Higher Education

The Center for Advanced Engineering and Research (CAER) is slated for completion in April of 2011. Located in the New London Business and Technology Center, the 30,000-sf facility will provide R&D labs for students and faculty from local universities including Virginia Tech and the University of Virginia. The building will include two towers, one dedicated to wireless technology research and development, and the other housing a model nuclear reactor. LEED sustainable design certification will be sought for the project.

North Carolina A&T State University's $25 million classroom building in Greensboro is slated for completion in March of 2011. The 81,000-sf facility will house the international, honors, and university studies programs. Featuring advanced audio-visual technologies for distance learning, the sustainably designed building will provide 15 flexible classrooms seating between 40 and 128 students and a 240-seat lecture hall.

The design of UCLA's WIN-GEM Building and Engineering VI was recently awarded to BNIM + MRY Architects with Research Facilities Design (RFD) as the laboratory design consultant. The project involves the phased design and construction of a 130,000-gsf engineering complex. The facility will house research laboratories for the School’s Western Institute of Nanoelectronics (WIN) and Green Engineering and Metrology (GEM) programs.

National Cheng Kung University inaugurated the Y. S. Sun Green Building Research Center in January of 2011 on the Lis-Hsing campus in Tainan, Taiwan. Housing the Magic School of Green Technology, the zero-carbon facility is expected to attain LEED Platinum sustainable design certification and receive the highest rating from Taiwan's Ecology, Energy Saving, and Waste Reduction initiative. The 4,800-sm building includes three levels above ground and one underground floor.

Black Hills State University opened its $8 million science building in January of 2011 in Spearfish, S.D. The 26,000-sf facility houses a DNA core facility, the Center for the Conservation of Biological Resources, three research labs, five classrooms, 11 faculty offices, and a conference room. LEED sustainable design certification will be sought for the project.

The University of Alaska Fairbanks selected Davis Constructors and Engineers in January of 2011 to provide design consultation for the $109 million Life Sciences Classroom and Laboratory Facility. The building will house advanced laboratories, offices, classrooms, and an auditorium. Construction will begin in summer of 2011 with completion expected in 2014.

South Carolina State University selected UGL Services in January of 2011 to provide facilities management services for its 107 buildings and 160-acre campus. The renewable contract extends to 2015 and covers custodial and housekeeping, building operations and maintenance, landscaping and athletic field maintenance, as well as renovation and construction.

The University of Texas at El Paso is partnering with Lockheed Martin Aeronautics to create the $9 million Structural and Printed Emerging-Technologies Center (SPEC). The existing 6,100-sf W.M. Keck Center for 3-D Innovation will be doubled in size to accommodate the new center. The facility will house advanced manufacturing and fabrication equipment for the creation of innovative products and technologies.

The University of Bolton is partnering with Bolton Council and NHS Bolton to build a £30 million health, education, and wellness facility. The Bolton One project will include a competition swimming pool, a comprehensive fitness center, health science teaching and research facilities, and an outpatient health center. Construction began on the project in October of 2009 with completion expected in early 2012.

Southern Polytechnic State University opened the $30 million Engineering Technology Center in January of 2011 in Marietta, Ga. The three-story, 120,000-sf facility features specialized laboratories for the study of fluid mechanics, materials science, metrology, electromagnetics, computerized manufacturing, and energy. The center also houses classrooms, computer labs, faculty offices, and an auditorium. The project was designed by Cooper Carry. LEED Silver sustainable design certification will be sought for the facility.

Temple University is initiating a 10-year, $1.2 billion plan to redevelop its Philadelphia campus. The project includes construction of a library, a 1,500-bed dormitory, academic buildings, and athletic facilities.

The Marine Biological Laboratory in Woods Hole was awarded LEED Gold sustainable design certification in January of 2011 for the $25 million renovation of Loeb Laboratory. The 66,000-sf facility features advanced buildings systems and technologies to reduce energy and water consumption. The Loeb Laboratory houses life sciences education, training, and research space. The project was funded by the Howard Hughes Medical Institute and the Massachusetts Life Sciences Center.

Indiana University South Bend will renovate existing research space in Northside Hall to create the Integrative Biology Research Facility. The $773,000 project will provide a greenhouse and labs for general research, microscopy, molecular biology, microbial culture, and data analysis. The existing greenhouse will expand from 700 sf to 1,460 sf and 1,550 sf of lab space will be renovated. The project is supported by $604 million in federal stimulus funding. Construction will begin in spring of 2011.

Southeast Alabama Medical Center will begin construction in 2011 on the $40 million Alabama College of Osteopathic Medicine in Dothan. Occupancy is expected in fall of 2012. The construction cost of the project is $25 million.

The University of California Davis was awarded LEED Platinum sustainable design certification for its $20 million winery, brewery, and food-processing facility in December of 2010. Located within the Robert Mondavi Institute for Wine and Food Science, the 34,000-sf complex provides teaching and research space for the Department of Food Science and Technology and the Department of Viticulture and Enology. Sustainable design elements include advanced rainwater harvesting and carbon dioxide capture systems for wine fermentations.