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Graduate Programs - Available Courses

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The following are lists of graduate courses that are available in difference concentration areas of ECE. View the Descriptions of all Graduate Level Courses.

Communications & Signal Processing

  • ECGR 5122 - Random Processes and Optimum Filtering
  • ECGR 5124 - Digital Signal Processing
  • ECGR 5139 - Digital Communication Systems
  • ECGR 5187 - Data Communications
  • ECGR 5191 - Analog and Digital Communication
  • ECGR 6114 - Digital Signal Processing II
  • ECGR 6118 - Applied Digital Image Processing
  • ECGR 6120 - Wireless Communication and Networking
  • ECGR 6121 - Advanced Theory of Communications I
  • ECGR 6122 - Advanced Theory of Communications II
  • ECGR 6187 - Modeling and Analysis of Communication Networks
  • ECGR 6264 - Radio Frequency Design
  • ECGR 8118 - Applied Digital Image Processing
  • ECGR 8120 - Wireless Communication and Networking
  • ECGR 8121 - Advanced Theory of Communications I
  • ECGR 8122 - Advanced Theory of Communications II
  • ECGR 8187 - Modeling and Analysis of Communication Networks
  • ECGR 6090/8090 - Special Topics Courses:
    • Fundamentals of Wireless Systems & Protocols
    • Wireless Sensor Networks
    • Embedded Wireless Systems
    • Pattern Recognition/ Computer Vision

Computer Engineering

  • ECGR 5101 - Embedded Systems
  • ECGR 5103 - Applied Computer Graphics
  • ECGR 5132 - Analog Integrated Circuit Design
  • ECGR 5133 - VLSI Systems Design
  • ECGR 5134 - Advanced VLSI Systems Design
  • ECGR 5140 - Introduction to VLSI Processing
  • ECGR 5146 - Introduction to VHDL
  • ECGR 5181 - Computer Arithmetic
  • ECGR 5182 - Digital System Testing
  • ECGR 5196 - Introduction To Robotics
  • ECGR 6101 - Advanced Computer Graphics
  • ECGR 6138 - Physical Design of VSLI Systems
  • ECGR 6146 - Advanced VHDL
  • ECGR 6183 - Multiprocessor Systems Design
  • ECGR 6184 - Computer System Engineering
  • ECGR 6185 - Advanced Microprocessor-Based Design
  • ECGR 6186 - Design for Testability
  • ECGR 8101 - Advanced Computer Graphics
  • ECGR 8117 - Applied Artificial Intelligence
  • ECGR 8138 - Physical Design of VLSI Systems
  • ECGR 8146 - Advanced VHDL
  • ECGR 8157 - CMOS Data Converters
  • ECGR 8183 - Multiprocessor Systems Design
  • ECGR 8184 - Computer System Engineering
  • ECGR 8185 - Advanced Embedded Systems
  • ECGR 8186 - Design for Testability
  • ECGR 6090/8090 - Special Topics Courses:
    • Designing with USB
    • Fundamentals of Reconfigurable Computing
    • Fault-Tolerant Systems

Control Systems

  • ECGR 5111 - Control Systems
  • ECGR 5112 - Nonlinear Analysis
  • ECGR 5113 - Network Synthesis
  • ECGR 5161 - Control of Robotic Manipulators
  • ECGR 5188 - Modeling and Analysis of Dynamic Systems
  • ECGR 5411 - Control Systems Theory I
  • ECGR 5412 - Control Systems Theory II
  • ECGR 6111 - Systems Theory
  • ECGR 6112 - Digital Control Systems
  • ECGR 6115 - Optimal Control Theory I
  • ECGR 6116 - Optimal Control Theory II
  • ECGR 6117 - Multivariable Controls
  • ECGR 8111 - Systems Theory
  • ECGR 8112 - Digital Control Systems
  • ECGR 8115 - Optimal Control Theory I
  • ECGR 8116 - Optimal Control Theory II
  • ECGR 8143 - Power System Control
  • ECGR 6265 - Neural Networks and Fuzzy Logic
  • ECGR 6266 - Neural Networks Theory and Design
  • ECGR 8265 - Neural Networks and Fuzzy Logic
  • ECGR 8266 - Neural Networks Theory and Design
  • ECGR 6090/8090 - Special Topics Courses:
    • Design of Intelligent Spacecraft

 

Analog, Mixed-Signal, and Radio-Frequency (RF - Electronic Design

  • ECGR 6090 - Analog System Design
  • ECGR 5131 - Linear Integrated Circuit Design
  • ECGR 5132 - Analog Integrated Circuit Design
  • ECGR 6263 - Advanced Analog Integrated Circuit DesignS
  • ECGR 6264 - Radio Frequency Design
  • ECGR 6437 - Mixed-Signal design
  • ECGR 8263 - Advanced Analog Integrated Circuit Design
  • ECGR 8157 - Data Converter Design

Microelectronics and Optoelectronics

  • ECGR 5102 - Engineering Simulation
  • ECGR 5114 - Device Characterization, Parameterization and Modeling
  • ECGR 5121 - Antennas
  • ECGR 5123 - Advanced Electromagnetic Field Theory
  • ECGR 5125 - Foundations of Optical Engineering I
  • ECGR 5135 - Physical Electronics
  • ECGR 5137 - Device Electronics for Integrated Circuits
  • ECGR 5138 - Electronic Thin Film Materials and Devices
  • ECGR 5165 - Laser Electronics I
  • ECGR 5190 - Acoustics
  • ECGR 5192 - Solid State Microelectronics II
  • ECGR 5195 - Electrical Machinery
  • ECGR 5197 - Optical Communication
  • ECGR 5231 - Optical Materials
  • ECGR 5261 - Microwave Circuit Design I
  • ECGR 5265 - Microwave Devices and Electronics
  • ECGR 5431 - Linear Integrated Electronics
  • ECGR 6021 - Advanced Topics in EM and Applications
  • ECGR 6102 - Optimization of Engineering Designs
  • ECGR 6125 - Advanced Topics in Optical Engineering
  • ECGR 6127 - Medical Ultrasonics
  • ECGR 6131 - Hybrid Microelectronics
  • ECGR 6132 - Advanced Semiconductor Device Physics
  • ECGR 6133 - MOS Physics and Technology
  • ECGR 6151 - Advanced Microelectronics Projects
  • ECGR 6156 - Application Specific Integrated Circuit Design
  • ECGR 6157 - CMOS Data Converters
  • ECGR 6171 - Simulation of Electronic Materials
  • ECGR 6261 - Advanced Topics in Laser Electronics
  • ECGR 6263 - Advanced Analog Integrated Circuit Design
  • ECGR 6437 - Mixed-Signal IC Design
  • ECGR 8021 - Advanced Topics in EM and Applications
  • ECGR 8102 - Optimization of Engineering Designs
  • ECGR 8125 - Advanced Topics in Optical Engineering
  • ECGR 8127 - Medical Ultrasonics
  • ECGR 8131 - Hybrid Microelectronics
  • ECGR 8132 - Advanced Semiconductor Device Physics
  • ECGR 8133 - MOS Physics and Technology
  • ECGR 8151 - Advanced Microelectronics Projects
  • ECGR 8156 - Application Specific Integrated Circuit Design
  • ECGR 8171 - Simulation of Electronic Materials
  • ECGR 8261 - Advanced Topics in Laser Electronics
  • ECGR 8263 - Advanced Analog Integrated Circuit Design
  • ECGR 6090/8090 - Special Topics Courses:
    • Modern Semiconductor Devices
    • Physics & Engineering of Quantum dot II
    • Advanced Topics in Non-Classical CMOS Devices
    • Optoelectronics & Photonics
    • Sensors & Actuators

Power Systems

  • ECGR 5104 - Computational Methods in Power Systems
  • ECGR 5113 - Network Synthesis
  • ECGR 5142 - Power Generation: Operation and Control
  • ECGR 5143 - Dynamic and Transient Analysis of Power Systems
  • ECGR 5193 - Power System Analysis I
  • ECGR 5194 - Power System Analysis II
  • ECGR 6141 - Power System Relaying
  • ECGR 6142 - Voltage Transients and Surge Protection
  • ECGR 6143 - Power System Control
  • ECGR 8141 - Power System Relaying
  • ECGR 8142 - Voltage Transients and Surge Protection
  • ECGR 8143 - Power System Control

Internships, Individual Study, Dissertation & Residency

  • ECGR 6890 - Individualized Study and Projects
  • ECGR 6990 - Industrial Internship
  • ECGR 6991 - Graduate Master Thesis Research
  • ECGR 7999 - Master’s Degree Graduate Residency Credit
  • ECGR 8890 - Individualized Study and Projects
  • ECGR 8990 - Industrial Internship
  • ECGR 8999 - Doctoral Dissertation Research
  • ECGR 9999 - Doctoral Degree Graduate Residency Credit