In-wheel electric drive motors represent an effective method of providing propulsion to vehicles which otherwise were not designed to have driven wheels.
Electrical Engineering (EE) < California Polytechnic State University. EE Courses. EE 1. Introduction to Electrical Engineering. Electric Circuit Analysis I.
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Recommended: EE 1. Introduction to basic circuit analysis. Digital Design. Introduction to Electrical Engineering Laboratory. Special Problems. Electric Circuit Theory.
Electric Circuit Analysis II. Electric Circuit Analysis III. Continuous- Time Signals and Systems.
Computer Design and Assembly Language Programming. Electric Circuit Analysis Laboratory II. Electric Circuit Analysis Laboratory III. Concurrent: EE 2.
Observation of transient and steady- state phenomena, phase- shift circuits, resonance. Electric Circuits Laboratory.
Energy Conversion Electromagnetics. Selected Topics. Energy Conversion Electromagnetics Laboratory. Classical Control Systems. Concurrent: EE 3. Recommended: EE 3.
Introduction to feedback control systems. Semiconductor Device Electronics. Digital Electronics and Integrated Circuits. Analog Electronics and Integrated Circuits. Introduction to Communication Systems.
Electronics. Microcontrollers for Everyone. Recommended: MATH 1. Microcontroller history and computer systems overview. Discrete Time Signals and Systems. Programmable Logic and Microprocessor- Based Systems Design. Electromagnetic Fields and Transmission. Microprocessor System Design.
Classical Control Systems Laboratory. Concurrent: EE 3.
Recommended: EE 3. Laboratory work pertaining to classical control systems, including servo control, transient and frequency responses, stability, and computer- aided analysis of control systems. Digital Electronics and Integrated Circuits Laboratory. Analog Electronics and Integrated Circuits Laboratory. Electronics Laboratory. Concurrent: EE 3. Instrumentation amplifiers, feedback, rectifiers and power control, pulse and digital logic circuits.
Signals and Systems Laboratory. Electromagnetic Fields and Transmission Laboratory. Special Problems. Electromagnetic Waves. Fiber Optic Communication. High Frequency Amplifier Design. Power Systems Analysis I.
Power Systems Analysis II. Electronic Design.
Power Electronics I. Power Electronics II.
Advanced Analog Circuits. Advanced Electronic Design. Communication Systems Design.
Digital Communication Systems. Alternating Current Machines. Photonic Engineering.
Digital Signal Processing. Sustainable Electric Energy Conversion.
Polymer Electronics Laboratory. Micro/Nano Fabrication. Introduction to Remote Sensing. Analog Filter Design. Computer Vision. Computer- Aided Design of VLSI Devices.
Recommended: EE 3. EE 3. 48, for students interested in analog design.
Design of VLSI circuits using state- of- the- art CAD software. Digital Control Systems. Concurrent: CPE/EE 4. Recommended: Prior background in discrete time systems, for example EE 3. EE 3. 68. Theory and applications of digital computers in linear control systems. Introduction to Magnetic Design.
Automotive Engineering for a Sustainable Future. Introduction to Real- Time Operating Systems. Wireless Communications. Fiber Optics Laboratory. Power Systems Laboratory. High Frequency Amplifier Design Laboratory. Electronic Design Laboratory.
Advanced Analog Circuits Laboratory. Analog Filter Design Laboratory. Digital Communication Systems Laboratory. Photonic Engineering Laboratory.
Digital Signal Processing Laboratory. Senior Project Preparation. Senior Project I. Senior Project II. Senior Project Design Laboratory I. Senior Project Design Laboratory II.
Selected Advanced Topics. Selected Advanced Laboratory. Digital Control Systems Laboratory.
Wireless Communications Laboratory. Cooperative Education Experience.
Cooperative Education Experience. Individual Study.
Microwave Engineering. Software Defined Radio. Computational Intelligence. Electric Machines Theory. Windows 7 Trial Expired Crack more. Control Systems Theory. Advanced Topics in Automatic Control.
Discrete Time Filters. Pattern Recognition. Power System Protection. Advanced Analysis of Power Systems. Solar- Photovoltaic Systems Design.
Computer Systems. Advanced Real- Time Operating Systems Design. Digital Systems Design. Solid State Electronics. Stochastic Processes. Advanced Digital Communications. Advanced Topics in Power Electronics.
Digital Image Processing. Microwave Device Electronics. Fourier Optics. Advanced Microwave Laboratory. Solid- state Electronics and VLSI Laboratory. Graduate Seminar. Participation by students, faculty and guest lecturers.
Open to graduate students with a background in electrical or electronic engineering. Credit/No Credit grading only. Total credit limited to 3 units. EE 5. 70. Selected Advanced Topics. Selected Advanced Laboratory. Cooperative Education Experience. Cooperative Education Experience.
Design Project (Thesis).