PhD Electrical (Telecommunication) Engineering – NUST
Course Name: PhD Electrical (Telecommunication) Engineering
Overview:
The postgraduate program in Telecommunication is offered in different levels, i.e. MS and PhD. All these programs allow the students to explore their subjects of interest in detail under the guidance of qualified faculty. This postgraduate program is suited for professionals who are looking to advance their level of expertise for further career development.
Research
The program has been designed to cater for the following key areas of research:
- Satellite Communications
- Signal and Image Processing
- Optical Fibers and Mobile Communications
- Data Networks
- Data Coding, Compression, Encryption and Transmission
- Software Define Radio.
Number of Semesters: 2
Requirements
- For admission into the PhD minimum CGPA 3.0/4.0.
- A subject test conducted by the National Testing Service (NTS).
- In the case of GAT Subject test a minimum of 60% marks is required to pass the test.
- Course work of 18 credit hours preferably in the first year is required to be completed and followed by a comprehensive examination for granting candidacy as PhD researcher.
Course Duration: N/A
How to apply:
Application
• Access web-link: www.pgadmission.nust.edu.pk • Fill online application form. • Upload scanned copies of required documents.
Application Confirmation
• Application confirmation will be sent at the given email address within 24 hours of submission.
Application Fee
• Deposit Application Fee online in any HBL branch.
Fee Receipt
• Fee confirmation will be sent at the given email address within 15 days of payment.
Application Status
• Application status would be communicated through email/website within 2 days of documents receipt.
Interview Calls
• Eligible candidates and those who qualify GAT-Gen or relevant tests will be asked to appear for interviews.
Interviews
• Candidates would appear for interviews at the concerned School/College/Center in July 2014.
Selection List
• Selection list will be uploaded on NUST website by the mid of August 2014.
Admission Dues
• Candidates will deposit admission dues in any HBL branch as per challan form available online.
Document Submission
• Candidates will prepare documents as per given checklist available online and will submit to the PGP Directorate, Main Office NUST. • All original documents, Medical Certificate and Affidavit will be submitted to the respective Schools/Colleges/Centers at the time of joining.
Joining Instructions
• Relevant NUST School/College/Center will issue joining instructions to those candidates who have completed all admission requirements.
• Successful candidates will join relevant programs as per joining instructions in 2nd week of September 2014.
Curriculum:
ELECTRONICS
|
Subjects Credit Hours |
|
Semiconductor Device Physics 3 |
|
Quantum Mechanics 3 |
|
Electronics 3 |
|
Photonic Devices 3 |
|
Semiconductor Processing 3 |
|
Thin Film Processing 3 |
|
Thin Film Characterization 3 |
|
Digital Integrated Circuit Design 3 |
|
Analog Integrated Circuit Design 3 |
|
Transceiver Design 3 |
|
Optoelectronic Materials and Devices 3 |
|
Microchip Fabrication Technology 3 |
|
Advanced Power Electronics 3 |
|
Physical Electronics 3 |
|
Electronic Devices 3 |
|
Microwave Integrated Circuit Design 3 |
|
Micro-Electro Mechanical Systems 3 |
|
Sensors and Transducers 3 |
|
Power Electronics and Electric Drives 3 |
|
Nano-electronics 3 |
|
Advanced Semiconductor Device Theory 3 |
|
Advanced Topics in Electronics 3 |
DIGITAL AND COMPUTER SYSTEM
|
Subjects Credit Hours |
|
Advanced Computer Architecture 3 |
|
Advanced Embedded System Design 3 |
|
ASIC Design Methodology 3 |
|
Advanced Digital System Design 3 |
|
Real Time Systems 3 |
|
System Level Packaging 3 |
|
Analog/Digital Circuit Design & IC Design 3 |
|
Digital Data Acquisition & Control 3 |
|
Nanotechnology 3 |
|
System on Chip Architecture 3 |
|
Advanced VLSI Design 3 |
|
Computerized Tomography Systems 3 |
|
System Validation 3 |
DIGITAL & SYSTEM / DSP
|
Subjects Credit Hours |
|
Computer Vision 3 |
|
Advanced Digital Signal Processing 3 |
|
Pattern Recognition 3 |
|
DSP Hardware System Design 3 |
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Applied Signal Processing 3 |
|
Advanced Digital Image Processing 3 |
|
Filtering & Tracking 3 |
|
Adaptive Filters 3 |
|
DSP Software System Design 3 |
|
Speech Processing 3 |
|
Time Frequency Analysis 3 |
|
Spatial Array Processing 3 |
|
MultiRate Systems and Filter Banks 3 |
|
Advanced Topics in Computer Vision and Image Processing 3 |
|
Advanced Topics in Signal Processing 3 |
ELECTROMAGNETICS AND MICROWAVE
|
Subjects Credit Hours |
|
Electromagnetic Theory 3 |
|
Microwave Communication System Design 3 |
|
Microwave Transmission Lines & Waveguides 3 |
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Antennas and Wave propagation 3 |
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EMC/EMI 3 |
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RF Circuit Design 3 |
|
Microwave Engineering 3 |
|
Radiating Systems and Antennas 3 |
|
Electromagnetic Field Analysis 3 |
|
Microwave Networks & Passive Components 3 |
|
Microwave Devices I 3 |
|
Microwave Devices II 3 |
|
Computational Electromagnetics 3 |
|
RF/Microwave and Antenna Design 3 |
|
Microwave Devices and Systems 3 |
|
Advanced Topics in Microwave Engineering 3 |
|
Advanced Electromagnetic Fields 3 |
COMMUNICATIONS / TELECOMMUNICATIONS SYSTEMS
|
Subjects Credit Hours |
|
RF Communication System Design 3 |
|
Advanced Digital Communication Systems 3 |
|
Information and Coding Theory 3 |
|
Advanced Wireless Communication 3 |
|
Optical Communication Systems 3 |
|
Error Control Coding 3 |
|
Advanced Satellite Communications System 3 |
|
Communication Project Management 3 |
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Performance Evaluation of Communication Networks 3 |
|
Radar Systems 3 |
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Advanced Data Communication Systems 3 |
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Software Defined Radio 3 |
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Advanced Topics in Communication Systems 3 |
ELECTRIC MACHINES AND POWER SYSTEMS
|
Subjects Credit Hours |
|
Alternating Current Electrical Machines and Drives 3 |
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Power System Operation and Control 3 |
|
Power Systems Analysis 3 |
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Advanced Machines 3 |
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Power Generation Operation and Control 3 |
CONTROL SYSTEMS
|
Subjects Credit Hours |
|
Linear Control Systems 3 |
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Optimal Control 3 |
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Fuzzy Control 3 |
|
Adaptive Control 3 |
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Discrete Time Control Systems 3 |
|
Robotics 3 |
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Mobile Robotics 3 |
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System Identification 3 |
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Robust Control 3 |
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Modeling & Simulation of Dynamic Systems 3 |
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Advanced Digital Control Systems 3 |
|
Control System Optimization 3 |
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Networked & Embedded Control Systems 3 |
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Robust & Multivariable Control Systems 3 |
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Optimal & Multivariable Control Systems 3 |
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Nonlinear Control Systems 3 |
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Advanced Robotics 3 |
|
Advanced Topics in Control Systems 3 |
WETWORKS
|
Subjects Credit Hours |
|
Advanced Computer Networks 3 |
|
Network Performance Analysis 3 |
|
Advanced Communication Networks 3 |
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Wireless Sensor and Mesh Networks 3 |
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Cognitive Radio Networks 3 |
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Photonic Networks 3 |
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Broadband Networks 3 |
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Advanced Wireless Networks 3 |
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Network Switching and Routing 3 |
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Adv. Computer Network Design & System Security 3 |
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Advanced Topics in Networks 3 |
MISCELLANEOUS
|
Subjects Credit Hours |
|
Stochastic Systems 3 |
|
Instrumentation and Systems 3 |
|
Data Acquisition and Mixed Signal Design 3 |
|
Analysis of Measurement Environment 3 |
|
Electrodynamics of Plasmas 3 |
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Cognitive Robotics 3 |
|
MS Thesis 6 |
|
Detection and Estimation 3 |
|
PhD Dissertation/Thesis 30 |
|
Research Methodology 2 |
INFORMATION / SYSTEMS / COMPUTATIONAL & SOFTWARE ENGINEERING
|
Subjects Credit Hours |
|
Distributed Systems and Resource Optimization 3 |
|
Communication Systems & Networks 3 |
|
Performance Analysis of Communication Systems 3 |
|
Performance Analysis of Networks 3 |
|
Computer Security 3 |
|
Wireless Network Security 3 |
|
Electronic Warfare – Principles and Techniques 3 |
|
Secure Communications 3 |
|
Data Communication Networks & Security 3 |
|
Information Hiding 3 |
|
Cellular and Mobile Network Security 3 |
|
Sensors Data Fusion 3 |
|
Artificial Neural Networks 3 |
|
Machine Learning 3 |
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Bio Informatics Systems 3 |
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Advanced Computer Network Design and System Security 3 |
|
Network Security 3 |
|
Wavelet Compression 3 |
|
Human computer Interface 3 |
|
Research Methodologies 3 |
|
Modeling, Simulation & Optimization 3 |
|
Communication System Engineering 3 |
|
Advanced Communication System and Network Security 3 |
|
Introduction to C4I2SR System Engineering 3 |
|
Architecting C4I System of Systems 3 |
CORE COURSES (ELECTRO – MEDICAL)
|
Subjects Credit Hours |
|
Biomedical Instrumentation 3 |
|
Human Physiology and Anatomy 3 |
|
Medical Image Processing and analysis. 3 |
|
Advanced Digital Signal Processing. 3 |
ELECTIVE COURSES (ELECTRO – MEDICAL)
|
Subjects Credit Hours |
|
Selected Topics in Biomedical Engineering 3 |
|
Bio fluid Mechanics 3 |
|
Signals and Images in Medicine 3 |
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Medical Devices Design and Standards 3 |
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Biosensors and instrumentation 3 |
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Prosthetics and Rehabilitation 3 |
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Advanced Biomaterials 3 |
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Computational Modeling of Physiological Systems 3 |
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Medical Imaging 3 |
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Computational Pathology 3 |
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Cardiac signal processing 3 |
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Computational Molecular Biology. 3 |
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Telemedicine Systems. 3 |
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Tissue & Cell Engineering. 3 |
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Biomaterials and Drug Delivery. 3 |
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Biomedical Micro Electromechanical Systems. 3 |
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Micro and Nano Fabrication. 3 |
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Bio-Informatics. 3 |