Coursework for MS leading to PhD in Electrical Engineering. 1 Courses for Digital Systems and Signal Processing

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1 work for MS leading to PhD in Electrical Engineering 1 s for Digital Systems and Signal Processing EE 801 Analysis of Stochastic Systems EE 802 Advanced Digital Signal Processing EE 80 Advanced Digital Systems Design Digital Signal Processing Electives EE 804 DSP Hardware System Design EE 805 DSP Software System Design EE 806 Applied Signal Processing EE 901 Signal Detection and Estimation EE 902 Adaptive Filter Theory EE 90 Multi-rate Systems and Filter Banks Computer Vision Electives EE 807 Advanced Digital Image Processing EE 808 Computer Vision EE 904 Pattern Recognition EE 905 Speech Processing EE 906 Advanced Topics in Computer Vision and Image Processing Embedded Systems Electives EE 809 Advanced Computer Architecture EE 810 Embedded System Design EE 811 ASIC Design Methodology EE 812 System on Chip Architectures EE 81 Compiler Construction EE 814 System level Packaging EE 908 Advanced VLSI Design EE 909 System Validation EE 907 Parallel Processing Computer Systems Digital Instrumentation Electives

2 EE 815 Sensors & Transducers EE 816 Instrumentation and Systems EE 817 Data Acquisition & Mixed Signals Design EE 910 Computerized Tomography Systems EE 911 Analysis of Measurement Environment Math Electives MTH 401 Numerical Methods 2 s for Communication and Networks EE 801 Analysis of Stochastic Systems EE 80 Advanced Digital Communication EE 81 Information and Coding Theory EE 82 Advanced Computer Networks Computer Networks Electives EE 8 Advanced Algorithms EE 84 Mobile Computing and Wireless Networks EE 85 Wireless sensor and mesh networks EE 90 Advanced Data Communication systems EE 91 Network Performance Analysis Communication Systems Engineering Electives EE 901 Detection and Estimation Theory EE 86 Error Control Coding EE 87 RF Communication System Design EE 88 Optical Communication Systems EE 89 Wireless Communication Systems EE 92 Advanced Photonic Networks

3 Core EE 9 Digital Design for Communication Systems Network / Communication Security Electives EE 840 Data Communication Networks & Security EE 841 Cryptography and Security Mechanisms EE 842 Computer Security EE 84 Secure Communication System Design EE 844 Computer Crime and Ethics EE 845 Access Control and Database Security EE 846 Advanced Network Security EE 94 Cryptography and Network Security EE 95 Advanced Cryptology EE 96 Information Hiding EE 97 Digital Forensics s for Power Electronics and Controls EE 860 Linear Control Systems EE 801 Analysis of Stochastic Systems Power Electronics Electives EE 850 Alternating Current Electrical Machines and Drives EE 851 Power System Operation and Control EE 852 Power Electronics and Electric Drives EE 950 Power Systems Analysis EE 951 Advanced Machines EE 952 Power Generation Operation and Control Controls Electives

4 EE 861 Optimal Control EE 862 Nonlinear Systems and Control EE 86 Adaptive Control EE 960 Robotics EE 961 Robust Control EE 962 Fuzzy Control Systems EE 96 Linear Optimal & Multivariable Control 4 RF and Microwave Engineering EE 80 Advanced Digital Communication EE 870 Electromagnetic Theory EE 871 Antennas and Wave Propagation EE 872 EMC/EMI Microwave Transmission Lines & EE 87 Waveguides EE 802 Advanced Digital Signal Processing EE 970 Microwave Devices & Systems EE 971 Microwave Integrated Circuit Design EE 972 Satellite Communications EE 87 RF Communication System Design EE 89 Wireless Communication Systems EE 901 Detection and Estimation Advanced Semiconductor Device EE 980 Theory Maths Elective MTH401 Linear Algebra

5 5 Electronic Materials and Devices EE 880 Nano-electronics EE 881 Microchip Fabrication Technology EE 980 Advanced Semiconductor Device Theory EE 882 Introduction to Micro-Electric-Mechanical Systems EE 88 Optoelectronic Materials and Devices EE 981 Electrodynamics of Plasmas EE 982 Advanced VLSI Design