The University of Canterbury opened the first phase of the NZD$220 million Rutherford Regional Science and Innovation Centre in February of 2018 in Christchurch, New Zealand. Designed by Jasmax in association with laboratory design consultant DJRD, the Ernest Rutherford building provides technology-rich teaching and research space for the College of Science.
Fraunhofer Institute for Cell Therapy and Immunology opened the Project Centre for Biomedical Engineering and Advanced Manufacturing (BEAM) in March of 2018 in Hamilton, Ontario. Located in the McMaster Innovation Park, the $33 million project involved the renovation and fit-out of an existing warehouse to create a 20,000-sf innovation center offering research, office, and manufacturing space. An additional 20,000 sf on the second floor will house laboratories and offices in the future.
Duke University began construction in March of 2017 on a $115 million facility for the Pratt School of Engineering. Designed by Bohlin Cywinski Jackson, the five-story, 150,000-gsf (88,000-nsf) building will feature two floors focused on active student learning, offering classrooms, teaching and design labs, a 200-seat auditorium, a Learning Commons, the Center for Innovation and Entrepreneurship, and the Center for Energy, Engineering and Environment.
Los Angeles Community College District (LACCD) has mandated that Building Information Modeling (BIM) be implemented in the final phase of its $9 billion construction program. LACCD, which is the largest community college district in the United States and comprises nine colleges, is also targeting net-zero energy consumption in the sustainable development of its extensive portfolio.
Cañada College will begin construction in spring of 2018 on the Math, Science and Technology building in Redwood City, Calif. The three-story, 50,000-sf facility will offer flexible classrooms, teaching labs, faculty offices, and an indoor/outdoor learning commons. LEED Gold sustainable design certification will be sought for the net-zero project, which will also participate in the PG&E Savings by Design Program, which provides services to help meet and exceed California’s Title 24 energy efficiency requirements.
California State University-Chico will break ground in fall of 2018 on a $101 million physical sciences building. Providing teaching labs for chemistry, physics, geology, and science education, the four-story, 110,200-sf STEM facility will include active learning classrooms, graduate research studios, collaboration spaces, administrative and faculty offices, and an interactive lab for elementary school programs.
The University of Wisconsin-La Crosse is building the $82 million Prairie Springs Science Center. Designed by SmithGroupJJR and River Architects, the 187,000-sf facility will provide 36 instructional labs and 23 research labs. The LEED-certified project will create a distinctive new home for the departments of Biology, Chemistry, Geography/Earth Science, Mathematics, Microbiology, Physics, and River Studies, as well as housing the offices of the Dean of the College of Science and Health.
The University of New Mexico will begin construction in spring of 2018 on the $65.7 million Physics, Astronomy, and Interdisciplinary Science Center in Albuquerque. Designed by EYP Architecture & Engineering and Van H. Gilbert, the 139,100-gsf facility will provide a variety of collaborative teaching and research spaces as well as housing the Department of Physics and Astronomy.
At its new West Campus, Yale University is incrementally repurposing and renovating a former corporate pharmaceutical manufacturing facility for new interdisciplinary programs, including the Energy Sciences Institute (ESI) and Yale West Campus Materials Characterization Core (MCC).
The Greer Environmental Sciences Center at Virginia Wesleyan University is the institution’s response to a nearly 100 percent enrollment increase in their environmental sciences and biology department over five years. Located near the Chesapeake Bay, in Virginia Beach, the new 40,000-sf academic science building expands the university’s existing facilities to increase collaboration between science disciplines and regional partners, leveraging the school’s location at the mouth of the James River, where the 300-acre campus maintains a park-like setting with old growth forests and native wetlands in the middle of a dense, rapidly growing urban center.
San Diego State University dedicated the $95 million Engineering and Interdisciplinary Sciences Complex in January of 2018. Designed by AC Martin Architects to promote interaction and collaboration, the 85,000-sf project provides 11,500 sf of instructional space and 17 multidisciplinary labs with advanced instrumentation. The five-story facility features a nanofabrication suite, a creative design center, and an entrepreneurship hub.
The University of Washington opened the $87.8 million Nanoengineering & Sciences Building in December of 2017 in Seattle. Designed by ZGF, the 90,300-gsf interdisciplinary facility provides advanced research and teaching spaces for the departments of bioengineering, mechanical engineering, chemical engineering, and materials sciences. Strategically sited and constructed to minimize vibration, the building is located adjacent to the existing Molecular Engineering and Sciences Institute to foster collaboration.
Carleton University opened the CAD$52 million Academic Health Science Building in January of 2018 in Ottawa. Designed by Montgomery Sisam Architects and NXL Architects, the seven-story, 120,000-sf facility provides undergraduate teaching labs, research labs, lecture halls, offices, and study spaces to support neuroscience and health science programs. The project includes two floors of shell space to allow for future growth, as well as an animal research vivarium on the seventh floor that will open later in 2018.
The University of New Mexico opened the renovated Farris Engineering Center in Albuquerque in January of 2018. The $25.5 million project utilized the concrete structural skeleton of the original building that was constructed in 1967 to create a collaborative environment with ample natural light for the departments of chemical and biological engineering, computer science, and nuclear engineering.
Indiana University opened the $40 million Luddy Hall in Bloomington in January of 2018. Designed by RATIO Architects and Pelli Clarke Pelli, the collaborative teaching and research facility provides the School of Informatics and Computing with labs, classrooms, faculty and staff offices, conference rooms, a café, an auditorium, and space for student services. Housing the Intelligent Systems Engineering department, the four-story, 125,000-sf building also includes a 1,500-sf fabrication lab and a 3,500-sf innovation center.
