• EE 4580: Honors Undergraduate Research

  3.00 Credits

  University of Wyoming

  
  An independent research experience for undergraduate students enrolled in the Engineering Honors Program. Before registering for this class, student s are responsible for discussing their interests with faculty, identifying a willing faculty research mentor.
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• EE 4590: Real Time Emb Syst

  3.00 Credits

  University of Wyoming

  
  Emphasizes a systems approach to real time embedded systems. Students will be expected to apply methodical system design practices to designing and implementing a microprocessor-based real time embedded system. Students will employ a robot-based educational platform to learn the intricacies of real time embedded systems, distributed processing, and fuzzy logic. Students will also learn processor input/output interfacing techniques. Students will use state-of-the-art design and troubleshooting tools. Dual listed with EE 5590. Prerequisite: EE 4390.
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• EE 4620: Auto Control Syst

  3.00 Credits

  University of Wyoming

  
  Feedback control systems analysis and design using frequency domain, time response and state-space methods. Routh's criteria, Nyquist criteria and root locus. Dominant pole controller design. Prerequisite: EE 2220.
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• EE 4621: Honors Auto Control

  3.00 Credits

  University of Wyoming

  
  Control theory and design methods focused on application. Feedback. Performance limits. Routh-Hurwitz, root locus, Nyquist. Nonminimum-phase systems. State feedback. Proportional-Integral-Derivative control. Lead/lag. High-order compensation. Discrete controllers. Honors students will at the end of the semester design a high-performance control system for a sophisticated plant with realistic feedback limitations.
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• EE 4800: Problems In:

  1.00 - 6.00 Credits

  University of Wyoming

  
  Section 1 is individual study. Other sections are group study by seminar or class format. Features topics not included in regularly offered courses. Prerequisite: consent of instructor.
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• EE 4820: Senior Design I

  2.00 Credits

  University of Wyoming

  
  Students choose a senior design project and complete the preliminary design. This stage of senior design includes investigation of alternative solutions that meet the project's requirements, cost analysis, and building the prototype circuit. Periodic oral and written project progress reports are required. Prerequisites: EE 2390, EE 3330 and corequisite courses in the area of the design project.
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• EE 4830: Senior Design II

  2.00 Credits

  University of Wyoming

  
  Students complete the senior design project partially designed in EE 4820. The final result of the senior design project includes assembly of a PC board hardware that meets the project's requirements and final report describing the design procedure, designed hardware and software, and results of final testing. Periodic oral and written project progress reports are required. Prerequisites: EE 4820 and selected courses in the area of the design project.
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• EE 4870: Comp Net Hardware

  4.00 Credits

  University of Wyoming

  
  Basic LANs, Ethernet LAN architecture, and classical Ethernet CSMA/CD MAC protocol. 10Mbps, 100 Mbps, and gigabit Ethernet architecture. Introduction to switching, queuing theory, architecture, design and performance analysis of switch fabrics. Architecture, design, algorithms and performance analysis of Routing. Cellular Networks. TCP/IP Protocol. Prerequisite: EE 2390.
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• EE 4990: Advanced Microprocessors

  3.00 Credits

  University of Wyoming

  
  Microcontroller Systems Design. 3. Architecture and instruction set of Intel family of microprocessors; Intel System Development Kit and its monitor program; Microsoft Macro Assembler (MASM) and Visual C/C++ Express; modular programming; High level language compilers of object code; Interface design issues of peripheral devices to Personal Computer. Prerequisite: EE 4390.
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• EE 5210: Systems Theory

  3.00 Credits

  University of Wyoming

  
  Review of linear time-invariant systems theory. Laplace, Fourier, and Z-transforms. Introduction to complex variable theory and its application to integral transform inversion. State variable formulation of physical systems. Application of linear algebra and matrices to the analysis of finite-state constant differential systems. Controllability and observability. Prerequisite: EE 4620.
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