course details for ms leading to phd ee
Post on 02-Nov-2015
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Coursework for MS leading to PhD in Electrical Engineering
1 Courses for Digital Systems and Signal Processing
Course
Code Subjects
Credit Hrs
Teaching
Co
re c
ours
es
EE 801 Analysis of Stochastic Systems 3
EE 802 Advanced Digital Signal Processing 3
EE 803 Advanced Digital Systems Design 3
Ele
ctiv
es
Digital Signal Processing Electives
EE 804 DSP Hardware System Design 3
EE 805 DSP Software System Design 3
EE 806 Applied Signal Processing 3
EE 901 Signal Detection and Estimation 3
EE 902 Adaptive Filter Theory 3
EE 903 Multi-rate Systems and Filter Banks 3
Computer Vision Electives
EE 807 Advanced Digital Image Processing 3
EE 808 Computer Vision 3
EE 904 Pattern Recognition 3
EE 905 Speech Processing 3
EE 906 Advanced Topics in Computer Vision and
Image Processing 3
Embedded Systems Electives
EE 809 Advanced Computer Architecture 3
EE 810 Embedded System Design 3
EE 811 ASIC Design Methodology 3
EE 812 System on Chip Architectures 3
EE 813 Compiler Construction 3
EE 814 System level Packaging 3
EE 908 Advanced VLSI Design 3
EE 909 System Validation 3
EE 907 Parallel Processing Computer Systems 3
Digital Instrumentation Electives
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EE 815 Sensors & Transducers 3
EE 816 Instrumentation and Systems
EE 817 Data Acquisition & Mixed Signals Design 3
EE 910 Computerized Tomography Systems 3
EE 911 Analysis of Measurement Environment 3
Math Electives
MTH 401 Numerical Methods 3
Compulsory Professional Development Workshops
Technical writing
Philosophy & Methodology of Scientific
Research
2 Courses for Communication and Networks
Course
Code Subjects
Credit Hrs
Teaching
Co
re c
ours
es
EE 801 Analysis of Stochastic Systems 3
EE 830 Advanced Digital Communication 3
EE 831 Information and Coding Theory 3
EE 832 Advanced Computer Networks 3
Ele
cti
ves
Computer Networks Electives
EE 833 Advanced Algorithms 3
EE 834 Mobile Computing and Wireless Networks 3
EE 835 Wireless sensor and mesh networks 3
EE 930 Advanced Data Communication systems 3
EE 931 Network Performance Analysis 3
Communication Systems Engineering Electives
EE 901 Detection and Estimation Theory 3
EE 836 Error Control Coding 3
EE 837 RF Communication System Design 3
EE 838 Optical Communication Systems 3
EE 839 Wireless Communication Systems 3
EE 932 Advanced Photonic Networks 3
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EE 933 Digital Design for Communication Systems 3
Network / Communication Security Electives
EE 840 Data Communication Networks & Security 3
EE 841 Cryptography and Security Mechanisms 3
EE 842 Computer Security 3
EE 843 Secure Communication System Design 3
EE 844 Computer Crime and Ethics 3
EE 845 Access Control and Database Security 3
EE 846 Advanced Network Security 3
EE 934 Cryptography and Network Security 3
EE 935 Advanced Cryptology 3
EE 936 Information Hiding 3
EE 937 Digital Forensics 3
Compulsory Professional Development Workshops
Technical writing
Philosophy & Methodology of Scientific
Research
3 Courses for Power Electronics and Controls
Course
Code Subjects
Credit Hrs
Teaching
Co
re
EE 860 Linear Control Systems 3
EE 801 Analysis of Stochastic Systems 3
Ele
cti
ves
Power Electronics Electives
EE 850 Alternating Current Electrical Machines and
Drives 3
EE 851 Power System Operation and Control 3
EE 852 Power Electronics and Electric Drives 3
EE 950 Power Systems Analysis 3
EE 951 Advanced Machines 3
EE 952 Power Generation Operation and Control 3
Controls Electives
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EE 861 Optimal Control 3
EE 862 Nonlinear Systems and Control 3
EE 863 Adaptive Control 3
EE 960 Robotics 3
EE 961 Robust Control 3
EE 962 Fuzzy Control Systems 3
EE 963 Linear Optimal & Multivariable Control 3
Compulsory Professional Development Workshops
Technical writing
Philosophy & Methodology of Scientific
Research
4 RF and Microwave Engineering
Course
Code Subjects
Credit Hrs
Teaching
Co
re c
ours
es
EE 830 Advanced Digital Communication 3
EE 870 Electromagnetic Theory 3
EE 871 Antennas and Wave Propagation 3
Ele
cti
ves
EE 872 EMC/EMI 3
EE 873
Microwave Transmission Lines &
Waveguides 3
EE 802 Advanced Digital Signal Processing 3
EE 970 Microwave Devices & Systems 3
EE 971 Microwave Integrated Circuit Design 3
EE 972 Satellite Communications 3
EE 837 RF Communication System Design 3
EE 839 Wireless Communication Systems 3
EE 901 Detection and Estimation 3
EE 980
Advanced Semiconductor Device
Theory 3
Maths Elective
MTH401 Linear Algebra 3
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Compulsory Professional Development Workshops
Technical writing
Philosophy & Methodology of Scientific
Research
5 Electronic Materials and Devices
Course
Code Subjects
Credit Hrs
Teaching
Co
re c
ours
es
EE 880 Nano-electronics 3
EE 881 Microchip Fabrication Technology 3
EE 980 Advanced Semiconductor Device Theory 3
Ele
cti
ves
EE 882 Introduction to Micro-Electric-Mechanical
Systems 3
EE 883 Optoelectronic Materials and Devices 3
EE 981 Electrodynamics of Plasmas 3
EE 982 Advanced VLSI Design 3
Compulsory Professional Development Workshops
Technical writing
Philosophy & Methodology of Scientific
Research
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