Bachelor of Engineering (Electrical - Mechatronics) at University of Technology Malaysia (UTM)

Bachelor of Engineering (Electrical - Mechatronics)

Qualification

Bachelor's Degree

Duration

4 years

Intake

FebFebSepSep

English Requirement

IELTS 5.5

Offer Letter

Fees Applies

Class Type

Physical

Course Fee for International Students

	Yearly Tuition fees
	Year	Fee
	1st Year	MYR 15,032
	2nd Year	MYR 15,032
	3rd Year	MYR 15,032
	4th Year	MYR 15,032

	Other Fees
	Description	Fee
	Annual Service Fee	MYR 2,180
	Approx. Visa Fee	MYR 1,950
	Avg. Personal Bond Fee	MYR 1,500
	Registration Fee	MYR 6,152

The Bachelor of Engineering (Electrical - Mechatronics) Program at UTM University Malaysia is a four-year honours program that combines electronics, electrical, mechanical, control, software, computer, and information technology disciplines. It provides students with a comprehensive education in mechatronic engineering, focusing on the integration of these fields to develop smart products and systems. The program emphasizes practical experiences and prepares graduates for careers in industries such as manufacturing, robotics, automation, and aerospace.

Future Careers

Mechatronic Engineer
Electrical Engineer
Electronic Engineer
Production Engineer
Quality Control Engineer
Design Engineer
Process Engineer
Maintenance Engineer
E&M (Electro-Mechanical) Engineer
Construction/Fabrication Engineer
Sales Engineer
Research Officer
Sales Officer
Development Officer
Academician

First year – Semester I

Engineering Mathematics 1
Introduction to Electrical Engineering
Electrical Circuit Analysis
C Programming Techniques
English Communication Skills
Penghayatan Etika(local)/Falsafah Dan Isu Semasa(intern)

First year – Semester II

Differential Equations
Computer Aided Engineering Drawing
Electronic Devices & Circuit
Digital Electronics
Engineering Mechanics
Islamic Civilization & Asian Civilization(local)/Malay Language for Communication 2(international)

Second year – Semester I

Engineering Mathematics II
Elective of Co Curricular Service Learning
Signals and Systems
Fundamental of Electrical Power Systems
Introduction to Scientific Programming
Academic Communication Skiils
Graduate Success Attributes

Second year – Semester II

Electronic Instrumentation & Measurement
Digital Systems
Hydraulic and Pneumatic Systems
2nd Year Electronic Design Lab
Engineering Statistics
Introduction to Entrepreneuship

Third year – Semester I

Numerical Methods
System Modeling & Analysis
Microprocessor
Communication Principles
Electromagnetic Field Theory
Common 3rd Year Laboratory

Third year – Semester II

Control System Design
Mechatronics System Design
Electronic Systems
Electrical Motors and Drives
Specialized 3rd Year Laboratory
Professional Communication Skills
Extracurricular Experiental Learning(EXCEL)

Third year – Semester III

Practical Training

Fourth year – Semester I

Capstone Project
Final Year Project Part I
Robotics
Digital Signal Processing I
Field Elective 1
Engineering Management

Fourth year – Semester II

Final Year Project Part II
Professional Engineering Practice
Field Elective 2
Field Elective 3
Science and Technology Thinking
Elective of Foreign Language

Field Electives:

Modern Control Theory
Digital Control Systems
Power Electronics & Drives
Industrial Instrumentations and Applications
Advanced Tranducers & Sensors
BiomeMS and Microanalytical Systems
Nanotechnology and Application
PLC and SCADA System Design
System Identification and Estimation
Industrial Control Networks
Software Engineering
Machine Vision Systems
Robot Technology for Automation
Artificial Intelligence
Embedded Systems
Coding of Multimedia Signals
Autonomous Robot
Industrial Engineering

Bachelor of Engineering (Electrical - Mechatronics)

Bachelor of Engineering (Electrical - Mechatronics)