Texas Architect March/April 2012: Destinations
Destinations represent different points of arrival, whether a temporary stopping place during a student’s busy day on campus or destinations for entertainment and cultural events.Of particular note is the destination for dignitaries from around the world who will travel to Houston in mid-April for the official unveilingof the Asia Society Texas Center, previewedon page 44. Yoshio Taniguchi’s design for the$48.4 million building establishes the New York based Asia Society (founded in 1956 by John D.Rockefeller III to educate the public about Asia)with its first branch between the two coasts. Thefour-day celebration culminates with a free openhouse on April 14-15 for the public, featuringtours, food, and performances, as well as theopening of Treasures of Asian Art: A RockefellerLegacy, a temporary exhibition of works from theMr. and Mrs. John D. Rockefeller Collection atAsia Society New York.
Portfolio: Public Buildings Whatley Agriculture Complex Project Elizabeth Hoggatt Whatley Agriculture Complex, Mount Pleasant Client Northeast Texas Community College Architect VLK Architects Design Team Leesa Vardeman, AIA; Sloan Harris, AIA; Chad Davis, AIA; Clinton Schiver, AIA; Brian Sahrmann, AIA Construction Manager Harrison, Walker & Harper Consultants CHA (civil/structural); Reed, Wells, Benson & Company (MEP) Photographer Chad Davis, AIA Designed by VLK Architects, Whatley Agriculture Complex on the campus of Northeast Texas Community College in Mount Pleasant is a single-story 8,600-sf steel-framed structure. The $3.3 million project houses three multifunction classrooms, a teaching kitchen, a soils lab, a computer lab, four offices, and support spaces. The pavilion is a 11,500-sf open-sided structure for outdoor teaching, conferences, and community events. Master-planned facilities include a maintenance shop, a student dorm, and greenhouse. Designed to achieve “net zero” energy use, the project is the first LEED Platinum-certified agricultural facility in the country. The building was designed to be a teaching tool for sustainability. A wind turbine and photovoltaic solar arrays generate on-site energy, and a rainwater catchment basin helps educate students about irrigation and water sources. An interactive energy dashboard in the lobby displays the energy input versus output for the facility. The site design minimizes the building’s impact on the land by using a mixture of fly ash and bottom ash, donated by a local power plant for the permeable parking lot. The mechanical and MDF rooms include windows to the lobby for students and visitors to see the systems at work. Due to this transparency, what could have been just a mechanical room is now an “alternative energy laboratory.” 1 2 3 First Floor Plan 1 Lobby 2 Alternative Energy Lab 3 Classroom 4 Teaching Kitchen 5 Electrical 6 Storage 7 Workroom 8 Office 9 Portable Bleachers 10 Covered Pavilion 4 3 5 9 6 Resources 7 9 Noelle Heinze 8 8 masonry units: Featherlite ; roof and wall panels/fascia and 10 soffit panels: Petersen Aluminum Corp.; mem- 8 brane roofing: Carlisle Syntec; entrances and 8 storefronts: United States Aluminum/C.R. Laurence Co.; tile : Marazzi; acoustical ceilings: Armstrong ; paint : Sherwin Williams; exterior sun control : greenscreen ; blinds: Levolor; solar energy systems: Schott Solar (Axium Solar); software : Autodesk 3/4 2012 Texas Architect 63