Bachelor of Engineering (Mechatronic Engineering)-Honours
- Key Information
Course Name:
Bachelor of Engineering (Mechatronic Engineering)-Honours
University Name:
Curtin University Malaysia
Campus:
Sarawak
Qualification:
Bachelor
Duration:
4 years
Intake:
February, July
IELTS:
6.5
Study Mode:
On-campus
Study Type:
Full time study
Program Mode:
Coursework
Yearly Tuition Fees
| Year | Fee |
|---|---|
| 1st Year | MYR 50,600 |
| 2nd Year | MYR 50,600 |
| 3rd Year | MYR 50,600 |
| 4th Year | MYR 50,600 |
Other Fees
| Description | Fee |
|---|---|
| Group Hospitalisation and Surgical Insurance (compulsory) | MYR 900 |
| Hospitalization Deposit (refundable) | MYR 500 |
| International Student Registration Fee (not refundable) | MYR 420 |
| Student Visa Stamping Fee (not refundable) | MYR 20 |
Campus
Sarawak
Qualification
Bachelor
Duration
4 years
Intake
February, July
IELTS
6.5
Study Mode
On-campus
Study Type
Full time study
Program Mode
Coursework
Course Fee for International Students
Yearly Tuition Fees
| Year | Fee |
|---|---|
| 1st Year | MYR 50,600 |
| 2nd Year | MYR 50,600 |
| 3rd Year | MYR 50,600 |
| 4th Year | MYR 50,600 |
Other Fees
| Description | Fee |
|---|---|
| Group Hospitalisation and Surgical Insurance (compulsory) | MYR 900 |
| Hospitalization Deposit (refundable) | MYR 500 |
| International Student Registration Fee (not refundable) | MYR 420 |
| Student Visa Stamping Fee (not refundable) | MYR 20 |
Course Overview
The Bachelor of Engineering (Mechatronic Engineering) (Honours) at Curtin University Malaysia operates as a sophisticated pedagogical framework designed to ground scholars in the epistemological foundations and transformative methodologies of systemic robotic governance and autonomous stewardship. This honors-level program facilitates an intellectual transition to executive engineering proficiency by synthesizing rigorous theoretical inquiry with applied interdisciplinary praxis, ensuring that candidates can navigate the multifaceted complexities inherent in the convergence of mechanical, electrical, and computational systems. To address the high-fidelity demands of the global automation landscape, the curriculum is strategically engineered to bridge the technical divide between tactile mechanical architectures and intelligent electronic control systems. A pivotal feature of the program at Curtin University Malaysia is its emphasis on practical, project-based immersion, fostering a sophisticated command of the technologies that underpin self-driving vehicles and high-precision industrial robotics. By integrating technical expertise with a focus on heuristic critical analysis, the curriculum prepares students to architect smart machines capable of operating within increasingly complex and dynamic environments. Through intensive study of the synergy between hardware and software, the program emphasizes the development of the “hard skills” required for leadership in the Fourth Industrial Revolution. Ultimately, the program serves as a critical mechanism for professional and technological advancement, establishing the foundational competencies and innovative mindset necessary for graduates to meet the burgeoning global demand for mechatronic expertise and lead the evolution of modern automated society.
Curriculum
Programme Structure
| Year / Stage | Themes | Key Modules |
|---|---|---|
| Year 1 | Engineering Pre-Major | Foundational engineering principles, physics, and advanced mathematics (Common First Year). |
| Year 2: Sem 1 & 2 | Circuits & Mechatronic Fundamentals | Electrical Circuits, Foundations of Digital Design, Machine Dynamics, Signals and Systems, and Mechatronics Design Project. |
| Year 3: Sem 1 & 2 | Robotics & Intelligence | Robot Manipulation Project, Introduction to Autonomous Robots, Embedded Systems Engineering, Intelligent Agents, and Engineering Modelling. |
| Year 4: Sem 1 & 2 | AI, Automation & Research | Machine Learning, Dynamic Modelling and Control, Mechatronics Automation Project, and Research Projects 1 & 2. |
| Specialization | Interdisciplinary Depth | Four Specialisation units distributed across Years 3 and 4 to allow focus in AI, advanced electronics, or mechanical systems. |
Field of Research
N/A