4 years
February, July and October
RM48,101 Malaysian student
RM54,915 International student
2020 fees per year
BACHELOR OF ELECTRICAL
AND COMPUTER SYSTEMS
ENGINEERING (HONOURS)
KPT/JPT (R2/523/6/0081) 04/22 - MQA/FA7521
Professionally accredited
Industrial training
A multi-faceted degree
unlike any other in Malaysia
RECOMMENDATION
Complete Computer organisation or
Digital systems at level one.
CAREER PATHS
You could work in a wide range of
industries, including:
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power generation
industrial and power electronics
automation systems
computer systems
robotics
healthcare
telecommunications
software engineering
semiconductor technology
technology consultancy.
This course is a unique blend of
electronics, computer systems,
electrical power and telecommunications
engineering.
Electrical and computer systems engineering is an
extremely diverse field, encompassing biomedical,
computer systems, electronics, electrical power,
AI, robotics and telecommunications. As an
electrical and computer systems engineer, you’ll
develop next-generation communication
technologies, electronic sensors and devices, and
smart solutions for various industries.
At Monash, you’re not limited to your core
subjects. You can broaden your skill set in other
exciting areas such as programming, artificial
intelligence and machine learning. This will
complement your third-year capstone unit where
you’ll design and build a robot by integrating your
knowledge in electronics, electro-mechanical
systems, and microcontroller programming.
Course structure
LEVEL TWO (48 points)
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Signals and systems
Probability models in engineering
Electrical circuits
Computer organisation and programming
Digital systems
Advanced engineering mathematics
Two elective units
LEVEL THREE (48 points)
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Engineering design
Analogue electronics
Control system design
Computer systems
Information and networks
Engineering electromagnetics
Two elective units
LEVEL FOUR (48 points)
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Project A
Project B
Professional practice
Electrical energy systems
Four elective units
Elective units
• Introduction to systems engineering
• Computer vision
• Communications systems
• Advanced control
• Advanced electromagnetics
• Electrical energy – generation and supply
• Organic electronics and microdevices
• Solid state lighting
• Real time embedded systems
• Large scale digital design
• Internet of things: Communication, data and security
• Smart grids
• Business / IT elective
Specialised labs
Your research and final-year projects will be
supported through four specialised labs that will allow
you to focus on deep learning, Internet of things,
intelligent lighting, and micro and nano devices.
The unique combination of hardware
and software knowledge with exposure
to real-world applications gave me the
right skill set and an edge in pursuing
my PhD, as well as advancing my
career in the industry.”
DR ARVIND RAJAN
Bachelor of Electrical and Computer Systems Engineering
(Honours)
Doctor of Philosophy (in the area of Electrical and Computer
Systems Engineering)
Recipient of the 2018 Vice-Chancellor’s Commendation for
Doctoral Thesis Excellence.
Currently working as an engineer at Brookfield Scientific
Solutions Groups in Melbourne.
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UNDERGRADUATE PROSPECTUS 2020