Merck KGaA broke ground in early 2020 on the $275 Biotech Development Center in Corsier-sur-Vevey, Switzerland. Constructed adjacent to the company's existing commercial manufacturing campus, the 169,000-sf project will provide advanced research, development, and production facilities to support the creation of innovative biological compounds for clinical studies.
The University of Maryland is constructing the $60 million E. A. Fernandez IDEA Factory in College Park. Supporting the Clark School of Engineering's mission to innovate, design, and engineer for America (IDEA), the five-story, 60,000-sf building will feature open student workspaces, prototyping suites, and studios for design and instruction. The multidisciplinary facility will physically connect to the Jeong H.
Eli Lilly and Company opened the 11,500-sf Lilly Life Sciences Studio in San Diego in January of 2020. Part of a $90 million investment to expand the company's research footprint, the laboratory leverages a robotic cloud platform created by Strateos to enable other drug discovery companies and investigators to access the remote-controlled facility.
The University of Iowa dedicated the $33.5 million Department of Psychological and Brain Sciences building in Iowa City in January of 2020. Creating a new gateway to the east side of campus, the 66,470-sf teaching and research facility provides technology-rich classrooms and labs, administrative offices, conference rooms, and breakout spaces. Supporting programs in neuroscience, psychology, computational modeling, and virtual reality, the six-story structure features an interior plaza and a learning commons to promote interaction and collaboration.
The University of British Columbia opened the renovated and expanded Life Science Teaching Laboratories in January of 2020 in Vancouver. Designed by Diamond Schmitt Architects and HDR, the interdisciplinary complex provides active learning environments, classrooms, study spaces, faculty offices, and state-of-the-art teaching and research labs.
Eli Lilly & Company is planning to build a $474 million pharmaceutical manufacturing center in Durham, N.C. Located in Research Triangle Park, the next-generation facility will produce injectable therapeutics and delivery devices for conditions such as Type 2 diabetes. Accommodating over 450 new employees, the project will provide integrated manufacturing, engineering, and warehouse areas. Operations will commence at the site in 2023.
Oklahoma State University is planning to break ground in spring of 2021 on a $100 million facility for the College of Agriculture in Stillwater. Designed to promote hands-on, experiential learning, the building will offer flexible teaching and research labs, dynamic classrooms, collaboration spaces, and faculty offices. Occupancy is expected in fall of 2023. OSU is also building the $7.1 million Animal Nutrition and Physiology Center.
Foghorn Therapeutics broke ground in January of 2020 on its 60,000-sf headquarters in Cambridge, Mass. Located in Kendall Square, the facility will provide chemistry and biology labs, open offices, conference rooms, huddle rooms, and an employee café. Foghorn will occupy over three floors in the building, which is owned by Alexandria Real Estate Equities and managed by CBRE.
Aerospace manufacturer Blue Origin opened its new headquarters and research facility in January of 2020 in Kent, Wash. Designed to accommodate approximately 1,500 employees, the 232,885-sf O'Neill Building provides open offices, R&D labs, conference rooms, a staff lounge and kitchen, and an expansive gathering space adjoining the lobby to encourage collaboration and interaction. Supporting the company's recent growth, the structure is sited on over 30 acres adjacent to Blue Origin's former headquarters, which has been renamed the Verne Building.
The University of Connecticut is planning to construct the $240 million Science 1 building in Storrs. Housing the Institute of Materials Science and Engineering, the 198,000-sf facility will offer a 240-seat active learning room, specialized research labs, teaching labs, core labs, computational labs, a cleanroom, and faculty and administrative offices.
Southern New Hampshire University opened the 67,000-sf College of Engineering, Technology, and Aeronautics in January of 2020 in Manchester, N.H. Accommodating STEM programs in science, technology, engineering, and mathematics, the three-story building provides flexible teaching labs, collaboration spaces, a drone flight area, a wind tunnel, a 3D printing lab, a wood shop, and suites for robotics, virtual reality, and materials science.
The National Institutes of Health is planning to build a dementia research center in Bethesda, Md. The 24,000-sf facility will provide labs, open collaboration spaces, conference rooms, and offices to support the discovery of new diagnostic tools and treatments for Alzheimer's disease and related conditions. The single-story structure will be delivered in less than two years using modular construction technologies. The cost of the project has yet to be determined, with estimates ranging from $25 to $100 million.
The University of Texas at Dallas is constructing the $101 million Science Building to provide leading-edge teaching and research spaces for the departments of physics, mathematics, and chemistry. Designed by Stantec, the 186,000-sf collaborative facility will feature 12 instructional laboratories, a large learning venue with integrated classroom and lab functions, and specialized suites for optics, acoustics, and cryogenics.
Pennsylvania State University is planning to build the $56.8 million Center for Innovation, Making and Learning in State College. The project will include the demolition of the existing James Building and construction of an 85,000-sf facility accommodating maker spaces, workshops, a virtual reality and immersive technology lab, lecture venues, and co-working and collaboration areas.
St. Jude's Children's Research Hospital is constructing the $13.4 million Shared Resource Center in Memphis, Tenn. Accommodating 60 employees, the project will provide core laboratories and instrumentation suites to accelerate the discovery of new treatments for pediatric cancer and other diseases. Created inside an existing 300,000-sf warehouse, the 100,000-sf center will house:
