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| COURSES | |||
| Senior Design |
I have taught two semesters - Winter 2005 & Winter 2006 - of ME 450, the University of Michigan's Capstone Senior Design course. The point of this course is to undertake a corporate, government, or university design project, begining with a paragraph statement and completing with a design and functional prototype. My role was to facilitate basic course logistics and lead five project teams (approx. 25 students total). I also organized a web-based survey approach to assigning team projects. During the Winter semester of 2005, I also organized the Design Expo, a college wide event displaying the results of project-based design courses. |
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| evaluations | |||
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Summary of all course evaluations, Winter 2005 |
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Summary of all course evaluations, Winter 2006 |
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| sample materials | |||
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Design Expo Flyer (2005) |
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Design Expo Table Layout (2005) |
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Web Survey (2006) |
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Section Schedule (2006) |
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Design Review 1 Guidelines (2006) |
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Design Review 2 Guidelines (2006) |
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Design Review 3 Guidelines (2006) |
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Final Report Guidelines (2006) |
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| GUEST LECTURES | |||
| Analytical Product Design |
"Ecodesign". Given in ME 455, Analytical Product Design, October 11th, 2006 & October 11th, 2007. This lecture is focusd on (1) heuristic guidelines that students can easily use in their course projects and (2) a basic introduction to quantitative environmental analysis of product system designs, particularly Life Cycle Assessment. |
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| AIM Seminar |
"Game Theory basics and the Newton-Raphson method for Nonlinear Systems of Equations." Given in MATH 501, Applied Interdiscplinary Mathematics Seminar: Student Session, December 9th, 2005. |
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| NOTES | |||
| Game Theory |
In these notes I cover some Game Theory basics with an eye towards implementation of discrete-decision games using best response iterations. I also describe how Fictitious Play can be used to solve discrete optimization problems (See Lambert, Epelman, & Smith; Operations Research 53(3):477-489, 2005 for more information on this idea, including a more advanced implementation for computationally intensive problems.). |
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| Mixed Logit |
This document is meant to introduce sample averaging as a means to approximating integrals that arise when using Mixed Logit models of choice and develop the associated linear algebra problems. |
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| CBLAS |
These simple introductory exercises have been used to introduce some CBLAS (Basic Linear Algebra Subroutines) routines. |
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| © 2004-2007 W. Ross Morrow | Last updated 31st October 2007 | |||