Professional Diploma in Robotics & Mechatronics Engineering
Build practical engineering capabilities across robotics, mechanical systems, electronics and computer programming to support the design, development and maintenance of intelligent automated systems.
Engineering the Future of Intelligent Automation
The Professional Diploma in Robotics & Mechatronics Engineering is a comprehensive, hands-on programme that combines mechanical engineering, electronics and computer science to develop innovative solutions for automated systems and processes.
Students build a foundation in engineering principles and their application to the design, development and maintenance of robotic and mechatronic systems, exploring kinematics, dynamics, control systems, sensors and actuators, artificial intelligence and machine learning.
The curriculum balances theoretical knowledge with practical skills, including opportunities for laboratory and workshop activities, industry-standard tools and hands-on projects that apply engineering concepts to real-world challenges.
Knowledge and Skills You Will Develop
Engineering Foundations
- Understand core mechanical, electrical and electronic engineering principles.
- Apply computer programming to engineering and automation tasks.
- Explore the fundamentals of robotic motion, kinematics and dynamics.
Automation & Applied Practice
- Understand control systems, sensors, actuators and programmable logic controllers.
- Work with pneumatic, hydraulic and electrical systems.
- Apply design, problem-solving and project presentation skills to practical engineering scenarios.
Admission Requirements
Completion of High School Education
Applicants must have completed high school education to meet the stated entry requirement for this programme.
Explore the Programme Modules
Engineering Design & Drafting
ENG4201Computer Programming C++
ENG4202Pneumatic and Hydraulic Systems
ENG4203Programmable Logic Controller
ENG4204Robotics and Automation Engineering
ENG4205Occupational Safety & Health
ENG4206Electrical Circuit System
ENG4207Analog and Digital Electronics
ENG4208Cost and Cost Estimation
ENG4209Project Paper and Presentation
ENG4210Why Study Robotics & Mechatronics?
Multidisciplinary Engineering
Bring together mechanical engineering, electronics and computing in a single programme.
Automation Technologies
Explore robotics, control systems, programmable logic controllers and industrial automation.
Practical Problem-Solving
Develop engineering design, project and presentation skills through applied learning.
Professional Diploma in Robotics & Mechatronics Engineering
Level 4 professional diploma with a stated curriculum of 120 credit hours and ten engineering modules. Contact CACE for further details on enrolment and programme delivery.