Course Duration
The course duration should be minimum 5 semesters for a full time student. In addition to completing the course work this minimum period is necessary to meet the requirements of graduate project mentioned in EEE 598 and graduate thesis mentioned in EEE 599. A student will have to do research work, write thesis, prepare a presentation, appear in an oral examination, present his work and present his work before an examination committee, must satisfy the examiners. A full time student must register for a minimum of 9 credit hours. A part time student may register for a maximum of 6 credit hours of course in any semester.
Degree Requirements
To obtain an M. Sc. / M. Engg. degree in Electrical and Electronic Engineering (EEE), the students must complete a minimum of 36 credit hours with a minimum CGPA of 2.75 out of 4 scale. Students pursuing M. Sc. in EEE are required to take a total of 6 (3 core and 3 elective) courses of 18 credit hours along with a thesis of 18 credit hours. Students pursuing M.Engg. in EEE are required to take a total of 10 (5 core and 5 elective) courses of 30 credit hours along with a project of 6 credit hours. A student may also be required to take prerequisite and supplementary non-credit courses to improve study skills, presentation and communication skills. The students of project/thesis group must secure P (pass) grade in project/thesis work for the award of the Masters degree. Students pursuing a Masters degree must finish all their requirements within a five-year period of continuous enrollment as a regular student. The breakdown of the credits for both the streams is listed bellow.
| M.Sc. in EEE | |
| 3 (Three) Core Courses | 9 credits |
| 3 (Three) Elective Courses | 9 credits |
| Thesis | 18 credits |
| Total | 36 credits |
| M.Eng. in EEE | |
| 5 (Five) Core Courses | 15 credits |
| 5 (Five) Elective Courses | 15 credits |
| Project | 6 credits |
| Total | 36 credits |
| Fee Structure | |
| Total credit | 36 hours |
| Application fee | Tk. 1000 |
| Admission fee (one time) | Tk. 25,000 |
| Student Activities fees including lab: (per semester) | Tk. 7,000 |
| Tuition per credit | Tk. 4,500 |
Structure of M.Sc. / M. Eng. (EEE) Program
Master of Science (M. Sc.) / Master of Engineering (M. Engg.) in Electrical and Electronic Engineering (EEE) degree program is comprised with the following three major divisions:
1. Telecommunications
2. Electronics
3. Power Systems
Courses required for the Masters Degree (M. Sc. / M. Engg.) in Electrical and Electronic Engineering with a concentration in Telecommunications / Electronics / Power Systems consist mainly of core courses, elective courses and a thesis (for M. Sc.) / project (for M. Engg.).
| Compulsory courses | |
| EEE 598 | Graduate Project (for M. Engg. in EEE) (6 Credits) |
| EEE 599 | Graduate Thesis (for M. Sc. in EEE) (18 Credits) |
| Concentration (Core & Elective Courses) | |
| Telecommunication Division
Students intending to do concentration in Telecommunications will take at least three (for M. Sc.) / five (for M. Engg.) core courses from the following list of courses and will take at least three (for M. Sc.) / five (for M. Engg.) elective courses from multiple course areas outside the area of Telecommunications with at least one from each division: |
|
| EEE 501 | Stochastic Processes (3 Credits) |
| EEE 502 | Advanced Digital Communications (3 Credits) |
| EEE 503 | Optical Fiber Communications (3 Credits) |
| EEE 504 | Cellular Mobile Communications (3 Credits) |
| EEE 505 | Wireless Communications (3 Credits) |
| EEE 506 | Advanced Digital Signal Processing (3 Credits) |
| EEE 507 | Image and Video Signal Processing (3 Credits) |
| EEE 508 | Advanced Computer Networks (3 Credits) |
| EEE 509 | Network Planning, Management and Administration (3 Credits) |
| EEE 510 | Network Programming (3 Credits) |
| EEE 511 | Cryptography and Network Security (3 Credits) |
| EEE 512 | Telecommunication Transmission & Switching Systems (3 Credits) |
| EEE 513 | RF and Microwave Engineering (3 Credits) |
| EEE 514 | Antennas and Propagation (3 Credits) |
| EEE 515 | Information and Coding Theory (3 Credits) |
| EEE 516 | Cloud Computing (3 Credits) |
| Electronics Division
Students intending to do concentration in Electronics will take at least three (for M. Sc.) / five (for M. Engg.) core courses from the following list of courses and will take at least three (for M. Sc.) / five (for M. Engg.) elective courses from multiple course areas outside the area of Electronics with at least one from each division: |
|
| EEE 506 | Advanced Digital Signal Processing (3 Credits) |
| EEE 507 | Image and Video Signal Processing |
| EEE 531 | Image and Speech Recognition (3 Credits) |
| EEE 532 | Image and Video Compression (3 Credits) |
| EEE 533 | Advanced VLSI Design and Testing (3 Credits) |
| EEE 534 | Advanced Microelectronics (3 Credits) |
| EEE 535 | Embedded Systems and Real Time Interfacing (3 Credits) |
| EEE 536 | Advanced Semiconductor Devices (3 Credits) |
| EEE 537 | Power Semiconductor Circuits and Drives (3 Credits) |
| EEE 538 | Advanced CMOS Technology (3 Credits) |
| EEE 539 | Application Specific Integrated Circuit Design (3 Credits) |
| EEE 540 | Nanoelectronics Technology (3 Credits) |
| EEE 541 | Biomedical Electronics (3 Credits) |
| EEE 542 | Artificial Intelegence & Neural Networks (3 Credits) |
| Power Systems Division
Students intending to do concentration in Power Systems will take at least three (for M. Sc.) / five (for M. Engg.) core courses from the following list of courses and will take at least three (for M. Sc.) / five (for M. Engg.) elective courses from multiple course areas outside the area of Power Systems with at least one from each: |
|
| EEE 537 | Power Semiconductor Circuits and Drives (3 Credits) |
| EEE 561 | Energy Conversion Engineering (3 Credits) |
| EEE 562 | Power System Planning (3 Credits) |
| EEE 563 | Optimization of Power System Operation (3 Credits) |
| EEE 564 | Power System Reliability (3 Credits) |
| EEE 565 | Power System Modeling (3 Credits) |
| EEE 566 | Transients in Power Systems (3 Credits) |
| EEE 567 | Advanced Power System Stability (3 Credits) |
| EEE 568 | Advanced Power System Control (3 Credits) |
| EEE 569 | Protection of Power Systems (3 Credits) |
| EEE 570 | Advanced Machine Design (3 Credits) |
| EEE 571 | Generalized Machine Theory (3 Credits) |
| EEE 572 | Modern Control Theory (3 Credits) |
| EEE 573 | Renewable Energy Technologies (3 Credits) |
| EEE 574 | High Voltage Engineering (3 Credits) |
| EEE 575 | Smart Grid (3 Credits) |
| EEE 576 | Local Solutions for Energy Access (3 Credits) |
| EEE 577 | Mini-Grids: Planning and Design (EEE 576 is the prerequisite course) (3 Credits) |
The EEE department of IUB will adapt two of TEA-LP's new energy access elective courses into the MSc in EEE program and deliver each course to at least 18 students. TEA-LP Course #1 (EEE 576 Local Solutions for Energy Access) should be selected as a precursor course for those students wishing to undertake Course #2 (EEE 577 Mini-Grids: Planning and Design).
For this scholarship opportunity, apply for an MSc in EEE at IUB:
https://bit.ly/3RqyVHf
For details of the ''Transforming Energy Access, Learning Partnership (TEA-LP) Program, please visit:
https://bit.ly/3t484Yg
Details of the Transforming Energy Access – Learning Partnership (TEA-LP) can be found in the following link: https://tea-lp.org/