COURSE CURRICULUM

The Electronic Engineering program provides students with a strong foundation in understanding, designing and analysing the electronic systems that support modern technologies. Throughout the course, you will study digital systems, sensing technologies, electronic analysis and design, giving you a deep understanding of how devices operate at both the hardware and software levels. The program also offers flexibility through an optional sub-major focused on the Internet of Things, allowing you to explore how connected devices interact within smart environments and emerging global networks. Core subjects such as Physical Modelling, Mathematics 1 and Mathematics 2 help build analytical and problem-solving skills, while subjects like Introduction to Engineering Projects introduce the fundamentals of engineering design and project work. As you progress, units including Engineering Project Appraisal, Designing Sustainable Engineering Projects, Professional Engineering Communication and Collaboration in Complex Projects strengthen your abilities in teamwork, communication and managing complex engineering challenges. Professional Practice Preparation and the Professional Experience Review further support your readiness for industry by helping you understand workplace expectations and reflect on practical engineering experience. By integrating theoretical knowledge with hands-on learning, the program prepares you to work confidently with miniaturised electronic systems and embedded technologies. You will graduate with practical skills in circuit design, embedded programming and system integration, enabling you to contribute to high-tech industries around the world. Whether your interests lie in telecommunications, automation, aerospace, consumer electronics or other advanced technological fields, this course equips you with the expertise needed to design and build innovative electronic solutions.