communication channels against vulnerabilities and attacks. Penetration Testing & Ethical Hacking (20 credits) develops practical expertise in simulating real-world cyberattacks to identify weaknesses in systems before malicious actors exploit them. Quantum Computing and Cryptography (20 credits) introduces cutting-edge principles and explores how quantum technologies are transforming encryption and security protocols. Finally, Research Methods and Dissertation Proposal (20 credits) trains students in academic research design, critical analysis, and proposal development, ensuring they are well-prepared to carry out rigorous, evidence-based investigations in the field of cyber security.