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ECE 5325: Smart Sensors and Fuel Cells. Cr
4.00 Credits
Wayne State University
Prereq: senior standing in science or engineering discipline. Signal conditioning circuits, AD/DA conversions, and decision-making circuits suitable for custom integrated circuit solutions to create a smart fuel cell. Introduction of smart sensors for monitoring hydrogen, oxygen, and other gases in a fuel cell system. (W)
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ECE 5325 - Smart Sensors and Fuel Cells. Cr
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ECE 5330: Dynamics and Control of Fuel Cell Systems. Cr
4.00 Credits
Wayne State University
Prereq: senior standing in science or engineering discipline. Basic methodologies for dynamic analysis, control system design, system coordination, and optimization for fuel cell systems. Design project required. (B)
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ECE 5330 - Dynamics and Control of Fuel Cell Systems. Cr
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ECE 5370: Mechatronic System Design I. Cr
4.00 Credits
Wayne State University
Prereq: ECE 4600 or equiv.; written consent of instructor. Students work in small groups to design and build "smart" devices or systems. These products will integrate sensors, digital logic and/or microprocessors, and user interfacing. The products will be requested by "clients" and the student will work as part of a cross-disciplinary team.(F)
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ECE 5370 - Mechatronic System Design I. Cr
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ECE 5380: Mechatronic System Design II. Cr
4.00 Credits
Wayne State University
Prereq: ECE 4600 or equiv.; written consent of instructor. Students work in small groups to design and build "smart" devices or systems. These products will integrate sensors, digital logic and/or microprocessors, and user interfacing. The products will be requested by a "client" and the students will work as part of a cross-disciplinary team. (F)
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ECE 5380 - Mechatronic System Design II. Cr
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ECE 5410: Power Electronics and Control. Cr
4.00 Credits
Wayne State University
Prereq: ECE 4330. Control of electric energy using solid-state devices, diodes, thyristors, triacs; mathematical analysis of circuits containing these devices; power converters and control; solid-state drives for motor control. (I)
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ECE 5410 - Power Electronics and Control. Cr
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ECE 5430: Electric Energy Systems Engineering. Cr
4.00 Credits
Wayne State University
Prereq: ECE 4330. Transmission capacity, load characteristics, power frequency control. Energy system component analysis and modeling. Steady-state analysis, load-flow problem and algorithms, optimal dispatch. Transient stability by simulation and direct methods. (I)
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ECE 5430 - Electric Energy Systems Engineering. Cr
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ECE 5440: Computer- Controlled Systems. Cr
4.00 Credits
Wayne State University
Prereq: ECE 4470 or CHE 4600 or M E 5540. Introduction to z-transform and sampling theory. Digital controller design using both transfer function techniques and state space methods. Implementation aspects of computer-controlled systems. (Y)
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ECE 5440 - Computer- Controlled Systems. Cr
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ECE 5470: Control Systems II. Cr
4.00 Credits
Wayne State University
Prereq: ECE 4470. State space representation of systems; stability and Liapunov methods, controllability and observability, pole placement design using state feedback, observer design, optimal control, linear quadratic regulators, Kalman filter. (Y)
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ECE 5470 - Control Systems II. Cr
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ECE 5500: Current Electronic and Photonic Materials Technology. Cr
4.00 Credits
Wayne State University
Prereq: ECE 4570, B E 1300 and B E 1310, or consent of instructor. Introduction to new and innovative technologies for electronic and photonic materials synthesis and processing. New semiconducting materials. Growth of single crystals of semiconducting materials. Semiconducting material processing techniques. (F)
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ECE 5500 - Current Electronic and Photonic Materials Technology. Cr
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ECE 5510: Electronic and Photonic Materials Laboratory. Cr
2.00 Credits
Wayne State University
Prereq: ECE 5500 and written consent of instructor. Laboratory experience in state-of-the-art techniques for electronic and photonic materials synthesis, processing, and characterization. (W)
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ECE 5510 - Electronic and Photonic Materials Laboratory. Cr
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