Mechatronic System Section
Combine mechanical, electrical, sensing, control, and software elements into working machines.
MAS
Mechatronic and Automation System
Discover how mechanical, electrical, and computer systems work together — building smart machines and automation for Industry 4.0.
Explore the study path ↓7Supporting courses
12Equipment & facilities
4Signature activities
1Related research projects
What this focus develops
Knowledge that becomes engineering ability.
Connect classroom fundamentals with practical investigation, modern tools, teamwork, and evidence-based engineering decisions.
Automation System Section
Develop control logic and tune automated systems for reliable performance.
Lab Equipment
Mechatronics & Automation Lab
Learning, research, prototyping, testing, and engineering services.
12MAS equipment
01Robot with Artificial Vision System
Combine robotics, machine vision, sensing, and control for Industry 4.0 learning activities.
02Four-Station Automation Simulation System
Practice integrated sequencing, sensing, handling, control, and troubleshooting across four automated stations.
03Robot with Warehouse Automation System
Explore robotic material handling, storage, retrieval, coordination, and warehouse automation.
04Industrial Electronic Circuit
Build and diagnose industrial electronic circuits used in machines, automation, and control systems.
05PLC Panel with Simulation System
Program, simulate, commission, and troubleshoot PLC-based industrial control sequences.
06PLC with HMI Learning Kit
PLC with HMI Learning Kit inside a box case.
07Elevator System
Lifting mechanism of the elevator and control system of an elevator system.
08Sensor and Transducers
Sensor and Transducers Used in Industrial Applications
09Servo Motor Conrtol
Combine servo motor and control system
10Magnetic Contactor
Magnetic Contactor Panel
11Pneumatic System
Pneumatic System Learning Kits
12Hydraulic System
Hydraulic System Learning Kit
Supporting curriculum
A progressive four-year study path.
Foundation subjects lead to specialist work, integrated projects, industry experience, and the final capstone.
Foundations & discovery
PEE1102Electricity and Electronics3 credits
Core engineering systems
DMP2113Mechanics of Materials3 credits
MAS2115Automation I3 credits
MAS2222Automation II3 credits
Integration & specialization
MAS3235Automation III3 credits
MAS3234Dynamics and Control System3 credits
MAS4140Smart Product Design3 credits
The course mapping is a program overview and can be updated in the CMS when the official study plan changes.
How students learn
Active learning beyond memorization.
Activities combine technical knowledge with communication, iteration, safety, and reflection.
Sensor-and-actuator prototype
Build a closed-loop system that senses its environment and responds predictably.
Robot vision programming
Configure a vision-assisted robot task and improve its accuracy through testing.
PLC automation challenge
Create, document, and troubleshoot an industrial sequence using safe automation practice.
EV control experiment
Investigate electric mobility subsystems, control behavior, and system integration.
Career pathways
Where this focus can take you.
Graduates can move across technical and leadership roles as their experience grows.
Mechatronics Engineer
Create integrated electromechanical products and intelligent machines.
Automation Engineer
Design, program, commission, and improve automated systems.
Control Systems Engineer
Develop reliable control strategies for machines, vehicles, and processes.
Systems Engineer
Coordinate complex technical requirements, interfaces, verification, and delivery.
Research & Innovation
Research connected to this focus.
Explore current projects in Research & Innovation for full project details and related focus areas.
