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Scheme of Studies

  • BS Electrical Engineering
  • MS Electrical Engineering

Eligibility Criteria for BE:

F.Sc (Pre-Engineering) / DAE (Electronics/Electrical) / B.Sc. (Math, Physics, Chemistry) with 60% are eligible to apply.
Selection Criteria:
• Combined Entry Test Conducted by UET, Lahore: 30%
• Intermediate Marks: 70%

Note: UET Entry Test Result must be attached with the form submitted.

SCHEME OF STUDY

Total Credit hours: 137

Semester: I

 

Semester: II

S. No.

Course

Code

Subject

Crd. Hours

S. No.

Course

Code

Subject

Crd. Hours

1

EE 100

Linear Circuit Analysis

3

1

1

EE 101

Electronic Devices & Circuit

3

1

2

HU 110

Pakistan  Studies

2

0

2

EE 102

Workshop Practice

0

1

3

EE 130

Introduction to Computing

  1

1

3

EE 131

Programming Fundamentals

2

1

4

HU 111

Functional English

3

0

4

HU112

Islamic Studies

2

0

5

MA 100

Calculus & Analytic Geometry

3

0

5

MA 101

Differential Equations

3

0

6

PH 100

Applied Physics

3

1

6

MA 102

Linear Algebra

3

0

Total:

18

Total:

16

 

Semester: III

 

Semester: IV

S. No.

Course

Code

Subject

Crd. Hours

S. No.

Course

Code

Subject

Crd. Hours

1

EE 203

Electrical Network Analysis

3

1

1

EE 205

Microprocessor Systems

3

1

2

HU 213

Technical Writing

3

0

2

EE 206

Engineering Drawing

0

1

3

EE 232

Data Structures & Algorithms

3

1

3

EE207

Electrical Machines

3

1

4

EE 204

Digital Logic Design

3

1

4

EE 208

Signals & Systems

3

1

5

MA 203

Multivariable Calculus

3

0

5

HU 214

Communication Skills

3

0

 

 

 

 

 

6

MA 204

Numerical Analysis/Disc. Struct.

3

0

Total:

18

Total:

19

 

Semester: V

 

Semester: VI

S. No.

Course

Code

Subject

Crd. Hours

S. No.

Course

Code

Subject

Crd. Hours

1

EE 309

Probability Models in Eng.

3

0

1

EE 343

Instrumentation & Measurement

3

1

2

EE 340

Linear Control Systems

3

1

2

EE 344

Communication Systems

3

1

3

EE 341

Electromagnetic Field Theory

3

0

3

EE 321

Interdisciplinary Engg. Elective

3

1

4

EE342

Electronic Circuit Dsgn.

3

1

4

EE 310

Depth Elective -I

3

1

5

EE 320

Interdisciplinary Eng. Elective

3

0

5

HU 320

Engineering Eco. & Mgmt.

3

0

6

 

 

 

 

6

 

 

 

 

Total:

17

Total:

19

 

Semester: VII

 

Semester: VIII

S. No.

Course

Code

Subject

Crd. Hours

S. No.

Course

Code

Subject

Crd. Hours

1

EE 411

Depth Elective -II

3

1

1

EE 413

Depth Elective -IV

3

1

2

EE 412

Depth Elective -III

3

0

2

EE 414

Depth Elective -V

3

1

3

HU 421

Professional Practice

3

0

3

HU 416

Social Sciences-II

3

0

4

HU 415

Social Sciences-I/Language

  3

0

4

EE 440b

Senior Design Project-II

0

3

5

EE 440a

Senior Design Project –I

0

3

 

 

 

 

 

Total:

16

Total:

14

 

MS ELECTRICAL ENGINEERING

ELIGIBILITY CRITERIA:

  • 16 years of education in Electrical/Electronic Engineering (securing a minimum of 60% marks / CGPA of 2.75/4.00)
  • Candidate must have valid PEC registration number
  • Entry Test with 50% qualifying marks and interview organized by department is mandatory for admission.
  • Merit is constituted based on Academic-60%, Test-25% and Interview-15%

 

SCHEME OF STUDIES

MS EE by Course Work

Total Credit hours: 30

Semester-I

 

Semester-II

Code

Courses

Credits

 

Code

Courses

Credits

EEC-MS-xxx

Core Course-I

3

EEC-MS-xxx

Core Course-III

3

EEC-MS-xxx

Core Course-II

3

EEC-MS-xxx

Core Course-IV

3

EEE-MS-xxx

Elective Course-I

3

EEE-MS-xxx

Elective Course-II

3

Total Credits

9

Total Credits

9

Semester-III

 

Semester-IV

EEE-MS-xxx

Elective Course-III

3

EEC-MS-xxx

Core Course-V

3

EEE-MS-xxx

Elective Course-IV

3

EEC-MS-xxx

Core Course-VI

3

Total Credits

6

Total Credits

6

MS EE by Research Work

Total Credit hours: 30 (24+6)

 

Semester-I

 

Semester-II

Code

Courses

Credits

 

Code

Courses

Credits

EEC-MS-xxx

Core Course-I

3

EEC-MS-xxx

Core Course-III

3

EEC-MS-xxx

Core Course-II

3

EEC-MS-xxx

Core Course-IV

3

EEE-MS-xxx

Elective Course-I

3

EEE-MS-xxx

Elective Course-II

3

Total Credits

9

Total Credits

9

Semester-III

 

Semester-IV

EEE-MS-xxx

Elective Course-III

3

EEC-MS-300

Thesis

6

EEE-MS-xxx

Elective Course-IV

3

Total Credits

6

Total Credits

6

 

List of Courses

The approved list of subjects for MS-EE in different specializations is given below:

  1. 1.      TELECOMMUNICATION

Course Code

Course

EEX-MS-101

Probability and Random Processes

EEX-MS-102

Advanced Communication Systems

EEX-MS-103

Information Theory and Coding

EEX-MS-104

Advanced Communication Networks

EEX-MS-105

Microwave Systems

EEX-MS-106

Advanced concepts in Radar Applications

EEX-MS-107

Global Positioning and Navigation Systems

EEX-MS-108

Advanced Digital Signal Processing

EEX-MS-109

Advanced Mobile Communication

EEX-MS-110

Signal Detection and Estimation

EEX-MS-111

Advanced Optical Communication

EEX-MS-112

Advanced Satellite Communications

EEX-MS-113

Radio wave Propagation

EEX-MS-114

Broadband Communication

EEX-MS-115

Electromagnetic Compatibility

EEX-MS-116

Multimedia Communication

EEX-MS-117

Cryptography and Security

EEX-MS-118

Signal Processing Applications in Reconfigurable Architecture

EEX-MS-119

Stochastic Processes

EEX-MS-120

Modelling and Simulation

EEX-MS-121

Telecommunication Network Operations

EEX-MS-122

Teletraffic Engineering

  1. 2.      COMMUNICATION SYSTEMS AND NETWORKS

Course Code

Course

EEX-MS-201

Electromagnetic Field Analysis

EEX-MS-202

Linear Control Systems

EEX-MS-203

Advanced DSP

EEX-MS-204

Stochastic Systems

EEX-MS-205

Radiating Systems & Antennas

EEX-MS-206

Microwave Networks & Passive Components

EEX-MS-207

Microwave Devices

EEX-MS-208

Advanced Computer Networks

EEX-MS-209

Detection & Estimation

EEX-MS-210

Adaptive Filter Theory

EEX-MS-211

Secure Communications

EEX-MS-212

Advanced Digital Communication

EEX-MS-213

Computational E.M.

EEX-MS-214

Microwave I.C Design

EEX-MS-215

Real-time DSP

EEX-MS-216

Spatial Array Processing

EEX-MS-217

Filtering & Tracking

EEX-MS-218

Information & Coding Theory

EEX-MS-219

Wireless Communication

EEX-MS-220

Digital Integrated Circuit Design

EEX-MS-221

Antenna System and Design

EEX-MS-222

Data Compression Technique

EEX-MS-223

Audio Video Compression

  1. 3.      ELECTRONIC AND EMBEDDED SYSTEM

Course Code

Course

EEX-MS-301

Semiconductor Device Physics

EEX-MS-302

Semiconductor Processing

EEX-MS-303

Linear Control Systems

EEX-MS-304

Electromagnetic Field Analysis

EEX-MS-305

Quantum Mechanics

EEX-MS-306

Solid State Electronics

EEX-MS-307

Non-Linear Control Systems

EEX-MS-308

Thin Film Processing

EEX-MS-309

Photonic Devices

EEX-MS-310

Thin Film Characterization

EEX-MS-311

Computational E.M

EEX-MS-312

Fault Tolerance and Detection

  1. 4.      POWER SYSTEM ENGINEERING

Course Code

Course

EEX-MS-401

Advanced High Voltage Engineering

EEX-MS-402

Power System Circuit Breakers and Sub stations

EEX-MS-403

Power System Modeling and Analysis

EEX-MS-404

Advanced Power System Transmission

EEX-MS-405

Power System Distribution

EEX-MS-406

Power System Reliability

EEX-MS-407

Advanced Power System Protection

EEX-MS-408

Insulation Coordination in Power Systems

EEX-MS-409

Power Generation Economics

EEX-MS-410

Power System Restructuring

EEX-MS-411

Energy Management

EEX-MS-412

Advanced Power System Stability

EEX-MS-413

Power Quality

EEX-MS-414

Renewable Energy Systems

EEX-MS-415

Distributed Generation

EEX-MS-416

Condition Monitoring Techniques

EEX-MS-417

Control of DC Machines and Drives

EEX-MS-418

Control of AC Machines and Drives

EEX-MS-419

Power Electronics Devices and Converters

EEX-MS-420

Modeling and Simulation of Converters

EEX-MS-421

Switch-Mode Power Supplies

EEX-MS-422

Modeling and Simulation of Electrical Machines

EEX-MS-423

Special Electrical Machines

EEX-MS-424

Advanced Electrical Machine Design

EEX-MS-425

Advanced Control Systems

EEX-MS-426

Fault Tolerance and Detection

  1. 5.      CONTROL SYSTEM THEORY

Course Code

Course

EEX-MS-501

Linear Control Systems

EEX-MS-502

Non-Linear Control Systems

EEX-MS-503

Linear Multivariable Control Theory

EEX-MS-504

Control System Optimization

EEX-MS-505

Optimal Control Systems

EEX-MS-506

Random Variables and Stochastic Processes

EEX-MS-507

Stochastic Processes in Electrical Engineering

EEX-MS-508

Estimation Theory

EEX-MS-509

Adaptive Control Systems

EEX-MS-510

Stochastic Control

EEX-MS-511

Digital Control Systems

EEX-MS-512

Dynamics of Robots

EEX-MS-513

Introduction to Chaos Theory

EEX-MS-514

Chaos Theory & Fractals

  1. 6.      CONTROL AND AUTOMATION ENGINEERING

Course Code

Course

EEX-MS-601

Stochastic Systems

EEX-MS-602

Digital Control

EEX-MS-603

Advanced DSP

EEX-MS-604

Non-linear Control Systems

EEX-MS-605

Optimal Multivariable Control

EEX-MS-606

Robust Control

EEX-MS-607

System Identification

EEX-MS-608

Adaptive Filter Theory

EEX-MS-609

Detection & Estimation

EEX-MS-610

Filtering & Tracking

EEX-MS-611

Adaptive Control Systems

EEX-MS-612

Fuzzy Control

EEX-MS-613

Digital Integrated Circuit Design

EEX-MS-614

Fault Tolerance and Detection