Click the class number below to access each syllabi.
| Class | Description |
|---|---|
Introduction to Electrical Engineering and Lab | |
Computing for Electrical Engineers and Lab | |
Electrical Engineering Fundamentals | |
Electrical Engineering Fundamentals Lab | |
Applied Differential Equations in Electrical Engineering | |
Numerical Methods in Electrical Engineering | |
Theory of Digital Systems | |
Theory of Digital Systems Lab | |
Electronics I | |
Electronics I Lab | |
Linear Systems I | |
Linear Systems II | |
Electromagnetic Fields and Waves I | |
Electromagnetic Fields and Waves I Lab | |
Electrical Machines and Energy Conversion | |
Electrical Machines and Energy Conversion Lab | |
Electric Power Systems | |
Power Electronics | |
Digital Systems Design with Programmable Logic | |
Design of Digital Computers | |
Microprocessor Systems | |
Microprocessor Systems Lab | |
Electronics II | |
Electronics II Lab | |
Digital Electronics | |
Digital Electronics Lab | |
Pulse and Waveshaping Circuit Design | |
Pulse and Waveshaping Circuit Design Lab | |
Introduction to Solid State Devices | |
Probabilistic Systems in Electrical Engineering-Design and Analysis | |
Real-Time Digital Signal Processing and Lab | |
Mathematical Models in Electrical Engineering | |
Introduction to Communication Systems | |
Introduction to Communication Systems Lab | |
Fundamentals of Control Systems | |
Fundamentals of Control Systems Lab | |
Senior Design Project - Electrical I | |
Senior Design Project - Electrical II | |
Introduction to Biomedical Engineering | |
Biomedical Instrumentation | |
Distributed Energy Generation | |
System on Chip Design | |
System on Chip Design Lab | |
FPGA/ASIC Design and Optimization Using VHDL | |
FPGA/ASIC Design Optimization Using VHDL Lab | |
Digital Design with Verilog and System Verilog | |
Digital Design with Verilog and System Verilog Laboratory | |
Application Specific Integrated Circuit Development | |
ASIC Development Lab | |
Solid State Devices | |
Very Large Scale Integrated Circuit Design | |
Digital Communications Systems | |
Digital Communications Systems Lab | |
Data Communication Networks | |
Electromagnetic Fields and Waves II | |
RF and Microwave Active Circuit Design | |
Microwave & Optical System Design | |
Photonics | |
Digital Control Systems | |
Fuzzy Control | |
Analog Integrated Circuit Design | |
Image Processing | |
Biomedical Engineering I | |
Biomedical Engineering II | |
Fault Analysis in Power Systems | |
Power Distribution Systems | |
Selected Topics in Power Systems | |
Advanced Switching Theory | |
Computer Arithmetic Design | |
Digital Systems Structure | |
Diagnosis and Reliable Design of Digital Systems | |
Digital Systems Design Automation and VHDL Modeling | |
Microprocessor Interfacing and Applications | |
Error Detecting and Correction Systems Design | |
Pattern Recognition | |
Modern Electronic Techniques | |
RF Engineering | |
Electrical Network Theory | |
Active Network Synthesis | |
Random Processes | |
Digital Signal Processing I | |
Digital Signal Processing II | |
Signal Detection and Estimation Theory | |
Information Theory and Coding | |
Modulation Theory and Coding | |
Wireless Communications | |
Radar Systems | |
Fiber Optic Communications | |
Fiber Optic Communication Lab | |
Microwave Engineering | |
Advanced Microwave Circuit Design | |
Microwave Semiconductor Devices | |
Antenna Engineering | |
Seminar In Applied Electromagnetics | |
Numerical Techniques In Applied Electromagnetics | |
Non-Linear Control Systems | |
State Variable In Automatic Control | |
Optimal Control | |
Stochastic Control | |
ECE 696C | Directed Graduate Research - CR/NC Only (Supervisory Courses) |
ECE 697 | Directed Comprehensive Exam - CR/NC Only (Supervisory Courses) |
ECE 698C | Thesis or Graduate Project (Supervisory Courses) |
ECE 699A-C | Independent Study (Supervisory Courses) |
Digital Design with Verilog and System Verilog