Course Descriptions

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Electrical Engineering
	• EE 30 - Introduction to Programming Micro-Controllers for Electrical Engineering
	• EE 92 - International Program Studies
	• EE 97 - Introductory Electrical Engineering Laboratory
	• EE 98 - Introduction to Circuit Analysis
	• EE 98H - Honors Introduction to Circuit Analysis
	• EE 98W - Introduction to Circuit Analysis Workshop
	• EE 102 - Probability and Statistics in Electrical
	• EE 104 - Applied Programming in Electrical Engineering
	• EE 106 - Fundamentals of Mechatronics Engineering
	• EE 110 - Circuits and Systems
	• EE 110L - Continuous and Discrete Time Systems Lab
	• EE 110W - Circuits and Systems Workshop
	• EE 112 - Introduction to Signal Processing
	• EE 118 - Digital Logic Circuit Design
	• EE 120 - Microprocessor Based System Design
	• EE 122 - Electronic Design I
	• EE 124 - Electronic Design II
	• EE 127 - Electronics for Biomedical Applications
	• EE 128 - Physical Electronics
	• EE 129 - Introduction to Integrated Circuits Processing and Design
	• EE 130 - Electric Machines and Drives
	• EE 132 - Theory of Automatic Controls
	• EE 134 - Power Systems
	• EE 136 - Semiconductor Power Electronics
	• EE 138 - Embedded Control System Design
	• EE 140 - Principles of Electromagnetic Fields
	• EE 153 - Introduction to Digital Signal Processing
	• EE 160 - Principles of Communication Systems
	• EE 161 - Digital Communication Systems
	• EE 165 - Photovoltaic Fabrication/Testing Lab
	• EE 166 - Design of CMOS Digital Integrated Circuits
	• EE 168 - Microfluid Fabrication and Design
	• EE 169 - Microelectromechanical Systems Fabrication and Design
	• EE 171 - Introduction to Machine Learning for Electrical Engineers
	• EE 172 - Introduction to Microwave Engineering
	• EE 174 - Analog Peripheral for Embedded Systems
	• EE 176 - Computer Organization
	• EE 178 - Digital Design with FPGAs
	• EE 180 - Individual Studies
	• EE 181 - Fundamentals of Internetworking
	• EE 182 - Analog and Mixed-Signal IC Test Development
	• EE 183 - Electronics Test Design Engineering II
	• EE 189 - Special Topics in Electrical Engineering
	• EE 192 - International Program Studies
	• EE 197 - Cooperative Education Project
	• EE 198A - Senior Design Project I
	• EE 198B - Senior Design Project II
	• EE 209 - Network Security
	• EE 210 - Linear System Theory
	• EE 220 - Radio Frequency Integrated Circuit Design I (RFIC Design I)
	• EE 221 - Semiconductor Devices I
	• EE 222 - Advanced Integrated Devices
	• EE 223 - Analog Integrated Circuits
	• EE 224 - High Speed CMOS Circuits
	• EE 225 - Introduction to Quantum Computing
	• EE 226 - Cryogenic Nanoelectronics
	• EE 227 - Signal Integrity in AMS IC
	• EE 230 - Radio Frequency Integrated Circuit Design II
	• EE 231 - Automatic Control Theory
	• EE 237 - Vector Control of AC Machines
	• EE 238 - Advanced Power Electronics
	• EE 239 - Advanced Applications of Power Converters
	• EE 250 - Probabilities, Random Variables and Stochastic Processes
	• EE 251 - Digital Communication Systems
	• EE 252 - Advanced Communication Systems
	• EE 253 - Digital Signal Processing
	• EE 254 - Adaptive Signal Processing
	• EE 255 - Wireless/Mobile Communications
	• EE 257 - Machine Learning for ElectricalEngineers
	• EE 258 - Neural Networks
	• EE 259 - Selected Topics in Signal Processing
	• EE 260 - RFID Systems
	• EE 263 - Digital Image Processing
	• EE 265 - Software-Defined Radio Communications
	• EE 267 - Computer Vision with Artificial Intelligence Applications
	• EE 270 - Advanced Logic Design
	• EE 271 - Digital System Design and Synthesis
	• EE 272 - SoC Design & Verifi. with System Verilog
	• EE 273 - Logic Verification with UVM
	• EE 275 - Advanced Computer Architectures
	• EE 277A - Embedded SoC Design
	• EE 278 - Digital Design for AI and DSP
	• EE 279 - Special Topics in Digital Systems
	• EE 280 - Advanced Network Security
	• EE 281 - Internetworking
	• EE 282 - Internet Security and Cryptography
	• EE 282A - Reinforcement Learning for Multi-Robot Networks
	• EE 283 - Broadband Communication Networking
	• EE 284 - VoIP and Multimedia Networks
	• EE 286 - Mobile and Wireless Networking
	• EE 287 - ASIC CMOS Design
	• EE 288 - Data Conversions/Analog Mixed Signal ICs
	• EE 289 - Special Topics in Networking
	• EE 295 - Technical Writing - Engineering Ethics
	• EE 296A - ES-level and Physical-level Design
	• EE 297A - MSEE Project Proposal
	• EE 297B - MSEE Project
	• EE 298 - Special Problems
	• EE 298I - Electrical Engineering Internship Experience
	• EE 299A - MSEE Thesis Proposal

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