4 years
February, July and October
RM 46,700 Malaysian Student
RM 52,300 International Student
2019 fees p.a.
Professionally accredited
Industrial training
BACHELOR OF
MECHATRONICS
ENGINEERING (HONOURS)
KPT/JPT (R/523/6/0230) 03/20 - MQA/FA7519
Mechatronics is a multidisciplinary field of
engineering that integrates mechanics,
electronics, computer science and control
theory. It is at the cutting-edge of creating
smarter products, devices and processes.
As a mechatronics engineer, you will develop,
improve and optimise the performance, features
and functionality of products from cars to
medical and surgical devices. The processes
and production lines used to make these and
many more are also mechatronic in nature.
The applications of this field are virtually
unlimited and you will be highly in demand as
a professional in this progressive field.
Course structure
RECOMMENDATION
Complete Introduction to systems
engineering and Digital systems at
level one
CAREER PATHS
The need for professionals in this
progressive field is increasing. You will be
in high demand in many fields including:
> Nanotechnology
> Robotics
> By-wire technologies for motor vehicles
> Bioengineering
LEVEL TWO (48 points)
> Advanced engineering mathematics
> Engineering design I
> Mechanics
> Computer organisation and programming
> Electrical circuits
> Introduction to systems engineering
> Two elective units
LEVEL THREE (48 points)
> Mechatronics project II
> Dynamical systems
> Sensors and artificial perception
> Modelling and control
> Thermo-fluids and power systems
> Analogue electronics
> Two elective units
LEVEL FOUR (48 points)
> Mechatronics final year project I
> Mechatronics final year project II
> Robotics
> Professional practice
> Mechatronics and manufacturing
> Information and networks
> Two elective units
Electives
Select six units from:
> Computer vision and robotics
> Organic electronics and micro devices
> Industrial noise control
> Computation intelligence and AI
> Non-destructive testing and inspection
> Sustainable engineering and design with
nanomaterials
> Refrigeration and air conditioning
> Momentum, energy and mass transport in
engineering systems
> Signal processing
> Electronic systems design
> Smart grid
“I want to specialise in biomedical applications of mechatronics, such as Smart
Prosthetics to help the disabled community and amputees. My goal is to develop
protheses that adapt to the user's unique movement patterns using machine
learning, so that it feels more like an actual limb.”
42 UNDERGRADUATE PROSPECTUS 2019
SRIVARDHINI VEERARAGAVAN
Bachelor of Mechatronics Engineering (Honours)