Motto
- Empowering the future through electronics innovation
Vision
- To produce outstanding electronic engineers who can be beneficial to local and state
Mission
- To become qualified teachers
- To expand technological opportunities by connecting with local and international universities
- To carry out practical experiments based on prescribed curriculum to become a better educational system
Subject Specific Description
The Department of Electronic Engineering offers comprehensive undergraduate programs to build a strong foundation in electronic engineering principles. These programs prepare students to confidently step into the professional world. The curriculum leads to a Bachelor of Engineering degree in Electronics (B.E. Electronics), equipping graduates with both theoretical knowledge and practical skills for diverse career opportunities.
The Electronic Engineering Department provides teaching and research activities mainly in the area of:
1. Circuit
- Engineering Electronics Circuits
- Analog Circuits
- Digital Circuits
- Advanced Analog Circuits
- Technical Programming
- PIC Microcontroller
- Digital Design with HDL
3. Control and Signal Processing
- Modern Control System
- Power Electronic System
- Programmable Logic Controller
- Digital Signal Processing
- Robotic and AI
4. Communication
- Electronic Communication System
- Digital Communication System
- Computer Communication System
- Microwave System
- Advanced Communication System
- Digital Image Processing
Photos are added according to the department -
Graduation Thesis Seminar
Field Trip
Teacher Training
Circuit Laboratory
Group Project
Department strength
|
No. |
Name |
Position |
Degree |
Responsibility |
Remark |
|
1 |
U Kaung Myat Naing |
Associate Professor |
Ph.D (Advanced Manufacturing System Engineering), Thailand |
Head of the Department |
|
|
2 |
Daw Swe Swe Aung |
Associate Professor |
M.E (Electronics) |
|
|
|
3 |
Daw Htet Wai Hlaing |
Associate Professor |
M.E (Electronics) |
|
|
|
4 |
Daw Hay Mar Moe |
Lecturer |
M.E (Electronics) |
|
|
|
5 |
Daw Aye Shwe Zin Oo |
Lecturer |
M.E (Electronics) |
|
|
|
6 |
Daw Hsu Myat Tin Swe |
Lecturer |
M.E (Electronics) |
|
|
|
7 |
Daw Htet Htet Wai Aung |
Assistant Lecturer |
M.E (Electronics) |
|
|
|
8 |
Daw Khaing Myo Myint |
Tutor |
B.E (Electronics) |
|
|
|
9 |
Daw Phyo Phyo Oo |
Tutor |
M.E (Electronics) |
|
|
Department Members
List of subjects taught / by year
|
No. |
Class |
Code |
Course Description |
Type |
Remark |
|
1 |
First Year (Semester I) |
EcE-1001 |
Engineering Circuit I |
Core |
5 Year Plan |
|
2 |
First Year (Semester II) |
EcE-2001 |
Engineering Circuit II |
Core |
5 Year Plan |
|
3 |
Second Year (Semester I) |
EcE-21001 |
Electronic Engineering Circuit I |
Core |
6 Year Plan |
|
4 |
Second Year (Semester I) |
EcE-21002 |
Communication Principles I |
Core |
6 Year Plan |
|
5 |
Second Year (Semester I) |
EcE-21011 |
Microelectronics I |
Core |
6 Year Plan |
|
6 |
Second Year (Semester I) |
EcE-21014 |
Technical Programming I |
Core |
6 Year Plan |
|
7 |
Second Year (Semester I) |
EcE-21021 |
Digital Electronics I |
Core |
6 Year Plan |
|
8 |
Second Year (Semester II) |
EcE-22001 |
Electronic Engineering Circuit II |
Core |
6 Year Plan |
|
9 |
Second Year (Semester II) |
EcE-22002 |
Communication Principles II |
Core |
6 Year Plan |
|
10 |
Second Year (Semester II) |
EcE-22011 |
Microelectronics II |
Core |
6 Year Plan |
|
11 |
Second Year (Semester II) |
EcE-22014 |
Technical Programming II |
Core |
6 Year Plan |
|
12 |
Second Year (Semester II) |
EcE-22021 |
Digital Electronics II |
Core |
6 Year Plan |
|
13 |
Third Year (Semester I) |
EcE-31001 |
Engineering Circuit Analysis I |
Core |
6 Year Plan |
|
14 |
Third Year (Semester I) |
EcE-31002 |
Digital Communication I |
Core |
6 Year Plan |
|
15 |
Third Year (Semester I) |
EcE-31003 |
Modeling and Control I |
Core |
6 Year Plan |
|
16 |
Third Year (Semester I) |
EcE-31011 |
Engineering Electromagnetic I |
Core |
6 Year Plan |
|
17 |
Third Year (Semester I) |
EcE-31021 |
Integrated Electronics I |
Core |
6 Year Plan |
|
18 |
Third Year (Mech) (Semester I) |
EcE-31025 |
Analogue and Digital Electronics I |
Supporting |
6 Year Plan |
|
19 |
Third Year (Semester II) |
EcE-32001 |
Engineering Circuit Analysis II |
Core |
6 Year Plan |
|
20 |
Third Year (Semester II) |
EcE-32002 |
Digital Communication II |
Core |
6 Year Plan |
|
21 |
Third Year (Semester II) |
EcE-32003 |
Modeling and Control II |
Core |
6 Year Plan |
|
22 |
Third Year (Semester II) |
EcE-32011 |
Engineering Electromagnetic II |
Core |
6 Year Plan |
|
23 |
Third Year (Semester II) |
EcE-32021 |
Integrated Electronics II |
Core |
6 Year Plan |
|
24 |
Third Year (Mech) (Semester II) |
EcE-32025 |
Analogue and Digital Electronics II |
Supporting |
6 Year Plan |
|
25 |
Fourth Year (Semester I) |
EcE-41002 |
Computer Communication I |
Core |
6 Year Plan |
|
26 |
Fourth Year (Semester I) |
EcE-41003 |
Modern Control System I |
Core |
6 Year Plan |
|
27 |
Fourth Year (Semester I) |
EcE-41021 |
Digital Design with HDL I |
Core |
6 Year Plan |
|
28 |
Fourth Year (Semester I) |
EcE-41031 |
Industrial Electronic and Control I |
Core |
6 Year Plan |
|
29 |
Fourth Year (EP) (Semester I) |
EcE-41024 |
Computer Science I |
Supporting |
6 Year Plan |
|
30 |
Fourth Year (Semester II) |
EcE-42002 |
Computer Communication II |
Core |
6 Year Plan |
|
31 |
Fourth Year (Semester II) |
EcE-42003 |
Modern Control System II |
Core |
6 Year Plan |
|
32 |
Fourth Year (Semester II) |
EcE-42021 |
Digital Design with HDL II |
Core |
6 Year Plan |
|
33 |
Fourth Year (Semester II) |
EcE-42031 |
Industrial Electronic and Control II |
Core |
6 Year Plan |
|
34 |
Fourth Year (EP) (Semester II) |
EcE-42024 |
Computer Science II |
Supporting |
6 Year Plan |
|
35 |
Fifth Year (Semester I) |
EcE-51001 |
Advanced Electronics I |
Core |
6 Year Plan |
|
36 |
Fifth Year (Semester I) |
EcE-51003 |
Digital Control System I |
Core |
6 Year Plan |
|
37 |
Fifth Year (Semester I) |
EcE-51005 |
Digital Signal Processing I |
Core |
6 Year Plan |
|
38 |
Fifth Year (Semester I) |
EcE-51006 |
Industrial Management I
|
Core |
6 Year Plan |
|
39 |
Fifth Year (Semester I) |
EcE-51012 |
Modern Electronic Communication Systems I |
Core |
6 Year Plan |
|
40 |
Fifth Year (Semester I) |
EcE-51013 |
Microwave Engineering I |
Core |
6 Year Plan |
|
41 |
Fifth Year (Semester I) |
EcE-51033 |
PLC Programming Methods and Techniques I |
Core |
6 Year Plan |
|
42 |
Fifth Year (Semester II) |
EcE-52001 |
Advanced Electronics II
|
Core |
6 Year Plan |
|
43 |
Fifth Year (Semester II) |
EcE-52003 |
Digital Control System II |
Core |
6 Year Plan |
|
44 |
Fifth Year (Semester II) |
EcE-52005 |
Digital Signal Processing II |
Core |
6 Year Plan |
|
45 |
Fifth Year (Semester II) |
EcE-52006 |
Industrial Management II
|
Core |
6 Year Plan |
|
46 |
Fifth Year (Semester II) |
EcE-52012 |
Modern Electronic Communication Systems II |
Core |
6 Year Plan |
|
47 |
Fifth Year (Semester II) |
EcE-52013 |
Microwave Engineering II |
Core |
6 Year Plan |
|
48 |
Fifth Year (Semester II) |
EcE-52033 |
PLC Programming Methods and Techniques II |
Core |
6 Year Plan |
|
49 |
Fifth Year (Semester I & II) |
EcE-5007 |
Integrated Design Project |
Core |
6 Year Plan |
|
50 |
Sixth Year (Semester I) |
HSS-61011 |
Humanities and Social Science |
Core |
6 Year Plan |
|
51 |
Sixth Year (Semester I) |
EcE-61015 |
Computer Networking |
Core |
6 Year Plan |
|
52 |
Sixth Year (Semester II) |
Final year students have to give at least three seminar presentations, and thesis book for the FYP (Final Year Project/ Graduation Thesis/ Mini Thesis) and Internship report, Log book and personal assessment for Internship Program. |
6 Year Plan |
||
Degrees awarded
Bachelor of Engineering (Electronics)
B.E.(Electronics)