B.Sc. Electrical Engineering

Semester 1
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-111 Linear Circuit Analysis 3 3  
EE-111L Linear Circuit Analysis LAB 1 3  
EE-112 Introduction to Computing 1 1  
EE-112L Introduction to Computing LAB 1 3  
EE-113L Workshop Practice LAB 1 3  
GS-114 Applied Physics 3 3  
GS-114L Applied Physics LAB 1 3  
GS-115 Calculus & Analytical Geometry 3 3  
HS-116 Functional English 3 3  
Total 17 25  
       
Semester 2
Code Course Title Credit Hours Contact Hours Pre-requisites
EE -121 Programming Fundamentals 2 2  
EE -121L Programming Fundamentals LAB 1 3  
HS -122 Health Safety and Environment 3 3  
EE -123 Basic Electronics 3 3  
EE -123L Basic Electronics LAB 1 3  
GS -124 Linear Algebra 3 3  
HS -125 Communication Skills 2 2  
HS -126 Islamic Studies 3 3  
Total 18 22  
       
Semester 3
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-231 Probability Methods in Engineering 2 2  
EE-232 Data Structures and Algorithms 2 2 Both (EE-112, EE-112L) must be passed.
EE-232L Data Structures and Algorithms LAB 1 3
EE-233 Digital Logic Design 3 3  
EE-233L Digital Logic Design LAB 1 3  
EE-234L Engineering Drawing LAB 1 3  
HS-235 Pakistan & Kashmir Studies 3 3  
GS-236 Differential Equations 3 3  
Total 16 22  
       
Semester 4
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-241 Electrical Machines – I 2 2  
EE-241L Electrical Machines – I LAB 1 3  
EE-242 Signal and Systems 2 2  
EE-242L Signal and Systems LAB 1 3  
EE-243 Electrical Network Analysis 3 3 Both (EE-111, EE-111L) must be passed.
EE-243L Electrical Network Analysis LAB 1 3
HS-244 Technical Report Writing 3 3  
GS-245 Complex Variables & Transforms 3 3  
  16 22  
       
Semester 5
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-351 Linear Control Systems 3 3  
EE-351L Linear Control Systems LAB 1 3  
EE-352 Microprocessor Systems 2 2  
EE-352L Microprocessor Systems LAB 1 3  
EE-353 Electromagnetic Field Theory 3 3  
EE-354 Power Electronics 2 2  
EE-354L Power Electronics LAB 1 3  
EE-355 Electronic Circuit Design 3 3  
EE-355L Electronic Circuit Design LAB 1 3  
Total 17 25  
     
Semester 6
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-361 Communication System 2 2 Both (EE-242, EE-242L) must be passed.
EE-361L Communication System LAB 1 3
HS-362 Engineering Management & Entrepreneurship 3 3  
EE-363 Instrumentation and Measurement 3 3  
EE-363L Instrumentation and Measurement LAB 1 3  
EE-364 Electrical Machines – II 3 3  
EE-364L Electrical Machines – II LAB 1 3  
HS-365 Arabic 2 2  
Total 16 22  
       
Semester 7 (Option I*)
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-471 Power System Analysis 3 3  
EE-471L Power System Analysis LAB 1 3  
EE-472 Power Distribution and Utilization 3 3  
EE-472L Power Distribution and Utilization LAB 1 3  
EE-473 Power Generation 3 3  
EE-474 Electrical Power Transmission 3 3  
EE-474L Electrical Power Transmission LAB 1 3  
EE-475 Final Year Project – I 3 9  
Total 18 30  
       
Semester 7 (Option I**)
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-471 Introduction to Nanotechnology 3 3  
EE-471L Introduction to Nanotechnology LAB 1 3  
EE-472 Digital System Design 3 3 Both (EE-233, EE-233L) must be passed.
EE-472L Digital System Design LAB 1 3
EE-473 Digital Control System 3 3 Both (EE-351, EE-351L) must be passed.
EE-474 Digital Signal Processing 3 3 Both (EE-242, EE-242L) must be passed.
EE-474L Digital Signal Processing LAB 1 3
EE-475 Final Year Project – I 3 9  
Total 18 30  
       
Semester 7 (Option I***)
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-471 Satellite Communication 3 3  
EE-471L Satellite Communication LAB 1 3  
EE-472 Computer Communication Network 3 3  
EE-472L Computer Communication Network LAB 1 3  
EE-473 Digital Communication 3 3  
EE-474 Digital Signal Processing 3 3 Both (EE-242, EE-242L) must be passed.
EE-474L Digital Signal Processing LAB 1 3
EE-475 Final Year Project – I 3 9  
Total 18 30  
       
Semester 8 (Option I*)
Code Course Title Credit Hours Contact Hours Pre-requisites
HS-481 Engineering Ethics 3 3  
EE-482 High Voltage Engineering 3 3  
EE-482L High Voltage Engineering LAB 1 3  
EE-483 Power System Protection 3 3  
EE-483L Power System Protection LAB 1 3  
  Elective -1(Option I*) 3 3  
  Elective -1(Option I*) LAB 1 3  
EE-484 Final Year Project – II 3 9  
Total 18 30  
       
Semester 8 (Option II**)
Code Course Title Credit Hours Contact Hours Pre-requisites
HS-481 Engineering Ethics 3 3  
EE-482 Embedded System Design 3 3  
EE-482L Embedded System Design LAB 1 3  
EE-483 VLSI Design 3 3  
EE-483L VLSI Design LAB 1 3  
  Elective -1(Option II**) 3 3  
  Elective -1(Option II**) LAB 1 3  
EE-484 Final Year Project – II 3 9  
Total 18 30  
       
Semester 8 (Option III***)
Code Course Title Credit Hours Contact Hours Pre-requisites
HS-481 Engineering Ethics 3 3  
EE-482 RF and Microwave Engineering 3 3  
EE-482L RF and Microwave Engineering LAB 1 3  
EE-483 Wave Propagation and Antennas 3 3  
EE-483L Wave Propagation and Antennas LAB 1 3  
  Elective -1(Option III***) 3 3  
  Elective -1(Option III***) LAB 1 3  
EE-484 Final Year Project – II 3 9  
Total 18 30  
       
List of Elective Courses (Option-I*)
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-48E4 Artificial Intelligence 3 3  
EE-48E4L Artificial Intelligence LAB 1 3  
EE-48E5 Electrical Machine Design 3 3  
EE-48E5L Electrical Machine Design LAB 1 3  
EE-48E6 Renewable Energy Systems 3 3  
EE-48E6L Renewable Energy Systems LAB 1 3  
EE-48E7 Power System Operation and Control 3 3  
EE-48E7L Power System Operation and Control LAB 1 3  
EE-48E8  Smart Grids 3 3  
EE-48E8L  Smart Grids LAB 1 3  
EE-48E9 Power Quality 3 3  
EE-48E9L Power Quality LAB 1 3  
       
List of Elective Courses (Option-II**)
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-48E4 Artificial Intelligence 3 3  
EE-48E4L Artificial Intelligence LAB 1 3  
EE-48E5 Opto-Electronics 3 3  
EE-48E5L Opto-Electronics LAB 1 3  
EE-48E6 Integrated Electronics 3 3  
EE-48E6L Integrated Electronics LAB 1 3  
EE-48E7 Medical Robotics 3 3  
EE-48E7L Medical Robotics LAB 1 3  
EE-48E8 Biomedical Instrumentation 3 3  
EE-48E8L Biomedical Instrumentation LAB 1 3  
EE-48E9 Microelectronics 3 3  
EE-48E9L Microelectronics LAB 1 3  
       
List of Elective Courses (Option-III***)
Code Course Title Credit Hours Contact Hours Pre-requisites
EE-48E4 Artificial Intelligence 3 3  
EE-48E4L Artificial Intelligence LAB 1 3  
EE-48E5 Optical Communication 3 3  
EE-48E5L Optical Communication LAB 1 3  
EE-48E6 Wireless and Mobile Communication 3 3  
EE-48E6L Wireless and Mobile Communication LAB 1 3  
EE-48E7 Telecommunication Policies and Standards 3 3  
EE-48E7L Telecommunication Policies and Standards LAB 1 3  
EE-48E8 Emerging Wireless Technologies and RF Planning 3 3  
EE-48E8L Emerging Wireless Technologies and RF Planning LAB 1 3  
EE-48E9 Navigation and Radar Systems 3 3  
EE-48E9L Navigation and Radar Systems LAB 1 3  
       
*Option I courses are related to the Field of Electrical Power
**Option II courses are related to Field of Electronics and Control Systems
***Option III courses are related to the Field of Communication System    

M.Sc. in Electrical Engineering

MSc. Electrical Engineering
Electronics
Course Code LIST OF CORE COURSES
EE-7201 Embedded System Design
EE-7202 Semiconductor Processing
EE-7203 Electromagnetic Field Analysis
EE-7204 Stochastic Process
EE-7205 Advanced Microwave Engineering
EE-7206 Solid State Electronics
EE-7207 Photonic Devices
EE-7208 Computational EM
EE-7209 Advanced VLSI Design
EE-7210 Advanced Microprocessor Based Systems
EE-7211 Artificial Neural Networks
EE-7212 Advanced Digital Signal Processing
EE-7213 Advanced Computer Architecture
EE-7214 Digital Image Processing
EE-7215 Nanoelectronics
EE-7216 Modeling and Simulation of Semiconductor Devices
EE-7217 VLSI Testing and Verification
EE-7218 Integrated Optical Devices & Waveguides
EE-7219 Digital Integrated Circuit Design
EE-7220 Analog IC Design
EE-7221 Advanced Topics in Electronics
EE-7222 Fiber Optics Theory and Communication
EE-7223 Computer Vision and Machine Learning
EE-7224 Advanced Topics in VLSI
EE-7225 Semiconductor Device Physics
EE-7226 Advanced Digital System Design
EE-7227 Quantum Mechanics
EE-7228 Advanced Topics in Electromagnetics
EE-7229 Advanced Antenna Theory
EE-7230 VLSI Signal Processing
EE-7231 VLSI Interconnects
EE-7232 Nanophotonics and Metamaterials
EE-7119 Advanced Power Electronics Devices and Converters
EE-7136 Metaheuristic Optimization
MSc Electrical Engineering
Power System Engineering
Course Code LIST OF CORE COURSES
EE-7101 Control of AC & DC Machines and Drives
EE-7102 Modeling and Simulation of Electrical Machines
EE-7103 Advanced Power System Distribution
EE-7104 Power System Reliability
EE-7105 Energy Management
EE-7106 Power Sytem Restructuring
EE-7107 Advanced Power System and Protection
EE-7108 Insulation Coordination in Power Systems
EE-7109 Power System Circuit Breaker & Substations
EE-7110 Industrial Power System & Design
EE-7111 Power Sytem Operation and Planning
EE-7112 Renewable Energy Sources
EE-7113 Advanced High Voltage Engineering
EE-7114 Power System Modeling and Analysis
EE-7115 Advanced Power System Transmission
EE-7116 Advanced Power System Stability  and Quality
EE-7117 Power Generation Economics
EE-7118 Distributed Generation
EE-7119 Advanced  Power Electronics Devices and Converters
EE-7120 Switch-Mode Power Supplies
EE-7121 Modeling and Simulation of Convertors
EE-7122 Special Electrical Machine
EE-7123 Advanced Control System
EE-7125 Advanced Design of Electrical Machine
EE-7126 Advanced Power System Analysis
EE-7127 Alternate Energy Sources
EE-7128 Advanced Topics in Power
EE-7129 Advanced Power System Operation and Control
EE-7130 Smart Grids
EE-7131 Sustainable Energy System
EE-7132 Electric Power Quality
EE-7133 Wind Power Generation
EE-7134 Faults Tolerated Power System
EE-7135 Energy Resources and Technologies
EE-7136 Metaheuristic Optimization
EE-7137 Energy Informatics
EE-7228 Advanced Topics in Electromagnetics
MSc. Electrical Engineering
Communication System & Networks
Course Code LIST OF CORE COURSES
EE-7601 Electromagnetic Field Analysis
EE-7602 Radiating Systems & Antennas
EE-7603 Microwave Networks & Passive Components
EE-7604 Advanced Computer Networks
EE-7605 Secure Communications
EE-7606 Microwave IC Design
EE-7607 Real-time DSP
EE-7608 Spatial Array Processing
EE-7609 Filtering & Tracking
EE-7137 Energy Informatics
EE-7204 Stochastic Process
EE-7208 Computational EM
EE-7212 Advanced Digital Signal Processing
EE-7219 Digital Integrated Circuit Design
EE-7223 Computer Vision and Machine Learning
EE-7225 Semiconductor Device Physics
EE-7401 Advanced Digital Communication
EE-7403 Information Theory and Coding
EE-7404 Advanced Boradband Communication
EE-7405 Advanced Wireless Communication
EE-7410 Microwave Systems & Devices
EE-7414 Signal Detection & Estimation
EE-7415 Advanced Satellite Communication
EE-7417 Advanced Multimedia Communication
EE-7419 Adaptive Filter Theory
EE-7428 Unmanned Aerial Vehicles, Design and Performance Analysis
MSc. Electrical Engineering
Telecommunication
Course Code LIST OF CORE COURSES
EE-7401  Advanced Digital Communication
EE-7402 Optical Networks
EE-7403 Information Theory and Coding
EE-7404 Advanced Broadband Communication
EE-7405 Advanced Wireless Communication
EE-7406 IP Telephony and VOIP
EE-7407 Speech and Audio Processing
EE-7408 Cellular  Radio and Personal Communication
EE-7409 Advanced Communication Networks
EE-7410 Microwave Systems and Devices
EE-7411 Advanced Concepts in Radar Applications
EE-7412 Global Positioning and Navigation System
EE-7413 Advanced Mobile Communication
EE-7414 Signal Detection and Estimation
EE-7415 Advanced Satellite Communication
EE-7416 Electromagnetic Field  Compatibility
EE-7417 Advanced Multimedia Communication
EE-7418 Cryptography and Security
EE-7419 Adaptive Filter Theory
EE-7420 Wireless Adhoc Networks
EE-7421 Optimization of Data Network
EE-7422 Smart Grid Communication
EE-7423 Advanced Topic in Telecommunication
EE-7424 Advanced Optical Communication
EE-7426 Telecommunication Network Operations
EE-7427 Pattern Recognition
EE-7428 Unmanned Aerial Vehicles, Design and Performance Analysis
EE-7136 Metaheuristic Optimization
EE-7137 Energy Informatics
EE-7208 Computational EM
EE-7204 Stochastic Process
EE-7212 Advanced Digital Signal Processing
EE-7214 Digital Image Processing
EE-7220 Analog IC Design
EE-7223 Computer Vision and Machine Learning
EE-7229 Advanced Antenna Theory
EE-7230 VLSI Signal Processing
MSc. Electrical Engineering
Control & Automation Engineering
Course Code LIST OF CORE COURSES
EE-7301 Advanced Digital Control Systems
EE-7302 Fuzzy Control Systems
EE-7303 Adaptive Control System
EE-7305 Robust Control
EE-7306 System Identification
EE-7308 Robot Control Theory
EE-7309 Optimal Control Systems
EE-7310 Estimation Theory
EE-7311 Dynamics of Robots
EE-7312 System Dynamics
EE-7313 Advanced Topics in Control Systems
EE-7314 Linear Control System Theory
EE-7315 Computational Methods in Large Scale Simulations
EE-7316 Non-Linear Control System
EE-7101 Control of AC and DC Machines and Drives
EE-7102 Modeling and Simulation of Electrical Machines
EE-7204 Stochastic Process
EE-7419 Adaptive Filter Theory
EE-7414 Signal Detection and Estimation
EE-7318 Intelligent Control
MSc. Electrical Engineering
Control Systems Theory
Course Code LIST OF CORE COURSES
EE-7501 Control System Optimization
EE-7502 Chaos Theory
EE-7503 Random Variables and Stochastic Processes
EE-7504 Linear Multivariable Control Theory
EE-7204 Stochastic Process
EE-7301 Advanced Digital Control Systems
EE-7302 Fuzzy Control Systems
EE-7303 Adaptive Control System
EE-7305 Robust Control
EE-7306 System Identification
EE-7309 Optimal Control Systems
EE-7310 Estimation Theory
EE-7311 Dynamics of Robots
EE-7313 Advanced Topics in Control Systems
EE-7314 Linear Control System Theory
EE-7315 Computational Methods in Large Scale Simulations
EE-7316 Non-Linear Control System
EE-7419 Adaptive Filter Theory
EE-7414 Signal Detection and Estimation
EE-7318 Intelligent Control
MSc. Electrical Engineering
Electronics & Embedded Systems (Evening Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Core II Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Core III Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Semester II
Course Code Type Subject Credit hours
Core IV Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Core V Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester III
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Elective II Elective Any course from the core courses of the other programs* 3
EE-82000 Compulsory Postgraduate Thesis 3
Semester IV
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 3
Electronics & Embedded Systems (Weekend Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Core II Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Semester II
Course Code Type Subject Credit hours
Core III Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Core IV Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Semester III
Course Code Type Subject Credit hours
Core V Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester IV
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Electronics & Embedded Systems 3
Elective II Elective Any course from the core courses of the other programs* 3
Semester V &VI
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 6
*Other Programs: Control Systems Theory,Telecomunication,Control & Automation Engineering,Power Systems Engineering,Communication Systems & Networks
MSc. Electrical Engineering
Power Systems Engineering (Evening Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Power System Engineering 3
Core II Compulsory Offered from core courses list of Power System Engineering 3
Core III Compulsory Offered from core courses list of Power System Engineering 3
Semester II
Course Code Type Subject Credit hours
Core IV Compulsory Offered from core courses list of Power System Engineering 3
Core V Compulsory Offered from core courses list of Power System Engineering 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester III
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Power System Engineering 3
Elective II Elective Any course from the core courses of the other programs* 3
EE-82000 Compulsory Postgraduate Thesis 3
Semester IV
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 3
Power System Engineering (Weekend Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Power System Engineering 3
Core II Compulsory Offered from core courses list of Power System Engineering 3
Semester II
Course Code Type Subject Credit hours
Core III Compulsory Offered from core courses list of Power System Engineering 3
Core IV Compulsory Offered from core courses list of Power System Engineering 3
Semester III
Course Code Type Subject Credit hours
Core V Compulsory Offered from core courses list of Power System Engineering 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester IV
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Power System Engineering 3
Elective II Elective Any course from the core courses of the other programs* 3
Semester V &VI
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 6
*Other Programs: Control Systems Theory,Control & Automation Engineering,Electronics & Embedded Systems,Telecomunication,Communication systems & Networks
MSc. Electrical Engineering
Control & Automation Engineering (Evening Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Control & Automation Engineering 3
Core II Compulsory Offered from core courses list of Control & Automation Engineering 3
Core III Compulsory Offered from core courses list of Control & Automation Engineering 3
Semester II
Course Code Type Subject Credit hours
Core IV Compulsory Offered from core courses list of Control & Automation Engineering 3
Core V Compulsory Offered from core courses list of Control & Automation Engineering 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester III
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Control & Automation Engineering 3
Elective II Elective Any course from the core courses of the other programs* 3
EE-82000 Compulsory Postgraduate Thesis 3
Semester IV
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 3
Control & Automation Engineering (Weekend Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Control & Automation Engineering 3
Core II Compulsory Offered from core courses list of Control & Automation Engineering 3
Semester II
Course Code Type Subject Credit hours
Core III Compulsory Offered from core courses list of Control & Automation Engineering 3
Core IV Compulsory Offered from core courses list of Control & Automation Engineering 3
Semester III
Course Code Type Subject Credit hours
Core V Compulsory Offered from core courses list of Control & Automation Engineering 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester IV
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Control & Automation Engineering 3
Elective II Elective Any course from the core courses of the other programs* 3
Semester V &VI
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 6
*Other Programs: Control Systems Theory,Telecomunication,Electronics & Embedded Systems,Power Systems Engineering,Communication systems & Networks
MSc. Electrical Engineering
Control Systems Theory (Evening Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Control Systems Theory 3
Core II Compulsory Offered from core courses list of Control Systems Theory 3
Core III Compulsory Offered from core courses list of Control Systems Theory 3
Semester II
Course Code Type Subject Credit hours
Core IV Compulsory Offered from core courses list of Control Systems Theory 3
Core V Compulsory Offered from core courses list of Control Systems Theory 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester III
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Control Systems Theory 3
Elective II Elective Any course from the core courses of the other programs* 3
EE-82000 Compulsory Postgraduate Thesis 3
Semester IV
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 3
Control Systems Theory (Weekend Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Control Systems Theory 3
Core II Compulsory Offered from core courses list of Control Systems Theory 3
Semester II
Course Code Type Subject Credit hours
Core III Compulsory Offered from core courses list of Control Systems Theory 3
Core IV Compulsory Offered from core courses list of Control Systems Theory 3
Semester III
Course Code Type Subject Credit hours
Core V Compulsory Offered from core courses list of Control Systems Theory 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester IV
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Control Systems Theory 3
Elective II Elective Any course from the core courses of the other programs* 3
Semester V &VI
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 6
*Other Programs:  Electronics & Embedded Systems,Telecomunication,Control & Automation Engineering,Power Systems Engineering,Communication systems & Networks

MSc. Electrical Engineering
Telecommunication (Evening Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Telecommunication 3
Core II Compulsory Offered from core courses list of Telecommunication 3
Core III Compulsory Offered from core courses list of Telecommunication 3
Semester II
Course Code Type Subject Credit hours
Core IV Compulsory Offered from core courses list of Telecommunication 3
Core V Compulsory Offered from core courses list of Telecommunication 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester III
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Telecommunication 3
Elective II Elective Any course from the core courses of the other programs* 3
EE-82000 Compulsory Postgraduate Thesis 3
Semester IV
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 3
Telecommunication (Weekend Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Telecommunication 3
Core II Compulsory Offered from core courses list of Telecommunication 3
Semester II
Course Code Type Subject Credit hours
Core III Compulsory Offered from core courses list of Telecommunication 3
Core IV Compulsory Offered from core courses list of Telecommunication 3
Semester III
Course Code Type Subject Credit hours
Core V Compulsory Offered from core courses list of Telecommunication 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester IV
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Telecommunication 3
Elective II Elective Any course from the core courses of the other programs* 3
Semester V &VI
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 6
*Other Programs: Control Systems Theory,Electronics & Embedded Systems,Control & Automation Engineering,Power Systems Engineering,Communication systems & Networks
MSc. Electrical Engineering
   
Communication Systems & Networks (Evening Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Communication Systems & Networks 3
Core II Compulsory Offered from core courses list of Communication Systems & Networks 3
Core III Compulsory Offered from core courses list of Communication Systems & Networks 3
Semester II
Course Code Type Subject Credit hours
Core IV Compulsory Offered from core courses list of Communication Systems & Networks 3
Core V Compulsory Offered from core courses list of Communication Systems & Networks 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester III
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Communication Systems & Networks 3
Elective II Elective Any course from the core courses of the other programs* 3
EE-82000 Compulsory Postgraduate Thesis 3
Semester IV
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 3
Communication Systems & Networks (Weekend Program)
Semester I
Course Code Type Subject Credit hours
Core I Compulsory Offered from core courses list of Communication Systems & Networks 3
Core II Compulsory Offered from core courses list of Communication Systems & Networks 3
Semester II
Course Code Type Subject Credit hours
Core III Compulsory Offered from core courses list of Communication Systems & Networks 3
Core IV Compulsory Offered from core courses list of Communication Systems & Networks 3
Semester III
Course Code Type Subject Credit hours
Core V Compulsory Offered from core courses list of Communication Systems & Networks 3
Elective I Elective Any course from the core courses of the other programs* 3
Semester IV
Course Code Type Subject Credit hours
Core VI Compulsory Offered from core courses list of Communication Systems & Networks 3
Elective II Elective Any course from the core courses of the other programs* 3
Semester V &VI
Course Code Type Subject Credit hours
EE-82000 Compulsory Postgraduate Thesis 6
*Other Programs:  Electronics & Embedded Systems,Telecomunication,Control & Automation Engineering,Power Systems Engineering,Control Systems Theory

PhD Program

Electronics / Power System and Energy Management / Communication & Signal Processing / Robotics & Contorl / Computer Systems
 
OPTION-1
Semester I
Course Code Type Subject Credit hours
Subject I Compulsory Offered from Ph.D. courses list 3
Subject II Compulsory Offered from Ph.D. courses list 3
Subject III Compulsory Offered from Ph.D. courses list 3
Semester II
Course Code Type Subject Credit hours
Subject IV Compulsory Offered from Ph.D. courses list 3
Subject V Compulsory Offered from Ph.D. courses list 3
Subject VI Compulsory Offered from Ph.D. courses list 3
Semester III-XVI
Course Code Type Subject Credit hours
EE-80000 Compulsory Comprehensive Exam 0 (Pass/Fail)
EE-81000 Compulsory Research Seminar 2
EE-83000 Compulsory  Thesis 50
Note:Semester III-XVI also  includes passing Comprehensive Exam (Written+Oral), Ph.D. Research Proposal, Final Open Defense
OPTION-2
Semester I
Course Code Type Subject Credit hours
Subject I Compulsory Offered from Ph.D. courses list 3
Subject II Compulsory Offered from Ph.D. courses list 3
Semester II
Course Code Type Subject Credit hours
Subject III Compulsory Offered from Ph.D. courses list 3
Subject IV Compulsory Offered from Ph.D. courses list 3
Semester III
Course Code Type Subject Credit hours
Subject V Compulsory Offered from Ph.D. courses list 3
Subject VI Compulsory Offered from Ph.D. courses list 3
Semester IV-XVI
Course Code Type Subject Credit hours
EE-80000 Compulsory Comprehensive Exam 0 (Pass/Fail)
EE-81000 Compulsory Research Seminar 2
EE-83000 Compulsory  Thesis 50
Note:Semester IV-XVI also  includes passing Comprehensive Exam (Written+Oral), Ph.D. Research Proposal, Final Open Defense
PhD Electrical Engineering
Electronics
Course Code LIST OF CORE COURSES
EE-72001 Embedded System Design
EE-72002 Semiconductor Processing
EE-72003 Electromagnetic Field Analysis
EE-72004 Stochastic Process
EE-72005 Advanced Microwave Engineering
EE-72006 Solid State Electronics
EE-72007 Photonic Devices
EE-72008 Computational EM
EE-72009 Advanced VLSI Design
EE-72010 Advanced Microprocessor Based Systems
EE-72011 Artificial Neural Networks
EE-72012 Advanced Digital Signal Processing
EE-72013 Advanced Computer Architecture
EE-72014 Digital Image Processing
EE-72015 Nanoelectronics
EE-72016 Modeling and Simulation of Semiconductor Devices
EE-72017 VLSI Testing and Verification
EE-72018 Integrated Optical Devices & Waveguides
EE-72019 Digital Integrated Circuit Design
EE-72020 Analog IC Design
EE-72021 Advanced Topics in Electronics
EE-72022 Fiber Optics Theory and Communication
EE-72023 Computer Vision and Machine Learning
EE-72024 Advanced Topics in VLSI
EE-72025 Semiconductor Device Physics
EE-72026 Advanced Digital System Design
EE-72027 Quantum Mechanics
EE-72028 Advanced Topics in Electromagnetics
EE-72029 Advanced Antenna Theory
EE-72030 VLSI Signal Processing
EE-72031 VLSI Interconnects
EE-72032 Nanophotonics and Metamaterials
EE-71019 Advanced  Power Electronics Devices and Converters
EE-71036 Metaheuristic Optimization
PhD Electrical Engineering
Power Systems & Energy Management
Course Code LIST OF CORE COURSES
EE-71001 Control of AC & DC Machines and Drives
EE-71002 Modeling and Simulation of Electrical Machines
EE-71003 Advanced Power System Distribution
EE-71004 Power System Reliability
EE-71005 Energy Management
EE-71006 Power Sytem Restructuring
EE-71007 Advanced Power System and Protection
EE-71008 Insulation Coordination in Power Systems
EE-71009 Power System Circuit Breaker & Substations
EE-71010 Industrial Power System & Design
EE-71011 Power Sytem Operation and Planning
EE-71012 Renewable Energy Sources
EE-71013 Advanced High Voltage Engineering
EE-71014 Power system Modeling and Analysis
EE-71015 Advanced Power System Transmission
EE-71016 Advanced Power System Stability  and Quality
EE-71017 Power Generation Economics
EE-71018 Distributed Generation
EE-71019 Advanced  Power Electronics Devices and Converters
EE-71020 Switch-Mode Power Supplies
EE-71021 Modeling and Simulation of Convertors
EE-71022 Special Electrical Machine
EE-71023 Advanced Control System
EE-71025 Advanced Design of Electrical Machine
EE-71026 Advanced Power System Analysis
EE-71027 Alternate Energy Sources
EE-71028 Advanced Topics in Power
EE-71029 Advanced Power System Operation and Control
EE-71030 Smart Grids
EE-71031 Sustainable Energy System
EE-71032 Electric Power Quality
EE-71033 Wind Power Generation
EE-71034 Faults Tolerated Power System
EE-71035 Energy Resources and Technologies
EE-71036 Metaheuristic Optimization
EE-71037 Energy Informatics
EE-72028 Advanced Topics in Electromagnetics
PhD Electrical Engineering
Communication and Signal  Processing
Course Code LIST OF CORE COURSES
EE-72003 Electromagnetic Field Analysis
EE-72025 Semiconductor Device Physics
EE-72012 Advanced Digital Signal Processing
EE-76002 Radiating Systems & Antennas
EE-76003 Microwave Networks & Passive Components
EE-74010 Microwave Systems and Devices
EE-76004 Advanced Computer Networks
EE-74014 Signal Detection & Estimation
EE-74019 Adaptive Filter Theory
EE-76005 Secure Communications
EE-74001 Advanced Digital Communication
EE-72008 Computational EM
EE-76014 Microwave IC Design
EE-76007 Real-time DSP
EE-76008 Spatial Array Processing
EE-76009 Filtering & Tracking
EE-74003 Information Theory and Coding
EE-74005 Advanced Wireless Communication
EE-71037 Energy Informatics
EE-72004 Stochastic Process
EE-72019 Digital Integrated Circuit Design
EE-72028 Advanced Topics in Electromagnetics
EE-72029 Advanced Antenna Theory
EE-72014 Digital Image Processing
EE-72020 Analog IC Design
EE-72023 Computer Vision and Machine Learning
EE-72030 VLSI Signal Processing
EE-74004 Advanced Boradband Communication
EE-74015 Advanced Satellite Communication
EE-74017 Advanced Multimedia Communication
EE-74027 Pattern Recognition
EE-74028 Unmanned Aerial Vehicles, Design and Performance Analysis
EE-74023 Advanced Topics in Telecommunication
EE-71036 Metaheuristic Optimization
PhD Electrical Engineering
Robotics and Control
Course Code LIST OF CORE COURSES
EE-73001 Advanced Digital Control Systems
EE-73002 Fuzzy Control Systems
EE-73003 Adaptive Control System
EE-73004 Optimal Control Systems
EE-73005 Robust Control
EE-73006 System Identification
EE-72004 Stochastic Process
EE-73008 Robot Control Theory
EE-73009 Optimal Control Systems
EE-73010 Estimation Theory
EE-73011 Dynamics of Robots
EE-73012 System Dynamics
EE-73013 Advanced Topics in Control Systems
EE-73014 Linear Control System Theory
EE-73015 Computational Methods in Large Scale Simulations
EE-73016 Non-Linear Control System
EE-73017 Vision and Control
EE-75003 Random Variables and Stochastic Processes
EE-75004 Linear Multivariable Control Theory
EE-74019 Adaptive Filter Theory
EE-74014 Signal Detection and Estimation
EE-71001 Control of AC & DC Machines and Drives
EE-71002 Modeling and Simulation of Electrical Machines
PhD Electrical Engineering
Computer System Engineering
Course Code LIST OF CORE COURSES
EE-72004 Stochastic Process
EE-72012 Advanced Digital Signal Processing
EE-72013 Advanced Computer Architecture
EE-72014 Digital Image Processing
EE-72023 Computer Vision and Machine Learning
EE-72026 Advanced Digital System Design
EE-72030 VLSI Signal Processing
EE-72031 VLSI Interconnects
EE-73011 Dynamics of Robots
EE-73017 Vision and Control
EE-74001 Advanced Digital Communication
EE-74005 Advanced Wireless Communication
EE-74013 Advanced Mobile Communication
EE-74027 Pattern Recognition
EE-76004 Advanced Computer Networks