The second year of the Bachelor in Computer Engineering program deepens students’ technical expertise by bridging foundational knowledge with advanced engineering concepts. This year emphasizes mathematical analysis through advanced calculus, introduces digital electronics for circuit design and logical reasoning, and covers fundamental programming concepts including object-oriented programming. Students gain in-depth understanding of computer architecture, operating systems, and the structure of data and knowledge bases, learning how to store, manage, and retrieve data efficiently. The curriculum also explores networking technologies and internet protocols, while a business management module equips students with strategic and managerial insight relevant to tech-driven industries.

In the final year of the Bachelor in Computer Engineering program, students gain a well-rounded understanding of advanced concepts, preparing them for professional careers or higher education. The curriculum emphasizes practical skills in system analysis, design, and software implementation while introducing cutting-edge topics such as semantic web, linked data, digital communication, predictive analytics, and web data analysis. Courses on Lean Six Sigma and production systems enhance students’ ability to manage operations and lead strategic initiatives, while electives cover areas like energy systems, CAD-CAE drawing, new-generation networks, and global IT law. This year also equips students with insights into information processing systems, business models in the tech industry, and international legal frameworks, helping them specialize for their future academic or professional path.