For degree completion, students are required to complete 24 credit hours of course work, and 6 credit hours of thesis/ research.
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Semester
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Courses
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|
1
|
Advanced Engineering Mathematics
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Stochastic Processes and Random Variables / Advanced Analog Electronics
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Advanced Digital Signal Processing
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2
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Mandatory course 1
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Mandatory course 2
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Elective 1
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3
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Mandatory course 3
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Elective 2
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Thesis
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4
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Thesis
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At the end of 1st semester, students will be required to select one of the following specializations:
- Wireless Communications
- Signal & Image Processing
- RF & Microwave
- Electronics & Embedded Systems
Mandatory courses and thesis topic will depend on the selected area of specialization.
*: Please note that the ordering of the courses in the proposed degree plan might change depending on the faculty availability
MS Electrical Engineering with specialization in Wireless Communications
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Semester
|
Mandatory Courses
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|
2
|
Advanced Digital Communications
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Advanced Wireless Communications
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|
3
|
Satellite Communications
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MS Electrical Engineering with specialization in Signal & Image Processing
|
Semester
|
Mandatory Courses
|
|
2
|
Pattern Recognition
|
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Advanced Digital Image Processing
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3
|
Computer Vision & 3D
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MS Electrical Engineering with specialization in RF & Microwave
|
Semester
|
Mandatory Courses
|
|
2
|
Advanced Electromagnetic Field Theory
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RF Circuit Design and Analysis
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3
|
Antennas and Array Theory and Design
|
MS Electrical Engineering with specialization in Electronics and Embedded Systems
|
Semester
|
Mandatory Courses
|
|
2
|
Electronics for Space Applications
|
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Advanced Embedded Systems
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3
|
Advanced Power Electronics
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*: Please note that the ordering of the courses in the proposed degree plan might change depending on the faculty availability
Elective Courses
Depending on interest, students can select mandatory courses of other specializations as electives or any other elective being offered. A tentative list of other possible elective courses is below.
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Sr. No.
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Course Name
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1
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Signal Estimation & Detection Theory
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2
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Information Theory
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3
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Introduction to Cryptography
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4
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Methods of Optimization
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5
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Machine Learning
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6
|
Operations Research
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7
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Spacecraft System Design
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8
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Low Power Design
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9
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Advanced Microprocessor and Memory Design
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10
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Advanced Computer Architecture
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