COURSE CURRICULUM

The MSc Advanced Computer Science program is structured to provide both depth and flexibility, offering a strong foundation through core modules and a wide array of optional modules to suit individual interests and career goals. The core modules consist of "Programming Paradigms" (20 credits), which introduces students to various programming models and advanced coding techniques, and a 60-credit "Dissertation" that allows students to undertake substantial independent research on a topic of their choice, demonstrating mastery of advanced concepts and research methodologies.In addition to the core modules, students can select from an extensive range of 20-credit optional modules, enabling them to tailor their learning experience. These modules cover several key areas of advanced computer science. For instance, students interested in artificial intelligence and data science can choose from modules such as "Machine Learning for NLP," "Principles of Machine Learning," "Advanced Topics in NLP," "Applications of Machine Learning: Natural Language Processing/Computer Vision," and "Computational Linguistics." Those interested in security and cyber resilience can explore "Cyber Security and Risk Management," "Penetration Testing and Malware Analysis," "Computer and Network Forensics," "Cybersecurity Operations," "Cloud and Database Systems Security," and "Operating Systems Security."For students inclined toward systems and infrastructure, modules like "Distributed and Cloud Computing," "Internet of Things: Systems Design," "Developing Secure Systems and Applications," and "Cloud and Database Systems Security" are available. The program also includes options such as "Visual Computing," "Introduction to Computational Robotics," "Automated Reasoning," "Knowledge Representation," and "Social Computing," broadening the scope for interdisciplinary study. Modules like "Business Continuity and Transformation" allow for an understanding of how computer science intersects with business strategy. This modular structure enables students to build a well-rounded and specialised portfolio that aligns with the demands of modern technology-driven industries.