COURSE CURRICULUM

The program’s modules provide a strong combination of mathematical theory, computer science, and practical applications in cryptography and information security. Applications in Cryptography and Cryptanalysis focuses on encryption techniques and methods used to break or analyze secure systems, developing critical problem-solving skills. Discrete Mathematical Structures and Number Theory for Cryptography form the mathematical foundation, enabling students to understand the principles behind modern encryption algorithms. Information Security and Cybercrime and Cyber Security explore how to protect digital systems and respond to cyber threats in real-world contexts. Advanced AI Technologies and Machine Learning introduce intelligent systems and data-driven approaches that are increasingly used in security and analytics. Financial Mathematics and Statistical Modelling and Forecasting provide quantitative skills for analyzing data, managing risk, and supporting decision-making in areas such as finance and cybersecurity. The MSc Project allows students to apply their knowledge independently by investigating a specialized topic in depth. Together, these modules ensure students develop both theoretical understanding and practical expertise, equipping them to design secure systems, analyze risks, and address complex challenges in cryptography, cybersecurity, and data-driven industries.