The University of Strathclyde will open the $138 million Technology and Innovation Centre (TIC) in Glasgow in March of 2015. The nine-story, 269,000-sf building will provide 100 laboratories, two auditoriums, offices, and a central atrium. The facility will house the Fraunhofer Centre for Applied Photonics as well as five test cells on the basement level for the study of high-intensity radiation.
Oklahoma State University is expanding the College of Human Sciences in Stillwater, Okla. Ground was broken in October of 2014 on a 76,706-sf wing that will provide research, teaching, and administrative space. The expansion was designed by LWPB Architecture in association with DLR Group to support experiential learning and collaboration. The building will provide 27,000 sf of lab space, virtual and augmented reality suites, and a central atrium with abundant natural light. Completion is expected in fall of 2016.
The University of Houston is constructing the $51 million Multidisciplinary Research and Engineering Building. Housing shared core facilities for multiple departments, the four-story, 120,000-gsf project will provide the Cullen College of Engineering with wet research labs, a visualization suite, a high performance computational center, and an NMR spectrometer lab. Ground was broken in October of 2014 and occupancy is slated for fall of 2016.
The College of William & Mary is building the third phase of the Integrated Science Center (ISC) in Williamsburg, Va. Supporting programs in applied science, biology, chemistry, psychology, and computer modeling, the $78 million ISC 3 will feature core labs with advanced instrumentation and a 300-seat lecture hall. Designed by EYP Architecture & Engineering, the four-story, 113,000-sf project will include construction of a rooftop greenhouse on the adjacent ISC 2. The general contractor is Whiting-Turner.
The University of Maryland is building a new facility for the Clark School of Engineering in College Park. Ground was broken in November of 2014 on the 184,000-sf A. James Clark Hall, a collaborative, multidisciplinary facility created to support the development of advanced biomedical technologies. Designed by Ballinger, the building will provide a new home for the Fischell Department of Bioengineering and the Robert E. Fischell Institute for Biomedical Devices.
The University of Aberystwyth is planning to build the $62.5 million Innovation and Enterprise Campus in Wales in the United Kingdom.
Canisius College is building the interdisciplinary Science Hall in Buffalo, N.Y. The first $68 million phase was completed in August of 2012, comprising renovations to the first and lower levels of the building to create teaching labs and offices for the departments of computer science, mathematics/statistics, and physics. Construction will begin in 2016 on the next $17.8 million phase of construction, which includes fit-out of the second floor of the building for programs in anthrozoology, biology, pre-med, animal behavior, ecology, and conservation.
SUNY Polytechnic is building the $191 million Zero-Energy Nanotechnology (ZEN) building in Albany, N.Y. Designed by EYP Architecture & Engineering to support clean energy research, the 360,000-sf facility will provide labs, classrooms, offices, and a large central atrium. The building will also house the new data center for the state of New York and the headquarters of the U.S. Photovoltaic Manufacturing Consortium. CommerceHub will occupy 50,000 sf in the building.
Kent State University will begin construction in fall of 2015 on the $37.6 million Integrated Sciences Building in Kent, Ohio. Designed by Ayers Saint Gross and built by Turner Construction, the 57,000-gsf facility will be physically connected to the existing Williams Hall and will include 13,500 sf of shell space on the basement level. A minimum of LEED Silver sustainable design certification will be sought for the project. Completion is expected in summer of 2017.
The University of Waterloo broke ground on the $18.6 million Applied Health Sciences facility in December of 2014. Designed by IBI Group Architects, the four-story, 56,000-sf project will be constructed as an expansion of the existing B.C. Matthews Hall and the adjoining Lyle S. Hallman Institute. The addition will provide a 350-seat lecture hall and technology-rich teaching laboratories, including labs for anatomy and kinesiology. The general contractor is Melloul Blamey Construction. Occupancy is expected in fall of 2016.
The University of Utah will renovate the existing 71,000-sf George Thomas building to create the Gary & Ann Crocker Science Center in Salt Lake City. The existing structure will be seismically upgraded and reconfigured, and a 52,500-sf addition will be built to accommodate laboratories for the Cell and Genome Research Center. The completed four-story, 123,500-sf facility will also provide lecture halls, classrooms, a café, a business incubator, and a full-height atrium. The project team includes EDA Architects and Okland Construction.
The University of Cambridge has awarded Kier Group a $91 million contract to build a new biomedical laboratory in the United Kingdom. The project will provide up to 180,000 sf of research space and will be located on the Cambridge Biomedical Campus. Site work will begin in mid-2015 with completion expected in summer of 2017.
Carthage College is engaged in a $43 million expansion and renovation of the David A. Straz, Jr. Center for the Natural and Social Sciences in Kenosha, Wis. A 35,000-sf wing will be constructed and the existing 70,000-sf facility will undergo major renovations. The completed center will feature multidisciplinary teaching labs, TEAL (Technology Enhanced Active Learning) classrooms, a two-story glass atrium, a 28-seat planetarium, and 12 interdisciplinary labs for the study of materials science, nanotechnology, engineering design, molecular biology, and atomic microscopy.
Wake Forest Baptist Medical Center will begin construction in early 2015 on a $50 million instructional facility for the School of Medicine in Winston-Salem, N.C. Located in the Wake Forest Innovation Quarter, the 168,000-sf building is designed to support one of the most advanced medical school curriculums in the country and will include technology-rich clinical simulation suites, small group learning spaces, an anatomy lab, offices, and meeting rooms. Occupancy is expected in July of 2016. The project developer is Wexford Science + Technology, LLC.
Missouri State University is building the $14.1 million O’Reilly Clinical Health Science Center in Springfield. The 55,000-sf facility will provide medical training labs, mannequin simulation suites, classrooms, offices, group study areas, and a multidisciplinary health clinic. The general contractor for the project is DeWitt & Associates. Completion is expected in fall of 2015.
