Apply To Mechatronics & Robotics Engineering Courses
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Table of Contents
1. What Is Mechatronics & Robotics Engineering?
The term Mechatronics & Robotics Engineering describes the combination of robotics and mechatronics engineering principles. Optimal robotics systems are formed through the application of principles from mechanical engineering, electronics engineering, computer science, and software programming.
Robots are designed to execute complex tasks are created through software algorithms, sensors, actuators, microcontrollers, and artificial intelligence. Students are strategically provided with basic concepts and practical skills relevant to modern robotic-tech industries.
Why It Matters To The World?
The application of robotics are endless especially with the rate of progress in Artificial Intelligence, new possibilities are tested everyday. These are just some reasons why its significance is rising:
- Mechatronics and robotics innovation drive productivity and efficiency by reducing human error. Advanced Robots support precision manufacturing, which is critical for output quality in the automotive, aerospace, and electronics industries.
- They also handle dangerous activities whether in the manufacturing setting, deepsea exploration, or warfare using intelligent drones.
- Healthcare and rehabilitation are experiencing a shift because of robotics advancements. With the power to do delicate surgery, robotic surgical systems can enable patients to recover faster using minimally invasive surgery. In addition, enabling robotic assistive devices permits patients’ rehabilitation and mobility, thus improving patients’ quality of life.
- Many tech companies have emerged to even test the boundaries of robotics as companions for humans.
Is a Mechatronics & Robotics Engineering Course worth it? Here’s a video that explores:
2. Where To Study Mechatronics & Robotics Engineering Courses In Malaysia?
Here are 10 best universities to study Mechatronics & Robotics Engineering courses in Malaysia.
- #1 Monash University Malaysia
- #2 University Teknologi Petronas (UTP)
- #3 Taylor’s University
- #4 University of Nottingham Malaysia
- #5 Curtin University Malaysia
- #6 UCSI University
- #7 Asia Pacific University (APU)
- #8 Quest International University (QIU)
- #9 University of Wollongong (UOW) Malaysia
- #10 Multimedia University (MMU)
- BONUS — Universiti Sains Malaysia (USM)
3. Mechatronics & Robotics Engineering Course Pathways & Entry Requirements
There are 2 pathways one can consider to qualify for a career in the Mechatronics & Robotics engineering field.
Pathway 1: SPM/O-Levels ➔ Pre-University/Foundation ➔ Mechatronics & Robotics Engineering Degree
The more common pathway is to enter a Pre-University course (A-Level, SACE, STPM) or a Foundation course offered by the university of your choice.
As an SPM / O-Level leaver, the entry requirement is 5 credits including Mathematics and a Science subject (Physics/Chemistry/Biology) to enter Pre-U or Foundation, preferably Physics for Mechatronics & Robotics Engineering.
A Pre-University course or Foundation in Engineering / Science typically takes 1 to 2 years to complete and will qualify you to enter into a Degree in Engineering.
A Mechatronics Engineering Degree will usually take 3 to 4 years to complete based on whether your degree is a BEng or MEng qualification. Here are the general requirements to enter with qualifications from popular pre-university courses or a foundation course:
| Qualifications | General Requirements |
| A-Level | 2D |
| AUSMAT/SACE | ATAR 65 |
| CIMP | 65% |
| STPM | 2C |
| UEC | 5B |
| Foundation | CGPA 2.0 |
Note: Actual minimum requirements will differ between different universities. Generally, these qualifications also require you to have Mathematics and a relevant Science subject taken and achieve the minimum results.
In total, this pathway takes 4 to 5 years to complete.
Difference Between MEng and BEng
BEng (Bachelor of Engineering)
- A 3-year undergraduate degree that qualifies students to work as aerospace engineers.
- Requires additional work experience and exams for professional engineering certification.
- Can be upgraded to an MEng through further studies.
MEng (Master of Engineering)
- A 4-year course that integrates both undergraduate and master’s level studies.
- Provides advanced technical knowledge and research opportunities.
- Often preferred for leadership or research roles in the aerospace industry.
To be a certified engineer in Malaysia, you are required by the Board of Engineers Malaysia (BEM) to graduate with a MEng qualification or a Master in Engineering.
Pathway 2: SPM/O-Levels ➔ Diploma ➔ Mechatronics & Robotics Engineering Degree
Another possible pathway is to secure a Diploma qualification first before pursuing a Degree. However, this route is less popular due to its longer duration to complete.
As an SPM / O-Level leaver, the entry requirement is 3 credits including Mathematics and a relevant Science subject to enter Diploma.
A Diploma in Mechatronics Engineering normally requires 2.5 ro 3 years to complete.
Most graduates will eventually continue their studies towards a Degree as having a Diploma qualification only will limit career potential and progression.
Continuing a Degree course will require an additional 2 to 3 years depending on your pursuit of a BEng or MEng qualification.
You need a minimum of CGPA 2.0 to enter into an Engineering Degree.
4. Accreditations For Mechatronics & Robotics Engineering In Malaysia
To gain your status as a professional or certified engineer in Malaysia, you must:
- Graduate with a MEng or Master from a recognised university;
- 3 years of practical working experience; and
- Pass the Professional Assessment Examination by BEM.
BEM is the authoritative body in Malaysia that regulates engineering practices including controlling engineering services, conforming to professional ethics and international best practices in ensuring public safety in Malaysia.
Additionally, be on the lookout for Engineering courses that are recognised under the Washington Accord.
The Washington Accord allows graduates to pursue a professional engineering career in any of the member countries (e.g. Australia, Canada, China, Taipei, Hong Kong, India, Ireland, Japan, South Korea, New Zealand, Singapore, United Kingdom, and the United States) without the need for re-qualification.
How Can Uni Enrol Help?
Uni Enrol’s experienced counsellors help you compare the pros and cons of studying a Mechatronics & Robotics Engineering Course at different universities and different locations.
5. What You Learn In A Mechatronics & Robotics Engineering Course
Mechatronics & Robotics is an interdisciplinary field that cuts across other engineering and computing fields. This is a list of major subjects and units you will learn:
- Actuators and Power Electronics
- Applications of Microprocessors and Microcontrollers
- Artificial Intelligence Applications in Robotics
- Automation, Control, and Manufacturing Systems
- Basic Principles of Engineering Mechanics
- C, C++, Python, and other Programming Languages
- Communication and Documentation for Technical Purposes
- Computer-Aided Design (CAD)
- Control Systems and Automation
- Data Acquisition and Instrumentation
- Digital Signal Processing
- Dynamics and Kinematics
- Electronic Circuits and Systems
- Engineering Ethics
- Engineering Materials and Nanotechnology
- Engineering Research Methodologies
- Industrial Robotics
- Integrative Systems
- Internet of Things (IoT) in Robotics
- Machine Learning for Automation
- Mechatronic System Design
- Programming Embedded Systems
- Project Management and Engineering Economics
- Robotic and Intelligent Systems
- Robotic Capstone Projects
- Robotics Kinematics and Dynamics
- Sensors and System
- Simulation and Modelling
- Wireless Communication
6. Why Should I Study Mechatronics & Robotics Engineering?
- The Integrative Approach to Skill Acquisition – Besides blending mechanics with electronics, you will also be exposed to computer programming, artificial intelligence, and IoT technology as creating a robotics requires the coming together of all these disciplines.
- In-Demand Career Opportunities – The rapid progress of AI, robotics, and automation development continues to create a need for engineers capable of designing and managing such systems. Graduates are expected to be at the forefront of innovation in advanced manufacturing, automation technology, healthcare, and consumer technology, among other sectors. Amazon, for example, has 750,000 robots throughout its operations and counting.
- Opportunity To Make An Impact – This course teaches not only technical skills but also an innovative mindset. Think about creating sustainable manufacturing processes or designing assistive devices for older people. Your work will have positive impacts to societal challenges, which makes engineering a gratifying career.
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7. RIASEC Compatibility To A Mechatronics & Robotics Engineering Course
The John Holland Theory of Career Choice states that in choosing a career, people will choose one similar to their personality to ensure job satisfaction, job performance, and career success. The test generates 6 different personality types:
- Realistic (R)
- Investigative (I)
- Artistic (A)
- Social (S)
- Enterprising (E)
- Conventional (C)
With the RIASEC Test, the 6 personalities can generate up to 720 combination possibilities to provide career compatibility. You can try the test yourself here.
Here are the Top 3 RIASEC traits that specifically align with this course:
REALISTIC
- An appreciation and strong tendency toward practical, hands-on work is a must. This characteristic fits someone who works with machinery, tools, and technology to solve real-world problems.
INVESTIGATIVE
- Ongoing intellectual curiosity combined with a keen zest for research are critical factors. Investigative people like to solve complex problems and think critically, which is the essence of robotics and mechatronics.
CONVENTIONAL
- Order, structure, and well-defined procedures hold significant value for conventional people. These individuals succeed in areas that require precision, and attention to detail especially when programming robotics machineries.
8. Career Opportunities For Mechatronics & Robotics Engineering
The various career opportunities that can be pursued owing to the highly desired skills learned in this course:
| Areas of Opportunity | Types of Roles |
| Industrial Automation & Manufacturing | Automation Engineer, Robotics Engineer, PLC Engineer, Maintenance & Reliability Engineer |
| Artificial Intelligence & Machine Learning in Robotics | AI Robotics Engineer, Computer Vision Engineer, Autonomous Systems Engineer, Deep Learning Engineer |
| Medical Robotics & Healthcare Technology | Medical Robotics Engineer, Biomedical Device Engineer, Exoskeleton & Wearable Robotics Engineer, Bionics Engineer |
| Aerospace & Defense Robotics | Space Robotics Specialist, Robotics Engineer for Defense and Military, UAV Engineer, Autonomic Navigation Engineer |
| Automotive & Autonomous Vehicles | Engineer for a Self-Driving Car, Driver Assistance Systems Engineer, Electric Vehicle Robotics Engineer, Robotics Engineer in Automotive |
| Consumer & Service Robotics | Home Automation Engineer, Companion Robotics Engineer, Entertainment Robotics Engineer, Retail & Delivery Robotics Engineer |
| Agriculture & Environmental Robotics | Agricultural Robotics Engineer, Drone Engineer (Agriculture Focus), Environmental Monitoring Engineer, Waste Management Robotics Engineer |
| Research & Development (R&D) | Academic Researcher in Robotics, Humanoid Robotics Engineer, Swarm Robotics Engineer, Cyber-Physical Systems Engineer |
| Entrepreneurship & Robotics Startups | Robotics Startup Founder, Robotics Consultant, Tech Innovator (Hardware/Software) |
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About the Author:
Ken Hoong is the co-founder of Uni Enrol and a contributing writer. Drawing on his close work with Uni Enrol’s counsellors, he brings keen insight into Malaysia’s evolving private higher education landscape and the shifting preferences of students in learning and career choices.
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