Ms(Ee) Sosfinal

7/31/2019 Ms(Ee) Sosfinal

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Department of Electrical Engineering

PhD in Electrical Engineering

MS in Electrical Engineering

(Session 2010-11)


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PhD in Electrical Engineering

Introduction:

The general purpose of the Ph.D. program is to provide an educational experience, which will

enable its graduates to develop new knowledge in the discipline. Thus, research training is animportant component of each students program. The faculty of the department recognizes that

for engineering research to be relevant to the solution of problems encountered by those engaged

in professional practices, a broad background in the profession is essential. Thus, an acceptable

level of competence in each of the major areas of the discipline is a requirement of the program.

Major areas of research include RF systems and antenna design, electrical power and energy

systems, digital design, embedded systems, computer vision, pattern recognition, digital imaging,

network protocols, mobile communications, wireless networking, VLSI and signal processing.

Selection/Admission Criterion:

An MS/MPhil or equivalent degree in the relevant field from an accredited educational

institution for admission into doctoral program. (Ref: CIIT Graduate Handbook, 2010-11)

Duration of the Program:

The duration of studies for PhD shall normally not be less than three years and not more than 5

years.

Course Work Requirements:

A student with an MS/MPhil degree is required to complete 18 credit hours of course work.

Supervisory committee will recommend the courses for each student. Courses will be selectedfrom the list all approved graduate courses. Only 600 level and above courses are permitted for

PhD.

Note: Information regarding required oral and written examinations and detailed rules andregulation as specified in the CIIT Graduate Handbook will be considered final.


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MS in Electrical Engineering (MSEE)

MS in Electrical Engineering (MSEE) includes the following specializations or major areas:

i. Computer Engineeringii. Power Engineering

iii. Energy Engineeringiv. Electronic Systems Engineeringv. Photonic Systems Engineering

vi. Automation and Control Engineeringvii. Telecommunications Engineering

viii. Networks Engineeringix. Communication and Radar Technology

(i) Computer Engineering:Computer Engineering deals with the design, development, testing, and evaluation of

components, systems, and networks. Research in Computer Engineering strives to achievehigher performance in the systems and components that are built as well as in the design

process. The goal of this research area is to develop a comprehensive understanding of the

hardware and software technologies used in computing systems.

(ii) Power Engineering:The energy systems and power electronics program actively pursues research in the areas of

system reliability and performance modeling and prediction, system protection andautomation, system control and stability, large-scale system computational methodologies

and power electronics. The research is aim at the integration of power electronics with thestudy of power systems, analysis of power quality and system stability, techniques of power-

distribution automation, optimal plan of power system and power electronics etc.

(iii) Energy EngineeringThis program focuses on fundamentals Of Energy, Energy Resources & Technology,

Quality of Energy, Complete Cycle Analysis of Fossil Fuels, Energy in Transportation, OtherFossil Fuels, Energy Economics : Input-Output Analysis, Solar Thermal Energy Conversion,

Solar Concentrating Collectors, Photovoltaic Power Generation, Wind Energy, Wind

Electrical Conversion , Tidal Energy, Ocean Thermal Energy Conversion, Solar Pond andWave Power, Geothermal Energy, Solar Distillation and Biomass Energy, Energy Storage,

Magneto hydrodynamic Power Generation, Hydrogen Economy.

This program also examines economic theory, empirical perspectives, and political economy

of energy supply and demand. It discusses aspects of local, national, and global markets foroil, natural gas, coal, electricity, nuclear power, and renewable energy; and examines public

policies affecting energy markets including taxation, price regulation and deregulation,

energy efficiency, and control of emissions.
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(iv) Electronic Systems Engineering:The research provides intensive preparation for the professional practice in the hightechnology microelectronics and VLSI aspects of Electrical Engineering. The students will

be able to acquire knowledge about the current technology of microelectronics, nano-electronics and optoelectronics. This includes broad treatment in the theory and practice of

semiconductor devices, circuit modeling and design of integrated circuits.

(v) Photonic Systems EngineeringPhotonic Systems engineering program provides students with the knowledge and expertise

for design, analysis and operation of photonic equipment and systems. The curriculum

includes courses advanced electronics, applied optical and opto-electronic systems.

(vi) Automation and Control Engineering:Control is about automation and intelligence. The research aim at designing the algorithms

and software that give systems agility and balance, as well as the ability to adapt, learn anddiscover when confronted with uncertainty. To prepare the students to understand the scienceof system identification, which concerns the creation of systems for intelligently reducing

large amounts of experimental and historical data to simple mathematical models that can be

used either for forecasting or to design automatic control systems. This involves research inthe areas of linear multivariable systems, robust control and computer aided design, adaptive

control, optimization and classical control, non-linear systems, learning control, knowledge-

based systems and fuzzy control.

(vii) Telecommunications Engineering:Research in telecommunications is concerned with efficient representation, storage,

transmission, processing, routing and reception of information from a wide variety ofsources. The range in research will be from the highly-mathematical, to applied algorithm

design, experimental prototyping, and contributions to emerging industry standards. In signalprocessing, the research will span a wide range of areas of signal processing including signal

processing for communications , speech processing for recognition and synthesis, multimedia

signal processing and compression, medical imaging, optical information processing,array/distributed/collaborative signal processing, immersive audio, speech processing for

recognition and synthesis, and other multimedia related technologies such as content-based

representation and retrieval.

(viii) Networks Engineering:Network Engineering deals with the planning, implementation, administration, andmaintenance of the data networks. This program provides a comprehensive understanding of

networked systems and services, in the context of converging computing and

telecommunications technologies.

(ix) Communication and Radar TechnologyCommunication and Radar systems engineering has significant overlapping technology areas.At present, no other academic institution is offering this combination of studies at MS level.

This area is of great significance to our Defense and Strategic Organizations. With the


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increase in self-reliance and indigenization in our defense forces, and greater R&D in our

strategic organizations, the need for suitably qualified engineers in this area is everincreasing. Apart from military significance of these areas of studies, there is also growing

non-military organizations like, PIA, Civil Aviation, OGDC, Weather Forecasting, Wireless

Network providers and Security System providers requiring qualified engineers in this

discipline. Internationally, Radio and Radar technology has made dramatic advancementsand entered into various facets of our daily life. Wireless networks, mobile phones, remote

controls, collision avoidance radars in vehicles, and all weather imaging radars are a fewexamples. This program provides advanced education and research to develop breadth of

knowledge and depth of expertise in the field of Communication and Radar Technology. This

Program provides an opportunity to the young engineers to excel in this area of technology

and contribute towards national growth.


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Sample Study Plan: (Based on a typical scenario of 2 core courses, 3 -4 area electivesand 2-3 courses from open/cross area courses with Thesis or Non-Thesis Option)

(Note: This is tentative plan which may change based on available resources and departmental

needs; this is not a scheme of study in the strict sense)

Semester 1

S. No. Subject/ Course Credit Hours

1 Core Course -1 3

2 Core Course -2 3

3 Area Elective Course -1 3


Semester 2


6 Area Elective Course -4/Open Elective Course-1 3

7 Open/Cross Area Elective Course -2 3

8 Open/Cross Area Elective Course -3 3Semester 3

9 MS Thesis/MS Project or two additional courses

for non-thesis option6

Total Credit Hours 30

Qualifying Requirements:

Minimum 2.5 CGPA in course work and satisfactory defense of Project/Thesis

EEE799 MS Thesis/EEE798 MS Project: (6 Credit Hours)

The student will register for the research thesis or project (to be carried out in industry, enterprise

or public/private organization involving design/development/analysis work) of 6 credit hourswith a supervisor from within the department or someone suitable outside the department

approved by the Departmental Graduate Committee.

The MS thesis or project, after submission, shall be defended by the student before a panel of

examiners consisting of the Head of the concerned department, research supervisor and at least

one external examiner, who should be on the list of external examiners.

The examiners shall assess the student's performance, identifying both the strengths and

weaknesses. The written thesis shall be graded as approved, deferred or not acceptable.

If the submitted thesis is graded not acceptable (i.e., requires major revision), the student shall beconsidered to have failed. In the case of failure, the examining committee shall recommend if

resubmission after major revision is allowed, or research on a different topic is to be undertaken,

or the candidate has terminally failed.


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If the examining committee recommends minor changes to the written thesis, the supervisor shall

be responsible for ensuring that these revisions are incorporated and for informing the Dean of

the concerned Faculty and Dean GSRP in writing.

The examining committee shall record its decision for every student examined, which shall be

signed by all members of the committee.

Note: Information regarding required oral and written examinations and detailed rules and

regulation as specified in the latest CIIT Graduate Handbook will be considered final.

Eligibility:

1. Bachelor of Science in Electrical Engineering related disciplines such as: Electrical Power

Engineering, Electronics Engineering, Communication or Telecommunication Engineering, and

Computer Engineering or equivalent from an accredited institution

2. Graduates from other engineering disciplines may be may be eligible for this program subjectto passing with minimum GPA C+ the prerequisite courses as recommended by the

departmental graduate committee at admission time for entry into this program

3. Graduates with a 16-year degree in Computer Science, Electronics, Physic or any related

discipline may be eligible for this program subject to passing with minimum GPA C+ the

prerequisite courses recommended by the departmental graduate committee at admission time for

entry into this program


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List of Graduate Courses

1. Core Courses

1. Area Electives Courses(i) Computer Engineering

01

EEE610

Engineering

Mathematics 3(3,

0)

02 EEE611 StochasticProcesses 3(3,0)

03 ECI614 AdvancedComputerArchitecture 3(3,0)

04 EEP620 IntegratedCircuitAnalysis&Design 3(3,0)

05 EPE625 AdvancedPowerSystemAnalysis 3(3,0)

06 EPE626 AdvancedPowerSystemOperationandControl 3(3,0)

07

ETN640

CommunicationSystems

Engineering

3(3,

0)

08 ETN641 DigitalCommunications 3(3,0)

09 ECI665 LinearSystemsTheory 3(3,0)

10 ETN630 RadarSystems 3(3,0)

11 ETN670 CommunicationNetworksArchitecturesandProtocols 3(3,0)

12 ETN671 DataNetworksandCommunications 3(3,0)

01 ECI610 AdvancedDigitalDesign 3(3,0)

02 ECI611 LogicDesignandSwitchingTheory 3(3,0)

03 ECI612 AdvancedMicroprocessorSystems 3(3,0)

04 ECI613 AdvancedOperatingSystems 3(3,0)

05 ECI620 ASICandFPGADesign 3(3,0)


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06 ECI621 DSPHardwareSystemsDesign 3(3,0)

07 ECI622 DSPSoftwareSystemsDesign 3(3,0)

08 ECI623 VLSISystemDesign 3(3,0)

09 ECI624 Microprocessor/MicrocontrollerBasedSystems 3(3,0)

10 ECI630 MobileDevicesProgramming 3(3,0)

11 ECI631 WebTechnologies 3(3,0)

12 ECI632 AdvancedProgrammingTechniques 3(3,0)

13 ECI633 SoftwareDevelopmentMethodologies 3(3,0)

14

ECI634

DistributedDatabases

3(3,

0)

15 ECI635 ObjectOrientedDatabases 3(3,0)

16 ECI636 WebBasedDatabases 3(3,0)

17 ECI637 DataStructuresforComputerGraphics 3(3,0)

18 ECI640 AdvancedDigitalSignalProcessing 3(3,0)

19 ECI641 DigitalImageProcessing 3(3,0)

20 ECI642 DigitalFilters 3(3,0)

21 ECI650 Image,Video,andMultimedia 3(3,0)

22 ECI651 MultimediaIndexingandRetrieval 3(3,0)

23 ECI652 MultimediaTechnologies 3(3,0)

24 ECI653 FundamentalsofComputerGraphics 3(3,0)

25

ECI670

Neuraland

Fuzzy

Systems

3(3,

0)

26 ECI671 ArtificialIntelligence 3(3,0)

27 ECI672 NaturalLanguageProcessing 3(3,0)

28 ECI673 AutomataTheory 3(3,0)

29 ECI674 PatternRecognition 3(3,0)


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54 ECI738 GeometricModeling 3(3,0)

55 ECI739 ComputerAnimation 3(3,0)

56 ECI740 EstimationofSignalsandSystems 3(3,0)

57 ECI741 AudioSignalProcessing 3(3,0)

58 ECI742 AdaptiveSignalProcessing 3(3,0)

59 ECI743 ComputerVision 3(3,0)

60 ECI744 AdvancedPatternRecognition 3(3,0)

61 ECI745 3DandVirtualImaging 3(3,0)

62

ECI746

Detectionand

Estimation

Theory

3(3,

0)

63 ECI747 AdvancedFilterDesign 3(3,0)

64 ECI748 MachineLearning 3(3,0)

65 ECI750 MultimediaDataCompression 3(3,0)

66 ECI753 AdvancedComputerGraphics 3(3,0)

67 ECI810 ComputerAidedDesignofDigitalSystemsII 3(3,0)

68 ECI811 SpecialTopicsinComputerSystemsArchitectures 3(3,0)

69 ECI812 AdvancedTopicsinDigitalDesign 3(3,0)

70 ECI813 AdvancedTopicsinOperatingSystems 3(3,0)

71 ECI814 AdvancedMicroprocessor/MicrocontrollerSystems 3(3,0)

72 ECI815 SpecialTopicsinDigitalDesign 3(3,0)

73

ECI820

AdvancedTopics

in

Embedded

System

Design

3(3,

0)

74 ECI821 AdvancedTopicsinVLSIDesign 3(3,0)

75 ECI822 AdvancedTopicsinRealTimeEmbeddedSystemDesign 3(3,0)

76 ECI833 SecurityApplications:WatermarkingandBiometrics 3(3,0)

77 ECI834 DataAuthenticationTechniques 3(3,0)


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78 ECI835 DigitalWatermarking 3(3,0)

79 ECI839 AdvancedComputerAnimation 3(3,0)

80 ECI840 SpecialTopicsinSignalProcessing 3(3,0)

81 ECI841 AdvancedTopicsinImageProcessing 3(3,0)

82 ECI842 AdvancedTopicsinComputerVision 3(3,0)

83 ECI847 AdvancedTopicsinFilterDesign 3(3,0)

84 ECI850 AdvancedTopicsinMultimediaTechnologies 3(3,0)

85 ECI853 AdvancedTopicsinComputerGraphics 3(3,0)

86

ECI870

AdvancedTopics

in

AI

and

Neural

Computing

3(3,

0)

87 ECI871 AdvancedTopicsinPatternRecognition 3(3,0)

88 ECI872 AdvancedTopicsinKnowledgeBasedSystems 3(3,0)

89 ECI873 AdvancedTopicsinDecisionSupportSystems 3(3,0)

90 ECI874 AdvancedTopicsinMachineLearning 3(3,0)

91 ECI660 LinearControlSystems 3(3,0)

91 ECI661 DigitalControlSystems 3(3,0)

92 ECI662 OptimizationControlTheory 3(3,0)

93 ECI663 Robotics 3(3,0)

94 ECI664 IndustrialAutomationandControl 3(3,0)

95 ECI760 NonLinearSystems&Control 3(3,0)

96

ECI761

IntelligentControl

Systems

3(3,

0)

97 ECI762 AdvancedLinearSystems 3(3,0)

98 ECI763 MultivariableControl 3(3,0)

99 ECI764 AdaptiveControl 3(3,0)

100 ECI765 RobustControl 3(3,0)


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(ii) Power Engineering

01 EPE610 PowerGenerationandPlantOperation 3(3,0)

02 EPE611 PowerTransmissionandDistribution 3(3,0)

03 EPE612 DCandFlexibleACTransmission 3(3,0)

04

EPE613

MagnetoHydronamic

Power

Generation

3(3,

0)

05 EPE620 AdvancedPowerSystemPlanning 3(3,0)

06 EPE621 AdvancedPowerSystemProtection 3(3,0)

07 EPE622 PowerEngineeringProjectManagement 3(3,0)

08 EPE623 HighVoltageEngineeringDesign 3(3,0)

09

EPE624

Smart

Grid

System

Operation

3(3,

0)

10 EPE630 AdvancedPowerElectronics 3(3,0)

11 EPE631 PowerElectronicsDesign 3(3,0)

12 EPE632 ElectronicsForEnergyControl 3(3,0)

13 EPE640 DesignofElectricalMachines 3(3,0)

14 EPE641 SquareWaveACMachineDesign 3(3,0)

15 EPE642 IlluminationEngineering 3(3,0)

16 EPE710 HydelPowerGeneration 3(3,0)

17 EPE711 FlexibleACtransmission 3(3,0)

18 EPE712 IntegrationofDistributedGeneration 3(3,0)

101 ECI860 AdvancedTopicsinControlSystems 3(3,0)


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19 EPE720 PowerSystemDynamics 3(3,0)


21

EPE722

PowerSystem

Reliability

3(3,

0)

22 EPE723 PowerSystemStabilityandControl 3(3,0)

23 EPE724 PowerSystemTransients 3(3,0)

24 EPE725 ElectricPowerQuality 3(3,0)

25 EPE726 ComputerMethodsinPowerSystemAnalysis 3(3,0)

26

EPE727

AdvanceDigital

Relaying

3(3,

0)

27 EPE728 PowerandEnergyManagement 3(3,0)

28 EPE729 DynamicsandControlofIntegratedPowerSystem 3(3,0)

29 EPE740 AC/DCDrives 3(3,0)

30 EPE741 DynamicModelingofElectricMachinesandControls 3(3,0)

31 EPE820 AdvancedTopicsinPowerSystemsEngineering 3(3,0)

32 EPE821

OptimizationandEconomicsofIntegratedPower

Systems 3(3,0)

33 EPE650 EnergyResourcesandTechnologies 3(3,0)

34 EPE651 PowerandEnergyEconomicPolicy 3(3,0)

35 EPE660 NonConventionalEnergySystems 3(3,0)

36 EPE661 RenewableEnergy 3(3,0)

37 EPE662 Energy&Environment 3(3,0)

38 EPE663 RenewableEnergyTechnologies 3(3,0)

39 EPE664 PhotovoltaicSystemDesign 3(3,0)

40 EPE665 SolarPowerGeneration 3(3,0)


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41 EPE666 WindPowerGeneration 3(3,0)

42 EPE667 BiomassandWasteTechnology 3(3,0)

43

EPE710

HydelPower

Generation

3(3,

0)

44 EPE750 SustainableEnergySystems 3(3,0)

45 EPE751 GeothermalSystemDesign 3(3,0)

46 EPE752 CoalPyrolysisandGasification 3(3,0)

47 EPE753 MarinePowerEngineering 3(3,0)

48

EPE754

HybridPower

Systems

3(3,

0)

49 EPE755 CombinedCyclePowerandEnergySystems 3(3,0)

50 EPE760 CarbonCaptureandStorage 3(3,0)

51 EPE761 HydrogenandFuelCellTechnology 3(3,0)

52 EPE762 EnergyandStorageSystem 3(3,0)

53 EPE860 AdvancedTopicsinRenewableEnergy 3(3,0)

(iii) Energy Engineering





05 EPE662 Energy&Environment 3(3,0)



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09

EPE666

WindPower

Generation

3(3,

0)





14

EPE751

GeothermalSystem

Design

3(3,

0)



17 EPE754 HybridPowerSystems 3(3,0)








25 EPE727 AdvanceDigitalRelaying 3(3,0)



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(iv) Electronic Systems Engineering

01

EEP610

Fundamentals

of

Semiconductor

Devices

3(3,

0)

02 EEP611 CircuitModelingofSolidStateDevices 3(3,0)

03 EEP612 ActiveSemiconductorDevices 3(3,0)

04 EEP613 SolidStateElectronicDevices 3(3,0)

05 EEP620 IntegratedCircuitAnalysisandDesign 3(3,0)

06 EEP630 TheoryofOpticalFibers 3(3,0)

07 EEP631 OpticalFiberDevicesandComponents 3(3,0)

08 EEP632 SemiconductorOptoelectronicDevices 3(3,0)

09 EEP634 LaserandModernOptics 3(3,0)

10 EEP640 LasersandOpticalCommunication 3(3,0)

11 EEP641 OpticalCommunications 3(3,0)

12 EEP642 OpticalSignalProcessing 3(3,0)

13 EEP650 IntroductiontoMEMS 3(3,0)

14 EEP651 Nanosystems 3(3,0)

15 EEP652 IntroductiontoNanoscienceandTechnology 3(3,0)

16 EEP710 MOSVLSICircuitDesign 3(3,0)

17 EEP711 QuantumPhysicalElectronics 3(3,0)

18 EEP712 ElectronicMaterials 3(3,0)

19 EEP713 SemiconductorProcessingTechnology 3(3,0)

20 EEP714 AdvancedSemiconductorMaterials 3(3,0)


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21 EEP715 SemiconductorPowerDevices 3(3,0)

22 EEP730 PrinciplesofFiberandIntegratedOptics 3(3,0)

23

EEP731

IntegratedOptical

Circuits

and

Devices

3(3,

0)

24 EEP732 OpticalSensors 3(3,0)

25 EEP740 OpticalFiberComponentsandTransmissionSystems 3(3,0)

26 EEP741 OpticalFiberCommunicationSystems 3(3,0)

27 EEP742 HighSpeedPhotonicComponents 3(3,0)

28

EEP810

LowPower

Analog

and

Mixed

Signal

ICs

3(3,

0)

29 EEP811 AdvancedTopicsinIntegratedCircuitDesign 3(3,0)

30 EEP812 SpecialTopicsinMicroelectronics 3(3,0)

31 EEP813 AdvancedTopicsinSolidStateDevices 3(3,0)

32 EEP830 AdvancedOptoelectronicandPhotonicDevices 3(3,0)

33 EEP831 AdvancedTopicsinOpticalSystemandDevices 3(3,0)

34 EEP840 OpticalNetworks TransportandSwitching 3(3,0)

35 EEP841 NextGenerationOpticalNetworks 3(3,0)

36 EEP842 AdvancedTopicsinOpticalNetworks 3(3,0)

37 EEP843 AdvancedTopicsinOpticalCommunications 3(3,0)

38 EEP850 AdvancedTopicsinMicroSystemsFabrication 3(3,0)

39 ECI610 AdvancedDigitalDesign 3(3,0)





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51

ECI642

DigitalFilters

3(3,

0)



54 ECI652 MultimediaTechnologies 3(3,0)


56 ECI710 ComputerAidedDesignofDigitalSystemsI 3(3,0)

57 ECI711 PerformanceofComputerSystems 3(3,0)

58 ECI712 MultithreadedArchitectures 3(3,0)

59 ECI713 ParallelProcessing 3(3,0)

60 ECI714 DiagnosisandDesignofReliableDigitalSystems 3(3,0)

61 ECI715 RealTimeComputerSystems 3(3,0)

62

ECI716

ProbabilisticMethods

in

Computer

Systems

Modeling

3(3,

0)

63 ECI720 Hardware/SoftwareCoDesignTechniques 3(3,0)

64 ECI721 EmbeddedSoftwareandRTOS 3(3,0)

65 ECI722 MixedSignalVLSISystemsDesign 3(3,0)

66 ECI723 EmbeddedComputingSystems 3(3,0)


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67 ECI724 VLSIArchitecturesandAlgorithms 3(3,0)

68 ECI725 DesignofSystemsonaChip(SoC) 3(3,0)

69 ECI726 DesignofRealTimeEmbeddedSystems 3(3,0)

70 ECI730 ProtocolSoftwareDesignandDevelopment 3(3,0)





75

ECI744

AdvancedPattern

Recognition

3(3,

0)


77 ECI746 DetectionandEstimationTheory 3(3,0)









86

ECI814

AdvancedMicroprocessor/Microcontroller

Systems

3(3,

0)


88 ECI820 AdvancedTopicsinEmbeddedSystemDesign 3(3,0)




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99

ECI850

AdvancedTopics

in

Multimedia

Technologies

3(3,

0)


101 ECI870 AdvancedTopicsinAIandNeuralComputing 3(3,0)



104 ECI873 AdvancedTopicsinDecisionSupportSystems 3(3,0)






110

ECI664

IndustrialAutomation

and

Control

3(3,

0)


112 ECI761 IntelligentControlSystems 3(3,0)




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(v) Photonic Systems Engineering

01 EEP610 FundamentalsofSemiconductorDevices 3(3,0)







08

EEP632

SemiconductorOptoelectronic

Devices

3(3,

0)





13

EEP650

Introductionto

MEMS

3(3,

0)









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20

EEP714

AdvancedSemiconductor

Materials

3(3,

0)



23 EEP731 IntegratedOpticalCircuitsandDevices 3(3,0)


25

EEP740

OpticalFiber

Components

and

Transmission

Systems

3(3,

0)



28 EEP810 LowPowerAnalogandMixedSignalICs 3(3,0)


30 EEP812 SpecialTopicsinMicroelectronics 3(3,0)










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(vi) Automation and Control Engineering












12 ECI670 NeuralandFuzzySystems 3(3,0)





17

ECI718

Analysisof

Algorithms

3(3,

0)






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30

ECI753

AdvancedComputer

Graphics

3(3,

0)







37 ECI770 IntelligentSystems 3(3,0)




41

ECI840

SpecialTopics

in

Signal

Processing

3(3,

0)






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(vii) Telecommunications Engineering

01 ETN610 ElectromagneticFieldTheory 3(3,0)

02 ETN611 MicrowavePassiveDevicesandCircuits 3(3,0)

03 ETN612 MicrowaveActiveDevicesandCircuits 3(3,0)

04 ETN613 IntroductiontoRFFrontEndDesign 3(3,0)

05

ETN614

RFSystem

Engineering

and

Design

3(3,

0)

06 ETN615 RFFilterDesign 3(3,0)

07 ETN616 RadioEngineering 3(3,0)

08 ETN620 AntennasTheory,DesignandApplications 3(3,0)

09 ETN621 RadioWavePropagation 3(3,0)

10

ETN622

RFPropagationandPlanningforWireless

Communications

3(3,0)


12 ETN631 SatelliteCommunications 3(3,0)

13 ETN632 GPSandNavigationSystems 3(3,0)

14 ETN642 InformationTheoryandCoding 3(3,0)







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15 ETN643 CommunicationSignalProcessing 3(3,0)

16 ETN644 WirelessCommunicationTechniques 3(3,0)

17

ETN650

CommunicationElectronics

Design

3(3,

0)

18 ETN651 EmbeddedSystemDesignforTelecommunications 3(3,0)

19 ETN660 DigitalTelephony 3(3,0)

20 ETN661 TelecommunicationSwitchingSystems 3(3,0)

21 ETN662 PerformanceAnalysisofCommunicationSystems 3(3,0)

22

ETN663

TelecommunicationNetwork

Management

3(3,

0)

23 ETN664 OpticalFiberNetworks 3(3,0)

24 ETN665 CommunicationSystemDesign 3(3,0)



27 ETN672 QueuingTheoryforPerformanceModeling 3(3,0)

28 ETN673 GraphTheoryandNetworkOptimization 3(3,0)

29 ETN674 NetworkManagementandOperationalNetworkSecurity 3(3,0)

30 ETN675 InternetArchitecturesandProtocols 3(3,0)

31 ETN676

Internetworking:Architectures,Protocolsand

Applications 3(3,0)

32 ETN677 InternetApplicationsandServices 3(3,0)

33 ETN678 DesignofComputerCommunicationNetworks 3(3,0)

34 ETN679 InterconnectionNetworks 3(3,0)

35 ETN680 WirelessNetworks 3(3,0)

36 ETN681 MobileCellularSystemsandStandards 3(3,0)


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37 ETN682 MobileandBroadbandNetworks 3(3,0)

38 ETN683 WirelessLANs 3(3,0)

39

ETN684

MobileApplications

and

Services

3(3,

0)

40 ETN685 MobileCommunicationSystems 3(3,0)

41 ETN686 WirelessSensorNetworks 3(3,0)

42 ETN710 ElectromagneticInterferenceandCompatibility 3(3,0)

43 ETN711

NumericalandComputationalTechniquesin

Electromagnetics 3(3,0)

44

ETN712

MicrowaveIntegrated

Circuits

3(3,

0)

45 ETN713 RFandMicrowaveMeasurementTechniques 3(3,0)

46 ETN720 SmartAntennasforMobileCommunications 3(3,0)

47 ETN730 RadarSignalProcessing 3(3,0)

48 ETN731 ModernRadarSystems 3(3,0)

49 ETN740 AdvancedCommunicationSystemsEngineering 3(3,0)

50 ETN741 Advanced DigitalCommunications 3(3,0)

51 ETN742 AdvancedInformationTheoryandCoding 3(3,0)

52 ETN743 AdaptiveTechniquesforWirelessCommunications 3(3,0)

53 ETN744 AdvancedWirelessCommunications 3(3,0)

54 ETN745 AdvancedChannelCodingTechniques 3(3,0)

55 ETN746 ChannelEstimationandCharacterization 3(3,0)

56 ETN747 CommunicationChannelModeling 3(3,0)

57 ETN748 WirelessChannelModeling 3(3,0)

58 ETN750 AdvancedIntegratedCircuitsforCommunication 3(3,0)


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59 ETN760 TeletrafficEngineering 3(3,0)

60 ETN761 BroadbandNetworkArchitectures 3(3,0)

61

ETN762

BroadbandAccess

Networks

3(3,

0)

62 ETN763 TelecommunicationSoftwareDesign 3(3,0)

63 ETN764 ModelingandAnalysisofTelecommunicationNetworks 3(3,0)

64 ETN765 TransportandSwitchingTechnologies 3(3,0)

65 ETN766 ShortRangeCommunicationSystems 3(3,0)

66

ETN767

MobileComputing

3(3,

0)

67 ETN770 IPRoutingProtocolsandInternetworkDesign 3(3,0)

68 ETN771 AdvancedNetworkProgramming 3(3,0)

69 ETN772 NetworksandComputerSecurity 3(3,0)

70 ETN773 PerformanceEvaluationofComputerNetworks 3(3,0)

71 ETN774 CryptographyandSecureCommunication 3(3,0)

72 ETN775 IPTelephony 3(3,0)

73 ETN776

DesignandAnalysisofComputerCommunication

Networks 3(3,0)

74 ETN777 MultimediaNetworking 3(3,0)

75 ETN778 NetworkProgrammingTechniques 3(3,0)

76 ETN779 HighSpeedSwitchedLocalAreaNetworks(LANs) 3(3,0)

77 ETN780 RFNetworkPlanningandDesign 3(3,0)

78 ETN781 EmergingWirelessNetworks 3(3,0)

79 ETN782 QoSArchitecturesforMultimediaWirelessNetworks 3(3,0)

80 ETN783 MobileDevicesApplicationsDevelopment 3(3,0)


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81 ETN784 MobileNetworking 3(3,0)

82 ETN785 WirelessMediumAccessTechniques 3(3,0)

83

ETN786

WirelessWide

Area

Networks

(WWANs)

3(3,

0)

84 ETN787 WirelessMetropolitanAreaNetworks(WMANs) 3(3,0)

85 ETN788

WirelessPersonalandBodyAreaNetworks

(WPANs/WBANs) 3(3,0)

86 ETN810 AdvancedTopicsinRFSystemDesign 3(3,0)

87 ETN811 AdvancedTopicsinRF/MicrowaveEngineering 3(3,0)

88

ETN820

AdvancedTopics

in

Antenna

Design

3(3,

0)

89 ETN821 AdvancedTopicsinRadioWavePropagation 3(3,0)

90 ETN822 AdvancedTopicsinRFPlanningandOptimization 3(3,0)

91 ETN840 SpecialTopicsinCommunicationSystems 3(3,0)

92 ETN841 AdvancedTopicsinCommunicationsTheory 3(3,0)

93 ETN842 AdvancedTopicsinCommunicationSignalProcessing 3(3,0)

94 ETN843 AdvancedTopicsinWirelessCommunications 3(3,0)

95 ETN844 Advanced TopicsinInformationTheoryandCoding 3(3,0)

96 ETN845 AdvancedTopicsinErrorControlCoding 3(3,0)

97 ETN846 AdvancedTopicsinInformationSecurity 3(3,0)

98 ETN850 AdvancedTopicsinTelecommunicationElectronics 3(3,0)

99 ETN870 NetworkForensics 3(3,0)

100 ETN871 TrafficEngineeringandQoSinTCP/IPNetworks 3(3,0)

101 ETN872 SpecialTopicsinComputerNetworks 3(3,0)

102 ETN873 AdvancedTopicsinNetworkSecurity 3(3,0)


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103 ETN874 AdvancedNetworkSecurity 3(3,0)

104 ETN875 AdvancedInternetworking(TCP/IP)Protocols 3(3,0)

105

ETN880

AdvancedMultiuserSystemsforWireless

Communications

3(3,0)

106 ETN881 AdvancedTopicsinWirelessNetworks 3(3,0)

107 ETN882 SelectedTopicsinWirelessNetworkSecurity 3(3,0)

108 ETN883 SelectedTopicsinWirelessNetworksDesignandPlanning 3(3,0)

109 ETN884 AdvancedMobileApplications 3(3,0)

110

ETN885

AdvancedMobile

Networking

3(3,

0)

(viii) Networks Engineering

01 ETN640 CommunicationSystemsEngineering 3(3,0)

02

ETN641

DigitalCommunications

3(3,

0)



05 ETN663 TelecommunicationNetworkManagement 3(3,0)


07

ETN672

QueuingTheory

for

Performance

Modeling

3(3,

0)




11 ETN676

Internetworking:Architectures,Protocolsand

Applications 3(3,0)


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14

ETN679

InterconnectionNetworks

3(3,

0)





19

ETN684

MobileApplications

and

Services

3(3,

0)





24 ETN762 BroadbandAccessNetworks 3(3,0)





29 ETN767 MobileComputing 3(3,0)






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36

ETN776

DesignandAnalysisofComputerCommunication

Networks

3(3,0)





41

ETN781

EmergingWireless

Networks

3(3,

0)





46 ETN786 WirelessWideAreaNetworks(WWANs) 3(3,0)


48 ETN788

WirelessPersonalandBodyAreaNetworks

(WPANs/WBANs) 3(3,0)









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58

ETN883

SelectedTopics

in

Wireless

Networks

Design

and

Planning

3(3,

0)


60 ETN885 AdvancedMobileNetworking 3(3,0)

(ix)Communication andRadar Technology



03

ETN612

MicrowaveActive

Devices

and

Circuits

3(3,

0)


05 ETN614 RFSystemEngineeringandDesign 3(3,0)



08 ETN620 AntennasTheory,DesignandApplications 3(3,0)


10 ETN622

RFPropagationandPlanningforWireless

Communications 3(3,0)




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15

ETN642

InformationTheory

and

Coding

3(3,

0)

16 ETN643 CommunicationSignalProcessing 3(3,0)


18 ETN650 CommunicationElectronicsDesign 3(3,0)


20

ETN660

DigitalTelephony

3(3,

0)













33 ETN711

NumericalandComputationalTechniquesin

Electromagnetics 3(3,0)

34 ETN712 MicrowaveIntegratedCircuits 3(3,0)


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35 ETN713 RFandMicrowaveMeasurementTechniques 3(3,0)


37

ETN730

RadarSignal

Processing

3(3,

0)





42

ETN743

AdaptiveTechniques

for

Wireless

Communications

3(3,

0)


44 ETN745 AdvancedChannelCodingTechniques 3(3,0)














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58 ETN820 AdvancedTopicsinAntennaDesign 3(3,0)

59

ETN821

AdvancedTopics

in

Radio

Wave

Propagation

3(3,

0)





64

ETN843

AdvancedTopics

in

Wireless

Communications

3(3,

0)





69 ETN880

AdvancedMultiuserSystemsforWireless

Communications 3(3,0)

Open Electives Courses

1 EEE610 EngineeringMathematics 3(3,0)


3 EEE612 DiscreteMathematics 3(3,0)

4 EEE613 GraphTheory 3(3,0)

5 EEE614 EngineeringOptimization 3(3,0)


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6 EEE615 ProbabilisticLearning:TheoryandAlgorithms 3(3,0)

7 EEE616 OptimizationTheory 3(3,0)

8

EEE621

Modelingand

Simulation

3(3,

0)

9 EEE630 ProfessionalDevelopment 3(3,0)

10 EEE631 ProfessionalandTechnicalCommunication 3(3,0)

11 EEE632 ResearchMethods 3(3,0)

12 EEE640 InnovationandTechnologyDevelopment 3(3,0)

13

EEE641

SociologicalImpact

of

Technology

3(3,

0)

14 EEE642 Science,PoliticsandEthics 3(3,0)

15 EEE650 ProjectManagement 3(3,0)

16 EEE651 EngineeringProjectManagement 3(3,0)

17 EEE690 IndustrialProjectI 3(0,3)

18 EEE691 IndependentStudiesI 3(0,3)

19 EEE692 DirectedStudyI 3(0,3)

20 EEE710 AdvancedEngineeringMathematics 3(3,0)

21 EEE711 AdvancedStochasticProcesses 3(3,0)

22 EEE712 OptimizationTechniques 3(3,0)

23 EEE714 AdvancedNumericalAnalysis 3(3,0)

24 EEE715 Numerical LinearAlgebra 3(3,0)

25 EEE720 ModernDataAnalysisMethods 3(3,0)

26 EEE721 FormalSpecificationandModeling 3(3,0)

27 EEE722 ComputationalBiology 3(3,0)


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28 EEE723 BiologicallyInspiredComputing 3(3,0)

29 EEE730 AdvancedProfessionalDevelopment 3(3,0)

30

EEE740

AdvancedElectrochemistry

3(3,

0)

31 EEE741 AdvancedThermalChemistry 3(3,0)

32 EEE750 PowerSectorDeregulation 3(3,0)

33 EEE751 ProjectFeasibilityStudy 3(3,0)

34 EEE790 IndustrialProjectII 3(0,3)

35

EEE791

IndependentStudies

II

3(0,3)

36 EEE792 DirectedStudyII 3(0,3)

MS Project, MS Thesis and PhD Thesis

01 EEE798 MSProject 6(0,6)

02

EEE799

MSThesis

6(0,

6)

03 EEE899 PhDThesis


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List of Graduate (MS and PhD) Courses in Electrical

Engineering

S.No. CourseCode CourseTitle CreditHrs Prerequisite(s)



3 ETN612 MicrowaveActiveDevicesandCircuits 3(3,0)


5 ETN614 RFSystemEngineeringandDesign 3(3,0)



8

ETN620

AntennasTheory,

Design

and

Applications

3(3,

0)


10 ETN622 RFPropagationandPlanningforWirelessCommunications 3(3,0)






16 ETN642 InformationTheoryandCoding 3(3,0)

17

ETN643

Communication

Signal

Processing

3(3,

0)


19 ETN650 CommunicationElectronicsDesign 3(3,0)





24 ETN663 TelecommunicationNetworkManagement 3(3,0)



27

ETN670

CommunicationNetworks

Architectures

and

Protocols

3(3,

0)






33 ETN676 Internetworking:Architectures,ProtocolsandApplications 3(3,0)

Prerequisites

foreachcourse

willbespecified

bythe

instructor


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36 ETN679 InterconnectionNetworks 3(3,0)





41 ETN684 MobileApplicationsandServices 3(3,0)




45 ETN711 NumericalandComputationalTechniquesin

Electromagnetics

3(3,0)

46 ETN712 MicrowaveIntegratedCircuits 3(3,0)

47

ETN713

RFand

Microwave

Measurement

Techniques

3(3,

0)


49 ETN730 RadarSignalProcessing 3(3,0)





54 ETN743 AdaptiveTechniquesforWirelessCommunications 3(3,0)


56

ETN745

Advanced

Channel

Coding

Techniques

3(3,

0)







63 ETN762 BroadbandAccessNetworks 3(3,0)





68 ETN767 MobileComputing 3(3,0)






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75 ETN776 DesignandAnalysisofComputerCommunicationNetworks 3(3,0)










85 ETN786 WirelessWideAreaNetworks(WWANs) 3(3,0)


87

ETN788

WirelessPersonal

and

Body

Area

Networks

(WPANs/WBANs) 3(3,

0)



90 ETN820 AdvancedTopicsinAntennaDesign 3(3,0)

91 ETN821 AdvancedTopicsinRadioWavePropagation 3(3,0)





96

ETN843

AdvancedTopics

in

Wireless

Communications

3(3,

0)




100 ETN850 AdvancedTopicsinTelecommunicationElectronics 3(3,0)







107 ETN880 AdvancedMultiuserSystemsforWirelessCommunications 3(3,0)



110 ETN883 SelectedTopicsinWirelessNetworksDesignandPlanning 3(3,0)


112 ETN885 AdvancedMobileNetworking 3(3,0)


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113 ECI610 DigitalDesign 3(3,0)




117 ECI614 AdvancedComputerArchitecture 3(3,0)







124 ECI631 WebTechnologies 3(3,0)

125 ECI632 AdvancedProgrammingTechniques 3(3,0)

126 ECI633 SoftwareDevelopmentMethodologies 3(3,0)

127

ECI634

DistributedDatabases

3(3,

0)

128 ECI635 ObjectOrientedDatabases 3(3,0)

129 ECI636 WebBasedDatabases 3(3,0)

130 ECI637 DataStructuresforComputerGraphics 3(3,0)






136

ECI652

MultimediaTechnologies

3(3,

0)







143 ECI665 LinearSystemsTheory 3(3,0)

144 ECI670 NeuralandFuzzySystems 3(3,0)


146 ECI672 NaturalLanguageProcessing 3(3,0)



149 ECI710 ComputerAidedDesignofDigitalSystemsI 3(3,0)

150 ECI711 PerformanceofComputerSystems 3(3,0)

151 ECI712 MultithreadedArchitectures 3(3,0)

152 ECI713 ParallelProcessing 3(3,0)


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153 ECI714 DiagnosisandDesignofReliableDigitalSystems 3(3,0)


155 ECI716 ProbabilisticMethodsinComputerSystemsModeling 3(3,0)

156 ECI717 CompilerDesign 3(3,0)

157 ECI718 AnalysisofAlgorithms 3(3,0)

158 ECI720 Hardware/SoftwareCoDesignTechniques 3(3,0)

159 ECI721 EmbeddedSoftwareandRTOS 3(3,0)

160 ECI722 MixedSignalVLSISystemsDesign 3(3,0)


162 ECI724 VLSIArchitecturesandAlgorithms 3(3,0)

163 ECI725 DesignofSystemsonaChip(SoC) 3(3,0)


165 ECI730 ProtocolSoftwareDesignandDevelopment 3(3,0)

166 ECI731 DataWarehousing 3(3,0)

167

ECI732

DataMining

3(3,

0)

168 ECI733 RequirementsEngineering 3(3,0)

169 ECI734 SoftwareProjectManagement 3(3,0)

170 ECI735 SoftwareQualityAssurance 3(3,0)

171 ECI736 SoftwareEngineeringTechnologies 3(3,0)

172 ECI737 ObjectOrientedSoftwareEngineering 3(3,0)


174 ECI739 ComputerAnimation 3(3,0)


176

ECI741

AudioSignal

Processing

3(3,

0)
















192 ECI770 IntelligentSystems 3(3,0)


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210

ECI841

AdvancedTopics

in

Image

Processing

3(3,

0)









219

ECI873

AdvancedTopics

in

Decision

Support

Systems

3(3,

0)


221 EEP610 FundamentalsofSemiconductorDevices 3(3,0)







228 EEP632 SemiconductorOptoelectronicDevices 3(3,0)





233 EEP650 IntroductiontoMEMS 3(3,0)




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240 EEP714 AdvancedSemiconductorMaterials 3(3,0)



243 EEP731 IntegratedOpticalCircuitsandDevices 3(3,0)


245 EEP740 OpticalFiberComponentsandTransmissionSystems 3(3,0)



248 EEP810 LowPowerAnalogandMixedSignalICs 3(3,0)


250

EEP812

SpecialTopics

in

Microelectronics

3(3,

0)









259

EPE610

PowerGeneration

and

Plant

Operation

3(3,

0)

260 EPE611 PowerTransmissionandDistribution 3(3,0)

261 EPE612 DCandFlexibleACTransmission 3(3,0)

262 EPE613 MagnetoHydronamicPowerGeneration 3(3,0)

263 EPE620 PowerSystemPlanning 3(3,0)

264 EPE621 PowerSystemProtection 3(3,0)

265 EPE622 PowerEngineeringProjectManagement 3(3,0)

266 EPE623 HighVoltageEngineering 3(3,0)

267 EPE624 SmartGridSystemOperation 3(3,0)

268 EPE625 PowerSystemAnalysis 3(3,0)

269 EPE626 PowerSystemOperationandControl 3(3,0)

270 EPE630 PowerElectronics 3(3,0)

271 EPE631 PowerElectronicsDesign 3(3,0)

272 EPE632 ElectronicsForEnergyControl 3(3,0)

273 EPE640 DesignofElectricalMachines 3(3,0)

274 EPE641 SquareWaveACMachineDesign 3(3,0)

275 EPE642 IlluminationEngineering 3(3,0)


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280 EPE662 EnergyandEnvironment 3(3,0)




284 EPE666 WindPowerGeneration 3(3,0)



287 EPE711 FlexibleACtransmission 3(3,0)


289 EPE720 PowerSystemDynamics 3(3,0)

290

EPE721

HighVoltage

Design

3(3,

0)

291 EPE722 PowerSystemReliability 3(3,0)

292 EPE723 PowerSystemStabilityandControl 3(3,0)

293 EPE724 PowerSystemTransients 3(3,0)

294 EPE725 ElectricPowerQuality 3(3,0)


296 EPE727 AdvanceDigitalRelaying 3(3,0)


298 EPE729 DynamicsandControlofIntegratedPowerSystem 3(3,0)

299

EPE740

AC/DCDrives

3(3,

0)



302 EPE751 GeothermalSystemDesign 3(3,0)



305 EPE754 HybridPowerSystems 3(3,0)





310 EPE820 AdvancedTopicsinPowerSystemsEngineering 3(3,0)

311 EPE821 OptimizationandEconomicsofIntegratedPowerSystems 3(3,0)

312 EPE860 AdvancedTopicsinRenewableEnergy 3(3,0)

313 EEE610 EngineeringMathematics 3(3,0)


315 EEE612 DiscreteMathematics 3(3,0)


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316 EEE613 GraphTheory 3(3,0)

317 EEE614 EngineeringOptimization 3(3,0)

318 EEE615 ProbabilisticLearning:TheoryandAlgorithms 3(3,0)

319 EEE616 OptimizationTheory 3(3,0)

320 EEE621 ModelingandSimulation 3(3,0)

321 EEE630 ProfessionalDevelopment 3(3,0)

322 EEE631 ProfessionalandTechnicalCommunication 3(3,0)

323 EEE632 ResearchMethods 3(3,0)

324 EEE640 InnovationandTechnologyDevelopment 3(3,0)

325 EEE641 SociologicalImpactofTechnology 3(3,0)

326 EEE642 Science,PoliticsandEthics 3(3,0)

327 EEE650 ProjectManagement 3(3,0)

328 EEE651 EngineeringProjectManagement 3(3,0)

329 EEE690 IndustrialProjectI 3(0,3)

330

EEE691

IndependentStudies

I

3(0,3)

331 EEE692 DirectedStudyI 3(0,3)

332 EEE710 AdvancedEngineeringMathematics 3(3,0)

333 EEE711 AdvancedStochasticProcesses 3(3,0)

334 EEE712 OptimizationTechniques 3(3,0)

335 EEE714 AdvancedNumericalAnalysis 3(3,0)

336 EEE715 Numerical LinearAlgebra 3(3,0)

337 EEE720 ModernDataAnalysisMethods 3(3,0)

338 EEE721 FormalSpecificationandModeling 3(3,0)

339

EEE722

ComputationalBiology

3(3,

0)

340 EEE723 BiologicallyInspiredComputing 3(3,0)

341 EEE730 AdvancedProfessionalDevelopment 3(3,0)

342 EEE740 AdvancedElectrochemistry 3(3,0)

343 EEE741 AdvancedThermalChemistry 3(3,0)

344 EEE750 PowerSectorDeregulation 3(3,0)

345 EEE751 ProjectFeasibilityStudy 3(3,0)

346 EEE790 IndustrialProjectII 3(0,3)

347 EEE791 IndependentStudiesII 3(0,3)

348 EEE792 DirectedStudyII 3(0,3)

349 EEE798 MSProject 6(0,6)

350 EEE799 MSThesis 6(0,6)

351 EEE899 PhDThesis


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Outlines of Graduate Courses in Electrical Engineering

Note: Pre-requisites for each course will be specified by the instructor.

1.

ETN610 Electromagnetic Field Theory 3(3, 0)Basic electromagnetic theory of time-varying electromagnetic fields ; Maxwells equations and boundaryconditions; wave equation and its solutions; wave propagation, reflection and transmission; auxiliary vector

potentials and construction of solutions; electromagnetic field theorems and their applications; guided wave and

scattering boundary value problems, 1-D and 3-D greens functions with applications, integral equation formulation

2. ETN611 Microwave Passive Devices and Circuits 3(3, 0)Guided waves, fundamental quantities and complements: Propagation conditions: modes, EM fields structure,

transverse and semi-transverse modes, dispersion, Loss evaluation in guiding structures

BLT equation: Scattering (S) parameters: application to transmission lines and waveguides (single-mode andmultimode structures), Radio frequency systems analysis: tubes and junctions.

Classical guiding structures: Waveguides, transmission lines, Microwave junction characterization

Usual transmission lines and coupled lines: Printed lines (micro-strip transmission lines, slot line, coplanar line),

Homogeneous multi conductors transmission lines, Characteristic impedance matrix, transmission line coupling,Modal decomposition of 2-conductors structure

Filters: Reactive components based filters, Design of distributed constants circuits, Coupled lines filters, quarter-

wave transformers based filters (Richard s transformation, Kuroda s identity), Surface waves filters.

Couplers: Couplers main characteristics, Ring couplers, 90 Hybrid couplers, 180 Hybrid couplers, Applications

3. ETN612 Microwave Active Devices and Circuits 3(3, 0)Small signal microwave amplification: Transducer gain, Power gain, Available gain versus S parameters,

Simultaneous match conditions, Stability factor K, Gain variations versus source and load Stability, Unconditionally

stable stage, Stability circles for conditionally stables stages, Circuit Design, Matching networks examples. Practicalrealizations..

Low noise amplification: Noise figure and equivalent noise temperature Te. Four noise parameters, Te variation

versus source impedance. Associated gain, Source-Pull for noise parameters measurements, Low noise transistors:MesFETs, HEMTs

Microwave oscillators: Several design models, Frequency and phase noise, Oscillator yield: "pushing", "pulling",Practical realization examples

Functional description of different devices: Mixers, Phase-shifters, detectors, step attenuators, frequency

multiplicators, Design of complete equipmentLinear large signal amplification (Class A): Dynamic load line, Maximum power and maximum efficiency, Effect of

transistor knee, Cripps load-pull theory. Load-Pull measurements

Symmetrical design (Push-Pull): Reduced conduction angle waveform analysis (Class AB, B, C), Linearity andmaximum efficiency. Push-Pull design advantages, High frequency push-pull design using two N-channel

transistors and transformers

Passive networks and power amplifiers design: Line transformers and coaxial baluns theory, Power combiners,

comparison of several possible designs.

Switching mode amplifiers: Ideal amplifier: class F, Class D and Class E switching amplifiers, Efficiency

enhancement using auxiliary amplifier (Doherty design)

4. ETN613 Introduction to RF Front-End Design 3(3, 0)The course aims at providing knowledge in RF front-end design in a context of today wireless communicationsystems. Both system- and circuit level perspective will be addressed, supported by modeling and simulation using

professional tools. Introduction, Receiver and transmitter architectures, Devices and parasitic effects, System level

RF front-end design, CMOS circuit design, LNAs, Mixers and Oscillators, Introduction to RF simulation tools,

Integration Issues

5. ETN614 RF System Engineering and Design 3(3, 0)Introduction: RF/Microwave bands, RF/microwave characteristics, RF/microwave system, traditional, industrial and

biomedical applications, microwave hazards; Transmission line theory: Circuit representation of transmission line,


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transmission line equations, impedance and its transformation, Smith Chart and its applications, impedance

matching techniques; RF/Microwave Transmission lines: Co-axial line, rectangular and circular wave guides,

introduction to strip lines, microstrip lines; Wave guide components: Transmission line resonators, Rectangular and

circular cavity resonators, introduction of s-parameters, Hybrid junctions, Directional couplers, circulator;

RF/Microwave measurements: VSWR, Frequency, Power, Noise, Q Factor, Impedance, Attenuation, DielectricConstant, antenna Gain; Antennas: The transmitting mode: Equivalence Principles; integral source/fields

relationships; far-field properties; radiated power and gain; input impedance; frequency bandwidth. Examples of

applications: wire antennas, printed antennas, radiating apertures, arrays of antennas. ; The receiving mode: Antennaplane wave response; equivalent circuit; discussion of the received power; receiving cross-section; free-space

propagation; multiple paths; equivalent noise temperature; RF Propagation: EM waves and propagation, Propagation

mechanisms, Free Space Propagation, Reflection, Refraction, Ducting, Multi-path, Propagation over irregular

terrain, Sample Link Budget Calculations, Link Structure, Fading Channels, Diversity Techniques

RF System Design: Modulation, Bandwidth, Interference, Performance, BER vs. Noise, Bandwidth Limitations,Noise Figure, Eb/No vs. SNR, Receiver Sensitivity, Desensitization and Blocking, Dynamic Range, Intermodulation

Distortion, Power Output, Spectral Efficiency and System Limitations, Sample Link Budget Calculations, Link

Structure, Design Engineering, Performance Engineering, Traffic Engineering, System Noise Management,Propagation Modes, Scattering Parameter Analysis, RF Regulatory Considerations

6. ETN615 RF Filter Design 3(3, 0)RF system Gain and Linearity, Noise Sources, Noise Factor, Resonant Circuit, Resonant Circuit, Impedance

Matching, Impedance matching circuits, Circuit design and analysis, Impedance matching components, impedancematching Questor, Transmission Lines, Smith Chart, Impedance Matching with Smith Chart, Port Network

Representation & S-parameters, Transistor, Other Passive Components, LNA Overview, LNA Output Matching,

LNA Input Matching, LNA Power Gain, LNA Noise, LNA Noise Factor & Stability, RF Systems,Noise factor of a

cascaded system, Oscillator & Voltage Controlled Oscillator, Phase noise in Oscillator, Mixer

7. ETN616 Radio Engineering 3(3, 0)Transmission line theory: Circuit representation of transmission line, transmission line equations, impedance and its

transformation, Smith Chart and its applications, impedance matching techniques; RF/Microwave Transmissionlines: Co-axial line, rectangular and circular wave guides, introduction to strip lines, microstrip lines; Wave guide

components: Transmission line resonators, Rectangular and circular cavity resonators, introduction of s-parameters,

Hybrid junctions, Directional couplers, circulator; RF/Microwave measurements: VSWR, Frequency, Power, Noise,

Q Factor, Impedance, Attenuation, Dielectric Constant, antenna Gain; Antennas: The transmitting mode:

Equivalence Principles; integral source/fields relationships; far-field properties; radiated power and gain; inputimpedance; frequency bandwidth. Examples of applications: wire antennas, printed antennas, radiating apertures,

arrays of antennas. ; The receiving mode: Antenna plane wave response; equivalent circuit; discussion of the

received power; receiving cross-section; free-space propagation; multiple paths; equivalent noise temperature; RFPropagation: EM waves and propagation, Propagation mechanisms, Free Space Propagation, Reflection, Refraction,

Ducting, Multi-path, Propagation over irregular terrain, Sample Link Budget Calculations, Link Structure, Fading

Channels, Diversity Techniques

RF System Design: Modulation, Bandwidth, Interference, Performance, BER vs. Noise, Bandwidth Limitations,

Noise Figure, Eb/No vs. SNR, Receiver Sensitivity, Desensitization and Blocking, Dynamic Range, IntermodulationDistortion, Power Output, Spectral Efficiency and System Limitations, Sample Link Budget Calculations, Link

Structure, Design Engineering, Performance Engineering, Traffic Engineering, System Noise Management,

Propagation Modes, Scattering Parameter Analysis, RF Regulatory Considerations

8. ETN620 Antennas Theory, Design and Applications 3(3, 0)Antennas constitute a key component in any radio communication system. Antenna studies require specific

techniques based on electromagnetics as well as signal processing. The course provides knowledge in generalproperties of antennas, the electromagnetic theory behind their operation, and an overview of different antenna

systems. Equal weight is placed on the electromagnetic aspects important for antenna design and on system aspects.Introduction to antennas: Antenna as interface; circuit aspect and radiation aspects; trends in the evolution of

antenna techniques.


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The transmitting mode: Equivalence Principles; integral source/fields relationships; far-field properties; radiated

power and gain; input impedance; frequency bandwidth. Examples of applications: wire antennas, printed antennas,

radiating apertures, arrays of antennas.

The receiving mode: Antenna plane wave response; equivalent circuit; discussion of the received power; receiving

cross-section; free-space propagation; multiple paths; equivalent noise temperature.Antenna design and characterization techniques: Basics of numerical techniques (method of moments, FDTD, rays).

Experimental techniques: direct approach (long and compact ranges) and indirect approach (near-field).

Introduction to signal processing antennas, traveling wave antennas etc

9. ETN621 Radio Wave Propagation 3(3, 0)Tropospheric propagation, Electromagnetic wave radiation, Reflection from earths surface, Refraction, diffraction

and scattering of waves in atmosphere, Radio-wave ducts and propagation, Free space attenuation. The role of the

terrain in propagation .fading mechanisms multipath, fading. Attenuation by atmospheric gases, noise, rainattenuation. Ionospheric propagation; Parameters of ionospheric propagation. Ionospheric scattering distance,

Fading of radio signals in the ionosphere. Special problems of HF radio communication associated with the

equatorial ionosphere. Radio noise, Prediction techniques: Calculation and measurement of field strength, powerflux density, radiation and transmission loss. CCIR prediction curves. Prediction of ionospheric field strength and

propagation loss, Solar and ionospheric indices for ionospheric propagation prediction

10. ETN622 RF Propagation and Planning for Wireless Communications 3(3, 0)EM waves and propagation, Propagation mechanisms, Free Space Propagation, Reflection, Refraction, Ducting,Multi-path, Propagation over irregular terrain, Diffraction, Ground wave, Ionospheric Reflections, Tropospheric

effects, Path loss calculations, Characterization of multipath phenomenon, short term fading, Statistics of fast fading,

Wideband channel characterization, Diversity, Antenna basics, Antennas for wireless communications, Point-to-

point and point-to-multipoint link design, Communication Standards, Statistical Propagation models in urban andrural environments, Propagation inside buildings, Applications to cellular and mobile communications, Base station

and remote sites design considerations

11. ETN630 Radar Systems 3(3, 0)Fields and waves , Radio communications and navigation , GPS , Avionics navigation systems , Celestial navigation

, Surveying , Historical Perspectives , Clocks and timing , Special relativity , Inertial navigation Kalman filtering.

Advanced concepts in global navigation satellite systems (GNSS) such as the American GPS (global positioning

system), the European's Galileo and the Russian's GLONASS (GLObal NAvigation Satellite System). System level

description, architecture and design of a wide area augmentation system (WAAS) comprising geostationarysatellites overlaying GPS satellites and its vast network of monitoring and control ground stations. The equivalent

EGNOS (European Geostationary Navigation Overlay Service), a precursor to Galileo and the Japanese MSAS

(Multi-transport Satellite-based Augmentation System). Updates on evolving GNSS technology and GNSS backupalternatives.

12. ETN631 Satellite Communications 3(3, 0)Introduction to satellite system, Orbital Mechanics, Linking by satellite, Available technologies (C, Ku, K-bands),

Geosynchronous orbits and LEO's (Low Earth Orbits), Satellite design, Transponder design, Satellite propagation

and transmission equations, Uplink characterization, Transponder characterization, Downlink characterization,Atmospheric effects, Earth station design, Uplink amplifiers, frequency converters, modulators, Downlink

amplifiers, frequency converters, demodulators, Antennas, Analog modulation techniques, Digital modulationtechniques, Satellite networks architectures, FDMA, TDMA, CDMA, and packet, Inter-satellite communications,

Performance evaluation, Navigation by satellite, Time Difference of Arrival Techniques, GPS Systems, Limitations

to Accuracy, Economic, Business, and Regulatory aspects

13. ETN632 GPS and Navigation Systems 3(3, 0)GPS Systems, Limitations to Accuracy, Economic, Business, and Regulatory aspects, Orbital Mechanics, Linking

by satellite, Available technologies (C, Ku, K-bands), Geosynchronous orbits and LEO's (Low Earth Orbits),

Satellite design, Transponder design, Satellite propagation and transmission equations, Uplink characterization,

Transponder characterization, Downlink characterization, Atmospheric effects, Earth station design, Uplink

amplifiers, frequency converters, modulators, Downlink amplifiers, frequency converters, demodulators, Antennas,


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Analog modulation techniques, Digital modulation techniques, Satellite networks architectures, FDMA, TDMA,

CDMA, and packet, Inter-satellite communications, Performance evaluation, Navigation by satellite, Time

Difference of Arrival Techniques

14. ETN640 Communication Systems Engineering 3(3, 0)Overview of Analog Communication Systems, Introduction, Fundamental notions Block diagram of a basic digital

communication system, Basics of signal analysis, Random variables and processes, Noise in communication

systems and its equivalent representation; Analog signals digitization, Sampling, Quantization, Pulse CodeModulation, Differential PCM, DM, Baseband transmission, Inter-symbol interference, Eye diagrams, Nyquist

criterions and pulse shaping, Common line codes and their performance analysis, Binary and M-ary signaling

methods, Linear and non linear digital modulations schemes, PSK, QAM, MSK, CPM, FSK, GMSK etc., Signal

space representation of digital signals, Detection theory and optimal receivers, Coherent and Non-coherent detection

with additive wh

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