COURSE CURRICULUM

This computing degree offers a comprehensive journey through the key areas of computer science and software development across four years. In the first year, students build foundational knowledge in computing systems, programming, databases, and networks. Modules introduce core topics such as software engineering, artificial intelligence, big data, cloud computing, and sustainable computing. Students begin programming through structured and object-oriented approaches, alongside gaining insights into how computers and networks function. In the second year, the course delves deeper into software systems development and operating systems. Learners explore local and wireless networks, strengthen their understanding of algorithms, and apply machine learning concepts in real-world contexts like smart cities and healthcare. A team project enhances collaboration and problem-solving skills. The third year continues to advance students' programming and software engineering skills while encouraging professional growth through a large-scale project where teams develop software solutions to real problems. In the final year, the focus shifts to specialized areas such as network management and smart systems, particularly the Internet of Things. Students learn how to develop and prototype intelligent, connected systems using modern tools and techniques. Research practice prepares them for academic and professional inquiry by fostering skills in analysis, critical thinking, and project planning. The final dissertation allows students to pursue an in-depth investigation into a topic of personal or professional interest, showcasing their technical capabilities and research competence. Throughout the program, students gain both theoretical understanding and practical experience, equipping them with the skills required for a career in the evolving field of computing and technology.