Electrical engineers are highly sought-after for their expertise in the development and application of sustainable electrical and electronic systems across a wide range of sectors.
Our Bachelor of Engineering (Honours) major in Electrical Engineering degree (previously known as Bachelor of Engineering: Electrical), focuses on electrical and electronic devices and systems, computer technology, control and electrical power engineering. We will prepare you for roles in renewable energy generation, heavy industry, manufacturing installations, robotics and automation, mining and electrical power distribution.
If you are interested to pursue a career as a Design Engineer, Power Systems Engineer, Electrical Application Engineer, Automation Engineer, Electrical Hardware Engineer, Control Engineer, the Bachelor of Engineering major in Electrical Engineering is the right degree for you.
Student will complete their Bachelor’s degree in 4 years.
- Fall: September
- Winter: January
- Spring: April
- 10/20 Baccalaureat
- IELTS 5.0 or equivalent in TOEFL
Visa, Insurance, Residency & Security Deposit (the university refunds you $ 700 once finish your master’s) : $ 2,242.
If your receive a 20% bursary, your tuition fee will be $ 13,000/year.
To be paid as follow:
- Trimester 1 = $ 4,330
- Trimester 2 = $ 4,330
- Trimester 3 = $ 4,330
If your receive a 15% bursary, your tuition fee will be $ 13,985/year.
To be paid as follow:
- Trimester 1 = $ 4,661
- Trimester 2 = $ 4,661
- Trimester 3 = $ 4,661
If your receive a 10% bursary, your tuition fee will be $ 14,805/year.
To be paid as follow:
- Trimester 1 = $ 4,935
- Trimester 2 = $ 4,935
- Trimester 3 = $ 4,935
The Bachelor of Engineering (BEng) degree is an applied program that produces highly employable graduates in various fields of engineering. Students undertaking the Bachelor of Engineering (Honours) in Electrical Engineering can enter professions such as:
- Design Engineer
- Network Engineer
- Electrical Application Engineer
- Electrical Hardware Engineer
Program Structure
Program Core
| Subject Title |
|---|
| Year 1 |
| Engineering Computing & Analysis |
| Fundamentals of Engineering Mechanics |
| Materials in Design |
| Electrical Systems |
| Engineering Design for Sustainability |
| Foundations of Engineering Mathematics |
| Essentials of Engineering Mathematics |
| Physics for Engineering |
| Year 2 |
| Programming for Engineers |
| Circuits & Systems |
| Digital Signal Processing |
| Electronics |
| Engineering Electromagnetics |
| Digital Hardware |
| Engineering Design and Management 2 |
| Differential Equations |
| Engineering Statistics |
| Year 3 |
| Foundations in Electrical Energy Utilisation |
| Real-time Embedded Systems |
| Microcontroller Architecture & Applications |
| Control Theory |
| Engineering Design & Management 3 |
| Communications Systems |
| Data Communications |
| Professional Experience |
| Year 4 |
| Major Subjects - Choose 3 Major Subjects, from the list below :
- Power Electronics & Drives - Power Systems Analysis - Embedded Systems - Wireless Communication Systems - Robotics & Flexible Automation - Programming Autonomous Systems |
| Capstone |
| Thesis A |
| Thechnical Elective Subjects |
| Choose 2 Technical Electives Subjects from the list below:
- Multimedia Signal Processing - Power Electronics & Drives - Power Systems Analysis - Power Distribution Systems - Embedded Systems - Wireless Communication Systems - Queuing Theory & Optimization - Robotics & Flexible Automation - Internet of Things - Programming Autonomous Systems - Network Engineering - Modern Artificial Intelligence - Innovation & Entrepreneurship |
| General Electives Subjects : |
| Students are required to choose an additional ONE General Elective Subject, each worth 6 credit points, from the school's approved list. |