COURSE CURRICULUM

Year 1 of the program establishes a comprehensive foundation in engineering and technical disciplines. The module on Fundamentals of Electrical, Electronic and Computer Engineering ensures students understand basic circuit theory, electronics, and introductory programming. Design and Materials introduces the design process, materials selection, and basic CAD tools while also encouraging teamwork and communication skills. Engineering Principles provides a baseline understanding of physical principles common to all engineering disciplines, and Engineering Mathematics 1 equips students with the mathematical tools needed for technical problem-solving. Engineering Professional Skills 1 begins the journey of professional awareness, ethics, and the broader societal context of engineering work.Year 2 develops technical and applied knowledge across computing and electronic systems. Students dive into hardware and systems design through Computer Architectures and Operating Systems, and Digital and Embedded Electronic Systems. Programming for Engineers and Mobile Applications for Engineering enhance software development skills in both general and mobile-specific contexts. Sensors and Networks introduces students to IoT concepts, covering both hardware and networking components. Software Engineering integrates the design, development, and management of software systems, giving a real-world feel to development projects. Advanced Mathematics for Engineers builds on Year 1 math and introduces simulation and modelling skills. Engineering Professional Skills 2 expands professional knowledge, particularly from an employability and industry engagement perspective.Year 3 allows students to specialise and apply their skills in a professional and research context. The Individual Project represents a capstone experience that tests both their technical ability and independent project management skills. Advanced Computer Engineering bridges software and hardware, covering embedded systems and cross-layer design. Modules like Hardware Systems and Control and Network Routing Management provide hands-on experience in designing, testing, and managing real-world systems. Web Systems Engineering adds further technical breadth, particularly relevant to cloud computing and web-integrated IoT. Finally, Engineering Professional Practice ensures graduates are prepared for the responsibilities of the engineering profession and helps align them with standards for professional registration.The program is thoughtfully structured, integrating theoretical depth with a strong focus on practical skills and real-world relevance. It reflects current industry needs, especially in areas like IoT, embedded systems, and networked technologies.