Master of Engineering Program in Mechatronics Engineering (M.Eng.)

Faculty of Technical Education


    Students in the Mechatronics Engineering program, offered through the Mechatronics and Robotics Engineering Department, create intelligent devices by combining mechanical, electrical, computer, and other engineering principles. Graduates from the School of Engineering are shaping the future by designing robots for the manufacturing industry, biomedical devices, rehabilitation robots, service robots, smart vehicles, autonomous farm equipment, and much more. These devices have mechanical and electrical components, sensors, and computer software - all working together, harmoniously. As automation and robotics increase around us, so the companies need engineers with specialized knowledge of these topics. The field of Mechatronics Engineering emerged out of this need to develop the best possible design while seamlessly merging mechanical and electronics knowledge. Mechatronics Engineers have the interdisciplinary knowledge necessary to oversee the design and development of such intelligent devices from beginning to end, rather than completing mechanical, electrical and control designs separately.
    The degree program in Mechatronics Engineering at RMUTT is one of only a few programs in Thailand and abroad.

Duration of Course 2 years

Language of Instruction: English

Entry requirements:

Academic Requirements
  • Qualification for admission: The graduates of Bachelor of Engineering, Bachelor of Industrial Technology, Bachelor of Science in Technical Education, or related degree programs.
  • Graduated from the program of Mechatronics Engineering, Instrumentation Engineering, Electrical engineering, Electronic Engineering, Computer Engineering, Mechanical Engineering, Production Engineering, Industrial Engineering, or related fields
  • Applicants for master's degree programs must have the equivalent of a bachelor’s degree with a minimum GPA equivalent to 2.75/4.00 grading scale.
Your GPA (Grade Point Average) is calculated using the grades that you received in each course and is determined by the points assigned to each grade (e.g. for the US grading scale from A-F).

General Requirements
  • Bachelor’s degree transcript.
  • Bachelor’s degree certificate.
  • Two recommendation letters from academician. (from Associate Professor, or Professor)
  • International students must have the concurrence of a University Designated School Official (DSO) charged with compliance of Immigration guidelines.
  • Before starting a program, you need to have a basic knowledge of the English Language. The TOEIC/ IELTS/ TOEFL is administered in a paper format and measures your ability to use and understand English in a classroom setting at the college or university level. It accurately measures how well you can listen, read and write in English while performing academic tasks.
English Language Requirement Required Score
TOEFL – Paper Based ≥ 433
TOEFL – Computer Based ≥ 120
TOEFL – Internet Based ≥ 40
IELTS ≥ 3.5
TOEIC ≥ 400
RT-TEP ≥ 3.5
***This is the table of the English requirements for admission. For English requirements to apply for the scholarship please visit the scholarship link.

Remark: In case of having the result of the English Language Score Test. You will receive a special consideration.

Required Knowledge
  1. Basic theoretical knowledge of Mathematics, Physics, English, etc.
  2. Basic theory of Mechatronics and Robotics Engineering.
  3. Competence to search the literature review, systematic thinking, and practice ability.
  4. Minimum GPA equivalent to 2.75/4.00 grading scale.

Course Content

Total of Credit 51 Credit

Program Structure

1. Compulsory Courses 15 credits
Applied Mathematics for Engineering 3 credits
Advanced Control Systems 3 credits
Industrial Robotics and Image Processing 3 credits
Digital Systems and Microprocessors 3 credits
Engineering Research Methodology 1 credit
Master Seminar I 1 credit
Master Seminar II 1 credit
2. Elective Courses 12 credits
Artificial Intelligence in Mechatronics System 3 credits
Advanced Robotics and Informatics 3 credits
Advanced CAD/CAM System 3 credits
Advanced Mechatronics 3 credits
Artificial Intelligence 3 credits
Entrepreneurship and Quality Management 3 credits
Embedded System and Real-Time Digital Signal Processing 3 credits
Advanced Wireless Networks 3 credits
Probability and Stochastic Processes in Engineering 3 credits
Mechatronics Design and Smart Automation 3 credits
Advanced Topics in Mechatronics System 3 credits
3. Dissertation
Thesis 12 credits