Program Overview

Electrical Engineering Program

The Electrical Engineering program offers a comprehensive curriculum that covers a wide range of topics in electrical engineering, including circuits, electronics, electromagnetics, control systems, and communication systems.

Course Offerings

The program offers a variety of courses, including:

• ELEC ENG 1010: Transfer Student Seminar
• ELEC ENG 2001: Special Topics
• ELEC ENG 2100: Circuits I
• ELEC ENG 2101: Circuit Analysis Laboratory I
• ELEC ENG 2120: Circuits II
• ELEC ENG 2200: Introduction to Electronic Devices
• ELEC ENG 2201: Electronic Devices Laboratory
• ELEC ENG 2800: Electrical Circuits
• ELEC ENG 3000: Special Problems
• ELEC ENG 3001: Special Topics
• ELEC ENG 3002: Cooperative Engineering Training
• ELEC ENG 3100: Electronics I
• ELEC ENG 3101: Electronics I Laboratory
• ELEC ENG 3120: Electronics II
• ELEC ENG 3121: Electronics II Laboratory
• ELEC ENG 3250: Electronic And Photonic Devices
• ELEC ENG 3320: Control Systems
• ELEC ENG 3321: Control Systems Laboratory
• ELEC ENG 3340: Basic Programmable Logic Controllers
• ELEC ENG 3410: Digital Signal Processing
• ELEC ENG 3411: Discrete Linear Systems Laboratory
• ELEC ENG 3430: Digital Communications I
• ELEC ENG 3431: Digital Communication Laboratory
• ELEC ENG 3440: Digital Communications II
• ELEC ENG 3500: Electromechanics
• ELEC ENG 3501: Electromechanics Laboratory
• ELEC ENG 3540: Power System Design And Analysis
• ELEC ENG 3541: Power System Design And Analysis Laboratory
• ELEC ENG 3600: Electromagnetics
• ELEC ENG 4000: Special Problems
• ELEC ENG 4001: Special Topics
• ELEC ENG 4010: Senior Seminar
• ELEC ENG 4096: Electrical Engineering Senior Project I
• ELEC ENG 4097: Electrical Engineering Senior Project II
• ELEC ENG 4099: Undergraduate Research
• ELEC ENG 4380: Practicum in Automation Engineering
• ELEC ENG 5000: Special Problems
• ELEC ENG 5001: Special Topics
• ELEC ENG 5040: Oral Examination
• ELEC ENG 5070: Teaching Engineering
• ELEC ENG 5099: Special Research And Thesis
• ELEC ENG 5100: Advanced Electronic Circuits
• ELEC ENG 5120: Communication Circuits
• ELEC ENG 5140: High-Frequency Amplifiers
• ELEC ENG 5150: Photovoltaic Systems Engineering
• ELEC ENG 5160: Computer-Aided Network Design
• ELEC ENG 5170: Introduction To Circuit Synthesis
• ELEC ENG 5200: Classical Optics
• ELEC ENG 5210: Fourier Optics
• ELEC ENG 5220: Fiber And Integrated Optics
• ELEC ENG 5250: Optical Computing
• ELEC ENG 5270: Smart Materials And Sensors
• ELEC ENG 5300: Digital Control
• ELEC ENG 5320: Neural Networks Control and Applications
• ELEC ENG 5325: Applied Nonlinear Control
• ELEC ENG 5330: Fuzzy Logic Control
• ELEC ENG 5340: Advanced PLC
• ELEC ENG 5345: PLC Motion Control
• ELEC ENG 5350: Plantwide Process Control
• ELEC ENG 5360: System Simulation And Identification
• ELEC ENG 5370: Introduction to Neural Networks and Applications
• ELEC ENG 5380: Autonomous Mobile Robots
• ELEC ENG 5400: Digital Signal Processing II
• ELEC ENG 5420: Communications Systems II
• ELEC ENG 5430: Wireless Networks
• ELEC ENG 5440: Stochastic Signal Analysis I
• ELEC ENG 5450: Digital Image Processing
• ELEC ENG 5460: Machine Vision
• ELEC ENG 5500: Electric Drive Systems
• ELEC ENG 5510: Electric-Drive Vehicles
• ELEC ENG 5520: Power Electronics
• ELEC ENG 5521: Power Electronics Laboratory
• ELEC ENG 5540: Power Systems Engineering
• ELEC ENG 5550: Electric Power Quality
• ELEC ENG 5570: Extra High Voltage Engineering
• ELEC ENG 5600: Interference Control in Electronic Systems
• ELEC ENG 5620: Signal Integrity in High-Speed Digital & Mixed Signal Design
• ELEC ENG 5630: Wave Propagation and Transmission Lines
• ELEC ENG 5640: Antennas and Propagation
• ELEC ENG 5650: Microwave and Millimeter Wave Engineering and Design
• ELEC ENG 5660: Microwave Principles For Mixed-Signal Design
• ELEC ENG 5670: Nondestructive Testing
• ELEC ENG 5680: Introduction to Radar Systems
• ELEC ENG 5810: Computational Intelligence
• ELEC ENG 5870: Mechatronics
• ELEC ENG 5880: Introduction to Robotics
• ELEC ENG 6000: Special Problems
• ELEC ENG 6001: Special Topics
• ELEC ENG 6040: Oral Examination
• ELEC ENG 6050: Continuous Registration
• ELEC ENG 6085: Internship
• ELEC ENG 6099: Special Research And Thesis
• ELEC ENG 6140: Advanced RF & Time Domain Measurements
• ELEC ENG 6150: Signal Integrity, High Speed Digital and RF Design Laboratory
• ELEC ENG 6200: Electromagnetic Optics
• ELEC ENG 6240: Semiconductor Devices
• ELEC ENG 6260: Integrated Microsystems Engineering
• ELEC ENG 6290: Advanced Topics in Optics and Devices
• ELEC ENG 6300: Linear Control Systems
• ELEC ENG 6310: Optimal Control And Estimation
• ELEC ENG 6320: Nonlinear Control Systems
• ELEC ENG 6330: Robust Control Systems
• ELEC ENG 6335: Discrete-Time Neural Network Control
• ELEC ENG 6350: Neural Network Control of Nonlinear Continuous-time Systems
• ELEC ENG 6360: Adaptive Dynamic Programming
• ELEC ENG 6370: Adaptive Control
• ELEC ENG 6390: Current Topics In Control Theory
• ELEC ENG 6400: Advanced Digital Signal Processing
• ELEC ENG 6410: Information Theory And Coding
• ELEC ENG 6420: Wireless Communications
• ELEC ENG 6430: Wireless Ad hoc and Sensor Networks
• ELEC ENG 6440: Stochastic Signal Analysis II
• ELEC ENG 6450: Statistical Decision Theory
• ELEC ENG 6490: Advanced Topics In Communications
• ELEC ENG 6500: Advanced Theory Of Electric Machines
• ELEC ENG 6510: Advanced Electric Drive Vehicles
• ELEC ENG 6520: Advanced Power Electronics
• ELEC ENG 6525: Power Converter Modeling and Design
• ELEC ENG 6530: Power System Reliability
• ELEC ENG 6540: Computer Methods In Power System Analysis
• ELEC ENG 6550: Power System Stability
• ELEC ENG 6560: Power System Protection
• ELEC ENG 6565: Power System Protection II
• ELEC ENG 6570: Surge Phenomena In Power Systems
• ELEC ENG 6580: Power System Operations
• ELEC ENG 6600: Advanced Electromagnetics I
• ELEC ENG 6610: Electromagnetic Waves II
• ELEC ENG 6630: Computational Electromagnetics
• ELEC ENG 6640: Advanced Topics in Antenna Analysis and Design
• ELEC ENG 6830: Clustering Algorithms

Research Areas

The program offers research opportunities in various areas, including:

• Control systems
• Communication systems
• Electromagnetics
• Power systems
• Digital signal processing
• Neural networks
• Robotics
• Mechatronics
• Optical engineering
• Photonics

Admission Criteria

Admission to the program requires a bachelor's degree in electrical engineering or a related field, with a minimum GPA of 3.0. Additional requirements may include:

• GRE scores
• Letters of recommendation
• Personal statement
• Resume

Tuition Fees

Tuition fees vary depending on the student's residency status and the number of credit hours taken. For more information, please contact the university's admissions office.

Program Requirements

The program requires a minimum of 30 credit hours of coursework, including:

• Core courses: 12 credit hours
• Elective courses: 12 credit hours
• Thesis or project: 6 credit hours

Faculty

The program has a diverse faculty with expertise in various areas of electrical engineering, including:

• Control systems
• Communication systems
• Electromagnetics
• Power systems
• Digital signal processing
• Neural networks
• Robotics
• Mechatronics
• Optical engineering
• Photonics

Facilities

The program has access to state-of-the-art facilities, including:

• Laboratories
• Research centers
• Computing facilities
• Library resources

Career Opportunities

Graduates of the program have career opportunities in various industries, including:

• Aerospace
• Automotive
• Energy
• Healthcare
• Manufacturing
• Telecommunications

Accreditation

The program is accredited by the Engineering Accreditation Commission of ABET.