ELECTRICAL ENGINEERING DEPT.

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ELECTRICAL ENGINEERING DEPT. Systems, Controls,
and Manufacturing Thrust Area Home Page

• Areas of Expertise, Applications, Research
• Faculty
• Undergraduate and Graduate Courses
• Dept. of Electrical Engineering Homepage

Automation and Robotics Research Institute
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ELECTRICAL ENGINEERING DEPT. Systems, Controls,
and Manufacturing Thrust Area
Areas of Expertise Controls and Robotics,
Adaptive Systems, Nonlinear Systems, Neural
Networks and Fuzzy Logic Control, Manufacturing
Automation and Control, Human Sensory and Motor
Functions, Energy Conversion, Microprocessor-based
Instrumentation, Software Design Systems.
Applications Industrial Control, Computer
Aided Design and Manufacturing, Robotics,
Telecommunication, Multimedia, Biomedical
Imaging.
Research More than 500k per year in
research funding. More than 45 research
papers per year in refereed journals and
conference proceedings. Nationally
recognized facilities, including the Automation
and Robotics Research Institute (ARRI) and the
Human Performance Institute (HPI).

• Systems, Controls, and Manufacturing Homepage
• Faculty
• Undergraduate and Graduate Courses
• Dept. of Electrical Engineering Homepage

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ELECTRICAL ENGINEERING DEPT. Systems and Controls
Faculty
Frank Lewis, Professor, Moncrief-ODonnell
Endowed Chair,Thrust Area Coordinator Jack
Fitzer, Professor, Chairman, Electrical
Engineering Department George V. Kondraske,
Professor of Electrical Engineering Kai-Shing
Yeung, Professor of Electrical Engineering

• Systems, Controls, and Manufacturing Homepage
• Areas of Expertise, Applications, Research
• Undergraduate and Graduate Courses
• Dept. of Electrical Engineering Homepage
• Automation and Robotics Research Institute

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Electrical Engineering Systems and Controls
Course Sequence
Undergraduate Courses

• EE 3317 Linear Systems
• EE 4314 Control Systems
• EE 4315 Robotics
• EE 4343 Control System Design Project
• EE 4391 Advanced Problems- Special Topics

Graduate Courses

• EE 5307 Linear Systems Engineering
• EE 5320 Computer Methods in Control System
  Design
• EE 5321 Optimal Control Theory
• EE 5322 Optimal Estimation Theory
• EE 5325 Robotics
• EE 5328 Principles of Instrumentation and
  Measurement
• EE 5329 Special Topics in Systems
• EE 6321 Adaptive Control Systems
• EE 6322 Nonlinear Control
• EE 6325 Robotic Control

• Systems, Controls, and Manufacturing Homepage
• Areas of Expertise, Applications, Research
• Faculty
• Dept. of Electrical Engineering Homepage
• Automation and Robotics Research Institute