Electrical & Telecommunications Engineering

A combined program spanning electrical engineering technology and telecommunications, from circuits and power systems to data communications, wireless systems, and network design.

Overview

Electrical & Telecommunications Engineering blends the practical aspects of electrical engineering with telecommunications theory and technology. Students study circuits, power systems, and electronics alongside data communications, wireless systems, network access and backbone technologies, protocols, and network management and security.
What you'll learn in the Electrical & Telecommunications Engineering program

What you'll learn in the Electrical & Telecommunications Engineering program

Gain valuable skills to take your career to the next level:

  • Practical electrical engineering skills and applications
  • Electronics and circuit design fundamentals
  • Telecommunications fundamentals and data communications
  • Wireless systems, network access and backbone technologies
  • Integration of theory with hands-on projects

Admission requirements

Applicants should hold a Baccalaureate (C, D, or E/F stream) with a minimum score of 12/20 or a GCE A Level with at least 12 points, including a B grade in Physics and Mathematics.
Admission requirements

Curriculum

The curriculum equips students to design and implement both electrical systems and telecommunication technologies.

12 General Education Courses
46 Major Education Courses
Introduction to Engineering course image
2 Credits

Introduction to Engineering

foundational engineering concepts

Introduction to Electrical Engineering Lab course image
4 Credits

Introduction to Electrical Engineering Lab

hands-on lab experience.

Introduction to Circuit Analysis course image
6 Credits

Introduction to Circuit Analysis

basics of electrical circuits

Telecommunications Fundamentals course image
4 Credits

Telecommunications Fundamentals

data communications and wireless systems

Flexibility

A specialized curriculum lets students focus on a specific area, gaining advanced knowledge and practical skills for specialized careers.

Adaptability to Career Goals

The curriculum is modular, allowing students to select from specializations such as embedded systems, power electronics, or telecommunications.

Industry Partnerships

Close ties with telecommunications companies and research institutions enable co-designed coursework and access to advanced equipment.

Simulation & Virtual Labs

Faculty use simulation platforms, virtual labs, and interactive tools to enhance learning.

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