Faculty of Electrical and Computer Engineering

Msc Program in Communication System
Msc Program in Power System Engineering Engineering
Msc Program in Control System Engineering
Msc Program in Computer Engineering

Regular Msc Program in Communication System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Communication Sys Eng'g

1st Year

1st Semester

Stochastic Process

EEng 6011

3

2

Advanced Antenna Systems

EEng 6021

3

3

Wireless and Mobile Communication System

EEng 6031

3

4

Advanced Digital Communication Systems

EEng 6035

3

5

Communication Systems Lab

EEng 6033

1

6

Total

13

7

2nd Semester

Information Theory and Coding

EEng 6012

3

8

Advanced Telecommunications Engineering

EEng 6046

3

9

Broadband and High Performance Communication Networks

EEng 6042

3

10

Advanced Digital Signal Processing

EEng 6014

3

11

Research Methods in Engineering

EEng 6052

2

12

Total

14

13

2nd Year

1st Semester

RF System Design

EEng 7021

3

14

Elective I

EEng 70xy

3

15

Elective II

EEng 70mz

3

16

MSc Thesis*

EEng 7054*

6*

17

Total

9

18

2nd Semester

MSc Thesis*

EEng 7054*

6*

19

Total

6*

Over all total course load of the program is 36CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Weekend/Extension Msc Program in Communication System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Communication Sys Eng'g

1st Year

1st Semester

Stochastic Process

EEng 6011

3

2

Advanced Digital Communication Systems

EEng 6035

3

3

Wireless and Mobile Communication System

EEng 6031

3

4

Total

9

5

2nd Semester

Communication Systems Lab

EEng 6033

1

6

Advanced Antenna Systems

EEng 6021

3

7

Research Methods in Engineering

EEng 6052

2

8

Total

6

9

3rd (summer-1)

Broadband and High Performance Communication Networks

EEng 6042

3

10

Advanced Digital Signal Processing

EEng 6014

3

12

Total

6

13

2nd Year

1st Semester

Information Theory and Coding

EEng 6012

3

14

Advanced Telecommunications Engineering

EEng 6046

3

15

Total

6

16

2nd Semester

RF System Design

EEng 7021

3

17

Elective I

EEng 70xy

3

18

Total

6

19

3rd (summer-2)

Elective II

EEng 70mz

3

 

MSc Thesis*

EEng 7054*

6*

20

Total

3

Over all total course load of the program is 36CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Summer Msc Program in Communication System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Communication Sys Eng'g

1st Year

1st Summer

Stochastic Process

EEng 6011

3

2

Advanced Digital Communication Systems

EEng 6035

3

3

Wireless and Mobile Communication System

EEng 6031

3

4

Total

9

5

Distance-1

Broadband and High Performance Communication Networks

EEng 6042

3

6

Research Methods in Engineering

EEng 6052

2

7

Total

5

8

2nd year

2nd Summer

Communication Systems Lab

EEng 6033

1

9

Advanced Antenna Systems

EEng 6021

3

10

Advanced Digital Signal Processing

EEng 6014

3

11

Total

7

12

Distance-2

Elective I

EEng 70xy

3

13

Total

3

14

3rd Year

3rd Summer

Information Theory and Coding

EEng 6012

3

15

Advanced Telecommunications Engineering

EEng 6046

3

16

Elective II

EEng 70mz

3

17

Total

9

18

Distance-3

RF System Design

EEng 7021

3

19

MSc Thesis*

EEng 7054*

6*

20

Total

3

21

4th Year

4th Summer

MSc Thesis*

EEng 7054*

6*

22

Total

6*

Over all total course load of the program is 36CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Regular Msc Program in Power System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Power Sys Eng'g

1st Year

1st Semester

Transmission and Distribution Engineering

EEng 6031

3

2

Advanced power system analysis

EEng 6033

3

3

Power System Operation and Control

EEng 6011

3

4

Linear and Non-Linear Systems Theory

EEng 6041

3

5

Power system planning and reliability

EEng 6021

3

6

Total

15

7

2nd Semester

High Voltage Engineering

EEng 6032

3

8

Power System Dynamics and Transient

EEng 6012

3

9

Advanced power Electronics for Utility Application

EEng 6024

3

10

Elective

EEng 6026

3

11

Renewable Energy Resources and Technology

EEng 6028

3

12

Total

15

13

2nd Year

1st Semester

Power System  Protection and Circuit Breakers

EEng 7011

3

14

Advanced Research Methods and Seminar

EEng 7051

2

15

Thesis*

EEng 7052*

6*

16

Total

5

17

2nd Semester

Thesis*

EEng 7052*

6*

18

Total

6*

Over all total course load of the program is 35CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Weekend/Extension Msc in Power System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Power Sys Eng'g

1st Year

1st Semester

Transmission and Distribution Engineering

EEng 6031

3

2

Advanced power system analysis

EEng 6033

3

4

Total

6

5

2nd Semester

Power System Operation and Control

EEng 6011

3

6

Linear and Non-Linear Systems Theory

EEng 6041

3

8

Total

6

9

3rd (summer-1)

Power system planning and reliability

EEng 6021

3

10

Renewable Energy Resources and Technology

EEng 6028

3

12

Total

6

13

2nd Year

1st Semester

Power System Dynamics and Transient

EEng 6012

3

14

Advanced power Electronics for Utility Application

EEng 6024

3

15

Total

6

16

2nd Semester

Elective

EEng 6026

3

17

High Voltage Engineering

EEng 6032

3

18

Total

6

19

3rd (summer-2)

Power System  Protection and Circuit Breakers

EEng 7011

3

20

Advanced Research Methods and Seminar

EEng 7051

2

21

Total

5

22

3rd Year

1st Semester

Thesis*

EEng 7052*

6*

23

Total

6*

Over all total course load of the program is 35CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Summer Msc Program in Power System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Power Sys Eng'g

1st Year

1st Summer

Transmission and Distribution Engineering

EEng 6031

3

2

Advanced power system analysis

EEng 6033

3

3

Linear and Non-Linear Systems Theory

EEng 6041

3

4

Total

9

5

Distance-1

Power System Operation and Control

EEng 6011

3

6

Total

3

7

2nd year

2nd Summer

Power System Dynamics and Transient

EEng 6012

3

8

Power system planning and reliability

EEng 6021

3

9

Advanced power Electronics for Utility Application

EEng 6024

3

10

Total

9

11

Distance-2

Renewable Energy Resources and Technology

EEng 6028

3

12

Total

3

13

3rd Year

3rd Summer

High Voltage Engineering

EEng 6032

3

14

Power System  Protection and Circuit Breakers

EEng 7011

3

15

Elective

EEng 6026

3

16

Total

9

17

Distance-3

Advanced Research Methods and Seminar

EEng 7051

2

18

Thesis*

EEng 7052*

6*

19

Total

2

20

4th Year

4th Summer

Thesis*

EEng 7052*

6*

21

Total

6*

Over all total course load of the program is 35CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Regular Msc Program in Control System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Control Sys Eng'g

1st Year

1st Semester

Modeling and Simulation of Dynamic System

EEng 6011

3

2

Linear Systems Theory

EEng 6013

3

3

Engineering Optimization

EEng 6015

3

4

Telemetry and Remote Control

EEng 6027

3

5

Computer Controlled Electrical Drives

EEng 6023

3

6

Total

15

7

2nd Semester

Intelligent Control System

EEng 6014

3

8

Optimal Control System

EEng 6036

3

9

Nonlinear Control System

EEng 6030

3

10

Research Methodology

EEng 6042

2

11

Elective I

EEng 60xx

3

12

Total

14

13

2nd Year

1st Semester

System Identification and Adaptive Control

EEng 7011

3

14

Graduate Seminar

EEng 7043

1

15

Elective II

EEng 70xx

3

16

Thesis*

EEng 7044*

6*

17

Total

7

18

2nd Semester

Thesis*

EEng 7044*

6*

19

Total

6*

Over all total course load of the program is 36CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Weekend/Extension Msc Program in Control System Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Control Sys Eng'g

1st Year

1st Semester

Modeling and Simulation of Dynamic System

EEng 6011

3

2

Linear Systems Theory

EEng 6013

3

3

Engineering Optimization

EEng 6015

3

4

Total

9

5

2nd Semester

Telemetry and Remote Control

EEng 6027

3

6

System Identification and Adaptive Control

EEng 7011

3

7

Elective I

EEng 60xx

3

8

Total

9

9

3rd (summer-1)

Computer Controlled Electrical Drives

EEng 6023

3

10

Optimal Control System

EEng 6036

3

12

Total

6

13

2nd Year

1st Semester

Nonlinear Control System

EEng 6030

3

14

Intelligent Control System

EEng 6014

3

15

Total

6

16

2nd Semester

Elective II

EEng 70xx

3

17

Research Methodology

EEng 6042

2

18

Total

5

19

3rd (summer-2)

Graduate Seminar

EEng 7043

1

20

Thesis*

EEng 7044*

6*

21

Total

1

22

3rd Year

1st Semester

Thesis*

EEng 7044*

6*

23

Total

6*

Over all total course load of the program is 36CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

Regular Msc Program in Computer Engineering Course Breakdown

SNo.

Program

Year

Semester

Course Title

Course Code

CH

1

Computer Eng'g

1st Year

1st Semester

Advanced Computer Architecture

CoEg 6131

3

2

Advanced Operating Systems

CoEg 6111

3

3

Advanced Computer Networks

CoEg 6121

3

4

Advanced Embedded System

CoEg 6132

3

5

Selected Topics in Computer Engineering

CoEg 6162

2

6

Total

14

7

2nd Semester

Advanced VLSL Design

CoEg 6233

3

8

Computer and Network Security

CoEg 6224

3

9

Advanced Distributed Systems

CoEg 6222

3

10

Computer Vision

CoEg 6242

3

11

Wireless Network and Mobile Computing

CoEg 6223

3

12

Total

15

13

2nd Year

1st Semester

Elective Course

CoEg 71(xy)

3

14

Research Method

CoEg 7161

2

15

Seminar

CoEg 7164

1

16

Msc Thesis*

CoEg 7263*

6*

17

Total

6

18

2nd Semester

Msc Thesis*

CoEg 7263*

6*

19

Total

6*

Over all total course load of the program is 35CH and 6CH Thesis work. Thesis credit hour is not accounted in cumulative GPA

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