COURSE CURRICULUM

The digital forensics course is structured to build knowledge and skills progressively across three years, preparing students for professional practice in cyber and forensic investigation. In the first year, students focus on developing a strong foundation in core computing and security areas, including programming, network configuration, computer systems, and security principles. They also explore professional practice and employability, alongside key topics such as information security, governance, and cyber security tools, which provide essential technical and theoretical grounding. The second year advances into specialized areas of digital forensics, including the handling and interpretation of forensic digital evidence, managing digital crime scenes, and conducting research into cybercrime. Students also study compliance, risk management, cryptography, and post-incident analysis, enabling them to understand how to secure systems, mitigate risks, and respond effectively to security breaches. By the third year, learners focus on advanced forensic techniques, secure operations, and incident management while gaining experience through professional practice. A major element is the cyber dissertation project, which allows students to apply their skills and knowledge to an in-depth investigation or research project. Overall, the program balances theory, technical ability, and practical application to prepare graduates for careers in digital forensics and cyber security.