Bachelor of Engineering (Honours) in Electrical and Electronic Engineering

Power the future with electrical innovation.

Electrical and Electronics Engineering is one of the broadest engineering disciplines, touching virtually every aspect of modern life. This 4-year honours degree prepares you to design, implement, analyze, and manufacture electrical and electronic systems that power our world.

Why this programme stands out:

Versatile specialization options let you shape your education based on personal interests. From core engineering fundamentals to specialized areas like programming, renewable energy, and control systems, you'll gain comprehensive knowledge while developing expertise in your chosen path. The programme emphasizes hands-on, skills-based education that makes you job-ready upon graduation.

Programme structure:

Year 1: Circuit Theory, Analog and Digital Electronics, Electrical Instrumentation, Engineering Mathematics, Programming, Circuit Analysis, Signal and Systems

Year 2: Communication Engineering, Programmable Logic Controller, Electrical Installation, Power Electronics, Electromagnetic Fields and Waves, Power System, Renewable Energy System

Year 3: Power System Analysis, Electrical Machines and Drives, Research Methodology, Solar/Hydropower System, Integrated Design Project, Control System Engineering, Hydrogen/Wind Technology

Year 4: Industrial Training, Final Year Project (2 parts), Microelectronics, High Voltage Engineering, Engineering for Sustainable Development, Engineering Ethics, Occupational Safety and Health, IoT or Digital Image Processing or Artificial Intelligence

Real-world experience:

Work on real-world projects throughout the programme, gaining valuable industry experience. Industrial training in Year 4 provides hands-on exposure to professional engineering environments. Group projects develop communication, project management, and collaboration skills essential for engineering careers.

Key skills you'll master:

• Circuit design and analysis
• Analog and digital electronics
• Power systems and renewable energy
• Control systems and automation
• Programming and IoT technologies
• Electrical machines and drives
• Communication systems
• Research methodology
• Engineering ethics and sustainability
• Occupational safety practices

Professional recognition:

Approved by Malaysian Qualifications Agency (MQA) under registration N/0712/6/0016 (MQA/PA 16963).

Career opportunities:

Electrical Engineer, Electronics Engineer, Control Systems Engineer, Telecommunication Engineer, Power Systems Engineer, Renewable Energy Specialist, Automation Engineer, Project Manager. Opportunities span telecommunications, IT, manufacturing, automotive, power generation, renewable energy, and industrial automation.

Industry demand:

Electrical and Electronics Engineering graduates are highly sought after. With Malaysia's push toward sustainable development, renewable energy expertise is particularly valuable. The programme's focus on modern technologies like IoT, digital image processing, and artificial intelligence ensures you're prepared for emerging industry needs.

Financial support:

BP40 Bursary Scheme available for B40 and M40 groups - 80% discount on program fees plus up to RM4,000 yearly allowance. Supported by Yayasan Sarawak.

What to expect:

Strong foundations in mathematics and physics are essential. You'll balance theoretical knowledge with practical laboratory work, design projects, and industrial training. The honours component involves a two-part Final Year Project demonstrating research capabilities and technical mastery.

Graduating requirements:

Complete 135 credits across 4 years to graduate with Bachelor of Engineering (Honours) in Electrical and Electronics.

Ideal for: Students passionate about electrical technology and innovation, those who enjoy mathematics and physics with hands-on application, anyone interested in renewable energy and sustainable engineering, and individuals seeking diverse career options in high-demand fields.