Office: Engineering Building 349

Telephone: 408-924-3950

Email: electrical.engineering@sjsu.edu

Website: ee.sjsu.edu

Professors

Tri Caohuu
Chang Choo
Sotoudeh Hamedi-Hagh
Lili He
Ping Hsu
Thuy Le, Chair
Essam Marouf
Nader Mir
Robert Morelos-Zaragoza
David Parent
Birsen Sirkeci

Associate Professors

Jalel Rejeb

Assistant Professors

Mohamed Badawy
Binh Quang Le
Jonathan Ponniah
Hiu Yung Wong
Juzi Zhao

Overview

The Electrical Engineering Department powers Silicon Valley. We provide more electrical engineering graduates to this region than are provided by any other college or university anywhere. At the forefront of technological research and innovation in multimedia computing, global communications, and high-speed integrated circuitry, electrical engineers push technology to the limits of physical and mathematical laws. There is no greater challenge for the creative mind. We prepare students for exciting careers in diverse areas of hi-tech engineering, including micro and nano technologies, chip-scale integration, embedded hardware and software systems, controls, robotics and autonomy, power electronics and energy systems, communication and machine learning, networking and cybersecurity. Our accomplished faculty brings real-world experience to the classroom, and the department’s links with local industry ensure that our laboratories are among the area’s most advanced instructional facilities with up-to-date, state-of-the-art equipment. The BS Electrical Engineering program is accredited by the Engineering Accreditation Commission of ABET, www.abet.org

Programs

• Electrical Engineering BS + MS
• Electrical Engineering, BS
• Electrical Engineering, MS

Courses

• 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
• EE 299B - MSEE Thesis