
Communication and Electronics Engineering
Communication and Electronics Engineering
Nowadays, communication and electronics can be considered as the medium to drive industrial systems both domestically and internationally. It’s not just in the industry where communication is important. Even in everyday life, communication is just as important. Wireless communication is increasingly common nowadays. Especially communication via telephone and the internet which often involves transmission lines as a forwarding signal for the most efficient communication, making it faster and more efficient. Which all involves the work from engineers from this field.
Therefore; the development of MUT’s department of Communications and Electronics Engineering focuses on developing personnel with electrical engineering abilities and knowledge from the fundamentals of engineering, design, construction and application combined with the use of information and communication technology whilst being aware of safety measures, ethics and the code of conduct. Plus, being able to do research in communications engineering and electronics.
Interesting Subjects
- Wireless Communications and Applications
- Photonics Systems and Applications
- Next Generation Telecommunication and Security
- Antenna Technologies
- Mobile and Cellular Communication
- Circuits Design
- RF and Microwave Circuits Design
- Electrical and Product Design
- IPC and quality standard
Career Opportunities
- Telecommunication Engineer
- Electronic Engineer
- Service and Installation Engineer
- Researcher on the field related
- Work in the government / private sectors
- Teacher in the field related
- Owner of Business in the field related
Bachelor of Engineering (B.Eng.)
Communication and Electronics Engineering
120 Credits
4 Years
English
Thai Students
International Students
- 1st Year
- 2nd Year
- 3rd Year
- 4th Year
- Specific Electives
1st Semester
English in the Digital World |
General Statics |
Physical Mathematics |
Physics |
Preliminary Project Design |
Innovation and Creativity |
2nd Semester
Calculus for Mechanics and Electromagnetism |
Fundamental Engineering Drafting |
Basic Tool Skills Practice |
Engineering Mechanics |
Engineering Materials |
Python Computer Programming |
1st Semester
Signals, Circuits and Systems |
Fundamental Electrical Engineering |
Engineering Laboratory |
Electromagnetics Applications and Communications |
Basic Digital and Embedded System Design |
Statistics for Problem Solving |
2nd Semester
Electrical Engineering Laboratory |
Electrical Instruments and Measurements |
Communication Signals in Modern Systems |
Electronic Devices and Circuits |
Electrical Machines |
Basic Mechanical Engineering |
Engineering Innovation |
Critical Project Design |
1st Semster
English for STEM Education |
Automatic Control Systems |
Industrial Sensors and Systems |
Electrical Machines Application |
Power Electronics |
AI and Data Science |
2nd Semester
English for Engineering and Technology |
PLC/SCADA for Automatic Control Systems |
Data Communication and Network |
Electrical Schematics and Safety Standards |
Electives Subject |
3rd Semester
Industrial Internship |
1st Semester
Electrical Engineering Project I |
Business English for the Workplace |
Electives Subject |
Electives Subject |
2nd Semester
Electrical Engineering Project II |
Social Skills Development for Careers |
Electives Subject |
Electives Free |
Wireless Communications and Applications |
Photonics Systems and Applications |
Next Generation Telecommunication and Security |
RF and Microwave Circuits Design |
Mobile and Cellular Communication |
Antenna Technologies |
Electrical Product Design |
Special Topics in Telecommunication Engineering |
Digital Signal Processing |
Embedded Electronic Systems |
Mobile Robotics Engineering |
Special Topics in Electronics Engineering |