PhD Electronic and Computer Engineering PDF Print E-mail

 

STUDY PLAN

DOCTOR OF PHILOSOPHY, Ph. D (ELECTRONIC & COMPUTER ENGG)            DURATION 3 YEARS

 

Minimum Degree Requirements: This program comprises of a minimum of 36 credits for thesis and 18 credits of coursework. The minimum qualification for entering this program is an M Phil degree or 18 years of education in a related field.

 

 

Ph. D COURSES IN ELECTRONIC AND COMPUTER ENGINEERING.

The courses offered in these programs comprise of core courses together with courses in area of specialization and some courses from a set of specified electives

 

Core Courses

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

EE501         

EE502         

EE503         

EE504         

Stochastic Processes      

Advanced Engineering Mathematics    

Advanced Computer Networks 

Advanced Cryptography  

3(3+0)

3(3+0)

3(3+0)

3(3+0)

48

48

48

48

 

Total Credits

15

240

 

 

Area of Specialization

Telecommunication

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

EE511         

EE611         

EE612         

EE711         

EE613

Advanced Digital Communication I      

Advanced Digital Communication II     

Coding Theory I    

Coding Theory II   

Wireless Communication I

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

48

48

48

48

48

 

 

Signal & Image Processing

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

EE521         

EE621         

EE631         

EE632         

EE731         

Advanced Digital Signal Processing I    

Advanced Digital Signal Processing II   

Digital Image Processing 

Pattern Recognition        

Computer Vision

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

48

48

48

48

48

 

 

Control Systems

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

EE541         

EE641         

EE642         

EE643         

EE644         

Advanced Linear Systems         

Robust Controls    

Optimal Controls   

Fuzzy System I    

Adaptive Controls

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

48

48

48

48

48

 

 

Antenna & Microwave

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

EE691         

EE692         

EE693         

EE702         

Advanced Electromagnetic Theory      

Advanced Microwaves    

Advanced Antenna Design         

Finite Element Methods

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

48

48

48

48

 

Communication Networks

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

CE651        

CE652        

CE653        

CE654        

CE655        

Wireless Networks

Network Programming    

Wireless Adhoc & Sensor Networks    

Broadband Switching Systems  

Integrated Services over Packet Networks

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

48

48

48

48

48

 

Information Security

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

CE671        

CE672        

CE673        

CE674        

CE675        

Information Security Management      

Security Analysis of Protocols   

Network Security  

Digital Watermarking       

Steganography

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

48

48

48

48

48

 

 

Electives

Course

Code

Course Title

Credit Hours

Contact Hrs

per semester

EE623         

EE624         

EE625         

EE661         

EE661         

EE681         

EE682         

EE701         

EE703         

EE704         

EE712         

EE713         

EE721         

EE722         

EE723         

EE724         

EE741         

EE742         

EE743         

Ee744         

EE751         

EE752         

EE761         

EE771         

EE781         

EE782         

EE783         

EE784         

EE785         

EE791         

Speech Processing

Audio & Video standards in Multimedia

Radar Signal Processing  

Artificial Neural Networks I        

Artificial Intelligence         

VLSI Design I        

Advanced Computer Architecture       

Optimization Techniques 

Queuing Theory    

Evolutionary Computing  

Wireless Communication II       

Special Topics in Telecommunication   

Detection & Estimation Theory  

Array Signal Processing   

Special Topics in Signal Processing      

Multi-Radar & Target Tracking   

Non-Linear Controls        

System Identification      

Fuzzy Systems II  

Special Topics in Control Systems

Next Generation Networks       

Special Topics in Networking     

Artificial Neural Networks II       

Special Topics in Information Security 

VLSI Design II       

Advanced FPGAs   

Advanced Embedded Systems  

Microelectronics for System on Chip   

Advanced Microprocessor Architecture

Special Topics in Microwaves    

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

3(3+0)       

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

48

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Last Updated on Tuesday, 25 August 2009 07:02
 
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