Undergraduate Course Syllabi

• EE109 The Engineering of How Things Work

• EE110 The Science and Engineering of How Things Work

• EE111 Introduction to Electrical and Computer Engineering

• EE161 Computer-Aided Problem Solving

• EE201 Networks I

• EE211 AC Circuits

• EE221 Electronics I

• EE261 Digital Design I

• EE301 Vector Principles for Electrical Engineers

• EE311 Signals and Systems

• EE315 Applied Electromagnetics

• EE324 Introduction to Analog and Digital VLSI

• EE332 Intro to Electric Power Engineering

• EE341 Control Systems I

• EE361 Digital Design II

• EE363 Computer Systems Architecture I

• EE370 Optics I

• EE395 Introduction to Digital Signal Processing

• EE431 Power Systems II

• EE432 Power Electronics

• EE453 Microwave Engineering

• EE454 Antennas and Radiation

• EE455 SIGINT Systems I

• EE458 Wireless Systems I

• EE459 Wireless Systems II

• EE460 Space System Mission Design and Analysis

• EE461 Systems Engineering and Program Management

• EE463 Computer Architecture II

• EE466 Modern Digital Design

• EE469 Digital Networks

• EE475 Control Systems II

• EE476 Computer Control Systems

• EE477 Fiber Optics I

• EE478 Optical Sources, Detectors and Radiometry

• EE479 Lasers and Applications

• EE482 Electronics II: Design of Analog Circuits using Operational and Transconductance Amplifiers

• EE483 RF Microelectronics

• EE484 Design of D/A and A/D Converters

• EE485 Analog VLSI Design

• EE486 Digital VLSI Design

• EE492 Real-Time Digital Signal Processing

• EE493 Power Systems III

• EE494 Power Systems IV

• EE496 Intro to Communications Systems I

• EE498 (CAPSTONE) Automatic Calibration of the WFSI Wavefront Sensor

• EE498 (CAPSTONE) Autonomous Balloon

• EE499 (CAPSTONE) Roving Robot

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