Research and Development

The University of Washington opened the Life Sciences Building in Seattle in September of 2018. Designed by Perkins+Will, the collaborative facility provides five floors above grade and two subterranean levels for the Department of Biology. The 207,000-sf project comprises a 187,000-sf teaching and research building and a 20,000-sf greenhouse. Providing a gateway between the main and south campus, the facility features a five-story glass atrium with a communicating stair to promote interaction among students and faculty.

The University of Wisconsin-La Crosse opened the $82 million Prairie Springs Science Center in September of 2018. Designed by SmithGroupJJR and River Architects, the 187,000-sf facility houses the departments of Biology, Chemistry, Geography/Earth Science, Mathematics, Microbiology, Physics, and River Studies, as well as accommodating the offices of the Dean of the College of Science and Health.

LA BioMed is planning to build a $63 million bioscience research facility on its existing campus in Torrance, Calif. The four-story building will include an 18,000-sf business incubator able to accommodate up to 30 companies at full capacity. The project will support the translation of research discoveries into innovative solutions and products. Occupancy is expected in February of 2019. 

Bradley University is constructing the $100 million Business and Engineering Complex in Peoria, Ill. Featuring flexible learning spaces to promote interaction, the 270,000-sf facility will house the Foster College of Business, the Caterpillar College of Engineering and Technology, and the Institute for Innovation through Collaboration.

Universities and businesses have worked together for decades. Today, changes in funding and in STEM career paths have made those partnerships more attractive than ever—so attractive, in fact, that many institutions are planning new spaces specifically for them. With limits on government funding in recent years, and state and local funding stagnant, many institutions are seeing 25 to 30 percent of their research funding coming from outside sources, primarily private industry. That has led to more elaborate and specific consideration of industry partnerships as a part of strategic planning.

NASA Glenn Research Center will begin construction in fall of 2018 on the Research Support Building in Cleveland. Walsh Construction Company has been awarded a $32.7 million contract to build the two-story, 64,000-sf facility, which will provide collaborative engineering suites, open and private offices, conference rooms, training areas, and dining amenities for approximately 164 employees.

Mercyhurst University opened the MCPc Cyber Education Center in August of 2018 in Erie, Pa. Accommodating programs for the Ridge College of Intelligence Studies and Applied Sciences, the $2 million facility houses MCPc's Security Operations Center as well as providing two computer mathematics labs, a cybersecurity lab, and several collaboration areas. Designed by Keyman Asefi, a faculty member in the department of Interior Architecture and Design, the 8,000-sf center is located on the ground floor of Hammermill Library.

The United Kingdom's Medical Research Council is planning to build the £75 million London Institute of Medical Sciences. Designed by Hawkins\Brown, the 110,000-sf project will provide collaborative biomedical research facilities including two CL-2 biocontainment labs, vibration-mitigated imaging suites, core biotechnology labs, write-up areas, and a data center. The nine-story facility is being created in partnership with Imperial College London and will accommodate up to 45 research groups currently dispersed around Hammersmith Hospital.

Exact Sciences broke ground in August of 2018 on its new corporate headquarters in Madison, Wis. Located in the University Research Park developed by UW Madison, the five-story, 138,000-sf Innovation One facility will be fully leased by Exact Sciences. The $60 million project was designed by Valerio Dewalt Train Associates and is being built by general contractor Findorff.

Texas Tech University is planning to build a $90 million facility for the School of Veterinary Medicine in Amarillo. Located at the Texas Tech Health Sciences Center, the two-building complex will include a clinical skills training center for large animal procedures. The school will accommodate 60 students per year for a total enrollment of 240 for the four-year program, as well as serving up to 200 graduate students who are not seeking a doctorate in veterinary medicine. Construction could begin as early as fall of 2019 with completion in fall of 2021.

Simon Fraser University is constructing the Sustainable Energy and Environmental Engineering Program (SE3P) building in Surrey, British Columbia. Designed by Revery Architecture with Research Facilities Design as laboratory design consultant, the CAD$116 million fast-track project is being constructed with 330 precast concrete architectural components supplied by Surespan Structures.

Moderna Therapeutics opened a $110 million pharmaceutical manufacturing plant in July of 2018 in Norwood, Mass. Supporting phase one and two clinical development programs, the 200,000-sf facility will provide cGMP production and testing facilities for mRNA drug candidates, as well as housing a Personalized Cancer Vaccine (PCV) unit. Featuring sophisticated digital technologies for the integration of manufacturing operations, the building also houses quality control labs, plasmid production suites, preclinical labs, offices, and logistics space.

Rose-Hulman Institute of Technology will break ground in October of 2018 on a $29 million academic building in Terre Haute, Ind. Featuring a glass-walled atrium to showcase internal activities, the three-story, 60,000-sf facility will provide design studios, collaborative workspaces, faculty research suites, breakout rooms, and six flexible classrooms.

Memorial University is building the $325 million Core Science Facility in St. John's, Newfoundland. Designed by HOK Architects and Hearn Fougere Architects to promote integration and interaction, the multidisciplinary project comprises three tower blocks offering teaching and research labs, offices, and technology-rich learning environments for the departments of biology, chemistry, biochemistry, and electrical and computer engineering.

Atara Biotherapeutics opened a $55 million manufacturing facility in June of 2018 in Thousand Oaks, Calif. Designed by HPA Architects to meet LEED sustainable design criteria, the Atara T-cell Operations and Manufacturing (ATOM) center houses a 90,000-sf facility for the production of CAR-T allogeneic therapies, as well as additional R&D labs and offices. The project was developed by Sares-Regis Group with Atara signing a 15-year lease for the building.