4 years February, July and October
RM54,720 Malaysian student
RM64,800 International student 2026 fees per year
ROBOTICS AND MECHATRONICS ENGINEERING
KPT / JPT( R2 / 523 / 6 / 0230) 03 / 27- MQA / FA7519
Industrial training
COURSE HIGHLIGHTS
• Designed in response to the fast-paced and growing needs of the industry and our lifestyle.
• Extensive collaboration with industry which gives you a headstart in your engineering career.
• Be a part of an experienced team in international and national external design competitions to enhance your skills and stretch your limits.
RECOMMENDATION Complete Introduction to systems engineering at level one.
CAREER PATHS The need for professionals in this progressive field is increasing. You’ ll be in high demand in many fields, including:
• artificial intelligence
• automation
• nanotechnology
• robotics
• bio-engineering
• smart manufacturing
• automation
• automotive
• deep analytics.
Robotics and mechatronics is where autonomous and intelligent devices and systems are created, synergically employing knowledge from mechanical, electrical, and computing disciplines.
As a robotics and mechatronics engineer, you will learn how to comprehensively design a myriad of intelligent and autonomous applications. These applications could range from autonomous vehicles to miniature robots commonly used in medical applications. You will also learn how to turn existing systems and devices into smart systems.
Robotics and mechatronics engineers are also adept at handling vast amounts of data and creating systems that use the data to operate intelligently.
The applications of this field are vast and unlimited. Our graduates are working in industries that design algorithms and intelligent systems for autonomous vehicles, advanced business process automation, intelligent manufacturing, robotic design and many more. With the knowledge and skills you’ ll have when you graduate, you too will be able to design, develop, manufacture and operate the intelligent products and complex systems of today and tomorrow.
Course structure
You’ ll complete 108 points of core units and 36 points of electives to graduate. Units offered in levels two to four are listed below. Units have a value of six credit points, unless stated otherwise.
LEVEL TWO
• Electrical circuits
• Design methods
• Computer organisation and programming
• Advanced engineering mathematics
• Mechanics
• Digital systems
• Two elective units
LEVEL THREE
• Computer systems
• Dynamical systems
• Sensors and artificial perception
• Modeling and control
• Thermo-fluids
• Electrical energy systems or Introduction to Electric Vehicle Technology 1
• Deep learning and neural networks
• One elective unit.
LEVEL FOUR
• Final year project A
• Final year project B
• Robotics
• Professional practice
• Computer vision
• Integrated design project
• Two elective units.
1 You must complete these units if you plan to seek accreditation with the Engineering Accreditation Council Malaysia.
I chose Monash because it is one of the top-ranking universities in the country for engineering and I wanted a competitive degree that would enhance my career opportunities. The best part about Monash is the lecturers. They are passionate about their work, student education and wellbeing. They have created an environment where curiosity and passion are welcomed.”
CHRISTOPHER ONG WEN GUANG
Bachelor of Mechatronics Engineering( Honours) Devol Robots, Robotics Software Engineer
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