Below are team presentations from mini-case studies conducted over a two day period at the Atlantic Center for the Arts during the New Smyrna Beach, FL Training Session.

	Team Tan Emily Wright, UOregon Bob Koester, Ball State Univ. David Driskill, Texas Tech Univ. Jack Elliot, Cornell Univ. Rashmi Sonal, Arizona State Univ.
Hypothesis: The loft (catbird) spaces in both the library and the dining hall will have higher ambient and mean radiant temperatures with lower relative humidities than the main levels of the buildings. Document: (924 kb pdf)
	Team Pink Jon Meendering, UOregon Laura Briggs, Parson School of Design Martin Gold, UFlorida Dónal Lennon, UCollege Dublin-Richview Michael Sypolt, Carnegie Mellon Univ. Krista Vanderhoof, Texas Tech Univ.
Hypothesis: The smaller entry foyer will always be cooler than the larger volume of the music studio. Document: (4.10 Mb exe)
	Team Orange Leesa Mayfield, UOregon Walter Grondzik, Florida A&M Univ. Alan Hedge, Cornell Univ. Crystal Maeker, Texas Tech Univ. Viraj Srivastava, Carnegie Mellon Univ. Jim Tice, UOregon
Hypothesis: Opening either the double-doors, the exit door, or the sliding doors for 10 minutes will improve the thermal comfort conditions (air temperature and relative humidity) in the Dance studio. Document: (1.44 Mb pdf)
	Team Yellow Jeff Guggenheim, UOregon Bruce Haglund, UIdaho Scott Clarke, UOregon Felecia Davis, Cornell Univ. Micah Simecek, Texas Tech Univ. Pattra Smitthakorn, UFlorida
Hypothesis: There are 7 microclimates along the Doris Leeper Boardwalk. Document: (1.99 Mb pdf)
	Team Blue Kathy Bevers, UOregon Jim Wasley, UWisconsin-Milwaukee Melissa Braun, Cornell University Bruce Dobbs, Portland State Univ. Andrew Leffel, Texas Tech Univ. Tom Smith, UFlorida
Hypothesis: The illuminance levels from daylight on the table in the library will meet industry standards between 6:00pm and 7:00pm, and 8:30am and 12:30pm. Document: (2.16 Mb pdf)
	Team Purple Vidhi Agarwal, Paladino & Co., Inc. Nick Rajkovich, Cornell Univ. Virginia Cartwright, UOregon Youngmin Kwon, UFlorida Khee Poh Lam, Carnegie Mellon Univ. Jessica Morton, UCLA
Hypothesis: The off peak use of air conditioning to cool the concrete thermal mass in the sculpture studio will create a thermally comfortable environment until noon of August 5, 2005. Document: (6.58 Mb pdf)
	Team White David Posada, UOregon Jonathan Knowles Troy Peters, ArchiPhysics
Hypothesis: The air-conditioning system in the sculpture studio will produce fewer BTUs per hour, per square foot than the air-conditioning system in the painting studio over the course of one summer day. Document: (697 kb pdf)