The U.S. Army Medical Research Institute of Infectious Diseases (USAMRIID) is constructing a 950,000-sf replacement facility at Fort Detrick, Md. The $800 million project will provide BSL-2, BSL-3, and BSL-4 laboratory space to support advanced biomedical research. The U.S. Army Corps of Engineers began construction on the project in August of 2009 and completion is expected in 2017.
The University of Missouri opened the MU Metagenomics Center in August of 2015 in Columbia. The laboratory is located in a shared 60,000-sf facility at the Discovery Ridge Research Park and will serve as a comprehensive resource for microbiological research. Featuring advanced technologies for DNA extraction, RNA sequencing, and informatics analysis, the center will process samples of microbiota obtained from humans, animals, plants, and soil.
SUNY Upstate Medical Center began construction in June of 2015 on the second phase of the Central New York Biotech Accelerator (CNYBAC) in Syracuse, N.Y. Designed by The S/L/A/M Collaborative, the project includes the build out of the second and third floors of the facility to house the Upstate Medical Innovation and Novel Discovery Center (MIND) and the Molecular Pathology Next Generation Sequencing Lab.
The University of Bristol is initiating an expansion of the Queens School of Engineering in the United Kingdom. The 15,400-sf wing will provide a multipurpose teaching auditorium, an electrical engineering teaching lab, a propulsion lab, research offices, and student meeting space. The general contractor for the project is Willmott Dixon with WSP-Parsons Brinckerhoff as structural and civil engineering consultant. Occupancy is expected in fall of 2017.
The University of Tennessee Health Science Center will begin construction in early fall of 2015 on the $16 million Plough Center for Sterile Drug Delivery Systems in Memphis. An existing 32,000-sf facility will be renovated to support the manufacture of pharmaceutical products for clinical trials. Designed by brg3s Architects and ETFC Architects to meet GMP (Good Manufacturing Practice) standards, the center will feature three 800-sf modular cleanroom pods created by G-CON Manufacturing.
Tsinghua University is expanding the Jinping Underground Laboratory in Liangshan, China. The project will increase the size of the lab, which is located 7,874 feet below the surface, to 1,291,000 sf. Supporting advanced research on dark matter, the expansion will allow more experiments to run concurrently in a location shielded from interfering cosmic rays. Completion is expected in late 2015. The Jinping Underground Laboratory opened in December of 2010.
Nestlé opened its $50 million Research and Development Center in July of 2015 in Solon, Ohio. The 144,000-sf facility accommodates approximately 120 employees engaged in culinary, consumer, and engineering research. Construction began on the project in June of 2013.
Centennial College is planning to build the $42 million Aerospace Campus in Toronto. Designed by MacLennan Jaunkalns Miller Architects (MJMA) with Stantec as engineering consultant, the project includes renovation of the historic de Havilland Building at Downsview Park to provide classrooms and laboratories for programs in aviation. The campus will also house research and development space to support the development of advanced aircraft manufacturing technologies. Occupancy is expected in late 2017.
Agricultural R&D firm AgBiome is creating a 30,000-sf mixed-use complex in Research Triangle Park, N.C. Located at The Lab, the leased facility will provide laboratory, office, and greenhouse space. The project is being developed by the Research Triangle Foundation, and occupancy is expected in December of 2015.
Oregon State University is planning to build a $60 million Forest Science Complex in Corvallis. The 85,000-sf project includes construction of the 20,000-sf Advanced Wood Building Products Laboratory, which will feature a strong floor for full-scale product testing, high-bay research space, and robotic manufacturing systems. An academic building supporting programs in forestry, wood science, and renewable materials will also be constructed. Both facilities will open in fall of 2017.
BASF opened a $55 million research center in July of 2015 in Ludwigshafen, Germany. The 118,400-sf facility provides laboratories and offices for approximately 200 employees in the Advanced Materials & Systems Research division. The seven-story project is strategically sited between other research buildings to foster collaboration. The center, built using BASF’s innovative construction technologies, features high-performance insulation panels based on inorganic aerogel.
Colorado State University is planning to build the $47 million Helen and Arthur E. Johnson Family Equine Hospital in Fort Collins. The 180,000-sf project will provide advanced diagnostic and surgical services, and house eight biosecure isolation stalls for the treatment of horses with infectious diseases. Supporting 27 equine clinicians, the hospital will feature imaging technologies, including a high-resolution computed tomography (CT) scanner. A 3 Tesla MRI will be installed in a new CSU research building adjacent to the facility.
OhioHealth opened its $300 million Neuroscience Center in Columbus in July of 2015. Located on the campus of Riverside Methodist Hospital, the 10-story, 409,000-sf tower provides 224 private inpatient rooms, 11 procedure rooms, and a radiation therapy suite. Clinical space supports a dynamic collaboration between the disciplines of neuroscience, heart and vascular care, and oncology.
Abu Dhabi University began building a $10 million egnineering facility in July of 2015. Designed to meet international teaching and research standards, the 99,000-sf addition will provide 30 laboratories for civil, mechanical, electrical, computer, and chemical engineering, as well as supporting programs in architecture, interior design, information technology, and aviation. The building will also house 12 classrooms, 110 faculty offices, and conference rooms. Occupancy is expected in August of 2016.
The University of Maryland is building a state-of-the-art engineering teaching and research building for the era of convergence science. It is designed to facilitate the practical integration of bioscience, medicine, and engineering to develop new biomedical devices and other health-related advancements. When it opens in 2017, the six-floor, 184,000-sf A. James Clark Hall will serve as a national center for innovation that combines engineering with biology, medicine, and information technology in support of private and government partnerships.
