Bachelor of Engineering (Hons.) Electronics

This programme is designed in consultation with industry experts, keeping it current and relevant to prepare our graduates for an exciting career in various industries, ranging from the electronics industry to multi-disciplinary manufacturing segments. This four-year programme focuses on delivering the knowledge, skills, and expertise required to solve real-world engineering problems.

The programme starts with immersion of engineering fundamentals such as circuit and signal analysis, computer programming, control theory, and microprocessors. These subjects form the bedrock for more advanced and specialised topics ranging from analogue electronics, physical electronics, and semiconductor devices to embedded Internet of Things (IoT) systems, Artificial Intelligence (AI) systems & applications, cybersecurity, robotic & automation and electromagnetic interference to support the Industry Revolution 4.0 (IR 4.0). In addition to the technical courses, the programme also offers professional development modules such as workplace communications, management, accounting, and engineering ethics. In the third and final years, our students undergo industrial training and deliver capstone & final year projects to nurture talent and competency in research, technical design, practical problem-solving, and project management. 

Programme Structure

• Core
  • Year 1
    • Engineering Mathematics 1
      Circuit Theory
      Electronics 1
      Computer and Program Design
      Field Theory
      Electronics 2
      Digital Logic Design
      Engineering Mathematics 2
      Electronics 3
      Algorithms and Data Structures
      Introduction to Machines & Power Systems
      Instrumentation and Measurement Techniques
  • Year 2
    • Engineering Mathematics III
      Circuits and Signals
      Electromagnetic Theory
      Microcontroller and Microprocessor Systems
      Physical Electronics
      Microelectronics Circuit Analysis and Design
      Electromagnetic Interference
      Computer Organization and Architecture
      Industrial Mathematics
      Control Theory
  • Year 3
    • Analog and Digital Communications
      Power Electronics
      Digital System
      Advanced Microprocessors
      Industrial Training
      Integrated VLSI Systems
      Capstone Project
  • Year 4
    • Project
      Digital Integrated Circuits
      Processing and Fabrication Technology
      Data Communications and Computer Networking