Mechatronics

Mechatronics combines mechanical, electrical, and software engineering to design smart, automated systems and robotics for modern industry.

Overview

Mechatronics is an interdisciplinary branch of engineering that integrates mechanical systems, electronics, control theory, and software to build automated and intelligent machines. Students design and build robots, automated production lines, and embedded control systems, blending hands-on lab work with real engineering projects.
What you'll learn in the Mechatronics program

What you'll learn in the Mechatronics program

Gain valuable skills to take your career to the next level:

  • Mechanical design and CAD modeling fundamentals
  • Embedded systems and microcontroller programming
  • Sensors, actuators, and control systems
  • Robotics and automation fundamentals
  • Integration of theory with hands-on projects

Admission requirements

Applicants should hold a Baccalaureate (C, D, or E/F stream) with a minimum score of 12/20 or a GCE A Level with at least 12 points, including a B grade in Physics and Mathematics.
Admission requirements

Curriculum

The Mechatronics curriculum equips students to design, build, and program automated and robotic systems.

13 General Education Courses
37 Major Education Courses
Introduction to Engineering course image
2 Credits

Introduction to Engineering

foundational engineering concepts

Embedded Systems Lab course image
4 Credits

Embedded Systems Lab

hands-on microcontroller and sensor programming

Mechanics & Materials course image
4 Credits

Mechanics & Materials

statics, dynamics, and material properties for mechanical design

Introduction to Leadership course image
1 Credit

Introduction to Leadership

developing leadership skills

Flexibility

A specialized curriculum lets students focus on a specific area, gaining advanced knowledge and practical skills for specialized careers.

Adaptability to Career Goals

The curriculum is modular, letting students specialize in robotics, automation, or embedded systems.

Industry Partnerships

Ties with manufacturing and automation companies enable co-designed coursework and access to advanced equipment.

Simulation & Virtual Labs

Faculty use CAD, simulation platforms, and virtual labs to enhance learning.

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