MS Electrical Engineering – COMSATS – Lahore
Course name: MS Electrical Engineering
Course overview:
MS (EE) Program offered at CIIT, Lahore is up-to-date graduate program with its emphasis on research and learning. Currently we are offering following streams in our MS (EE) program:
- Telecommunication Engineering
- Communication & Radar Technology
- Networks Engineering
- Computer Engineering
- Automation & Control Engineering
No. of semesters: 2 semester
Requirements:
- A 16 years degree in the relevant field from an accredited educational institution with First Division (annual system) or CGPA 2.5/4.0 (semester system).
- No third division or D grade throughout the academic career.
- GAT (General) with 50% marks.
- Minimum 30 credit hours, out of which 24 credit hours for course work and 06 credit hours for thesis/research project.
Course duration: N/A
How to apply:
- N\A
Curriculum:
List of Core Courses:
Course Title Credit Hours
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Advanced Digital Design 3(3, 0) |
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Advanced Computer Architecture 3(3, 0) |
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Linear Systems Theory 3(3, 0) |
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Engineering Mathematics 3(3, 0) |
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Stochastic Processes 3(3, 0) |
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Integrated Circuit Analysis and Design 3(3, 0) |
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Advanced Power System Protection 3(3, 0) |
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Advanced Power System Analysis 3(3, 0) |
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Advanced Power System Operation and Control 3(3, 0) |
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Radar Systems 3(3, 0) |
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Communication Systems Engineering 3(3, 0) |
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Digital Communications 3(3, 0) |
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Communication Networks-Architectures and Protocols 3(3, 0) |
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Data Networks and Communications 3(3, 0) |
List of Area Elective Courses with Specialization in Automation and Control Engineering
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Microprocessor/Microcontroller Based Systems 3(3, 0) |
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Advanced Digital Signal Processing 3(3, 0) |
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Digital Image Processing 3(3, 0) |
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Digital Filters 3(3, 0) |
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Image, Video, and Multimedia 3(3, 0) |
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Fundamentals of Computer Graphics 3(3, 0) |
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Linear Control Systems 3(3, 0) |
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Digital Control Systems 3(3, 0) |
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Optimization Control Theory 3(3, 0) |
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Robotics 3(3, 0) |
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Industrial Automation and Control 3(3, 0) |
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Linear Systems Theory 3(3, 0) |
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Neural and Fuzzy Systems 3(3, 0) |
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Artificial Intelligence 3(3, 0) |
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Automata Theory 3(3, 0) |
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Pattern Recognition 3(3, 0) |
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Real Time Computer Systems 3(3, 0) |
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Analysis of Algorithms 3(3, 0) |
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Embedded Computing Systems 3(3, 0) |
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Design of Real-Time Embedded Systems 3(3, 0) |
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Geometric Modeling 3(3, 0) |
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Estimation of Signals and Systems 3(3, 0) |
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Audio Signal Processing 3(3, 0) |
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Adaptive Signal Processing 3(3, 0) |
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Computer Vision 3(3, 0) |
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Advanced Pattern Recognition 3(3, 0) |
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Detection and Estimation Theory 3(3, 0) |
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Advanced Filter Design 3(3, 0) |
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Machine Learning 3(3, 0) |
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Multimedia Data Compression 3(3, 0) |
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Advanced Computer Graphics 3(3, 0) |
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Non-Linear Systems & Control 3(3, 0) |
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Intelligent Control Systems 3(3, 0) |
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Advanced Linear Systems 3(3, 0) |
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Multivariable Control 3(3, 0) |
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Adaptive Control 3(3, 0) |
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Robust Control 3(3, 0) |
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Intelligent Systems 3(3, 0) |
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Advanced Microprocessor/Microcontroller Systems 3(3, 0) |
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Advanced Topics in Embedded System Design 3(3, 0) |
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Advanced Topics in Real-Time Embedded System Design 3(3, 0) |
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Special Topics in Signal Processing 3(3, 0) |
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Advanced Topics in Image Processing 3(3, 0) |
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Advanced Topics in Computer Vision 3(3, 0) |
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Advanced Topics in Filter Design 3(3, 0) |
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Advanced Topics in Multimedia Technologies 3(3, 0) |
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Advanced Topics in Computer Graphics 3(3, 0) |
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Advanced Topics in Control Systems 3(3, 0) |
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Advanced Topics in AI and Neural Computing 3(3, 0) |
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Advanced Topics in Pattern Recognition 3(3, 0) |
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Advanced Topics in Machine Learning 3(3, 0) |