Research and Development

The University of Mississippi Medical Center is planning to break ground in early 2013 on the $35 million Cancer and Biomedical Science Research Center in Jackson. The 220,000-sf facility will provide an animal research vivarium,  labs for the UMMC Cancer Institute, and a 25,000-sf business incubator for biotechnology companies. The project is supported by $20 million in funding from the National Institute of Standards and Technology. The first three floors of the building will be ready for occupancy in 18 months.

The Korea Research Institute of Bioscience and Biotechnology opened a 646,000-sf xenotransplantation research facility in May of 2012. Located in Daejeon, South Korea, the $135 million project will support animal research in organ transplants from miniature pigs to primates and the development of regenerative medicine therapies. The facility was developed in partnership with the Korea National Primate Research Center. The duration of construction was three years.

The University at Buffalo has selected HOK to design the new School of Medicine and Biomedical Sciences. The $375 million medical school will be built to attain LEED Gold certification. Construction will begin by fall of 2013 with completion expected in 2016. The facility will be integrated with UB's academic medical center to promote a synthesis of instruction, research, and treatment. 

The University of Massachusetts Dartmouth broke ground on the Massachusetts Accelerator for Biomanufacturing (MAB) in Fall River in May of 2012. Upon completion in fall of 2013, the MAB will be the only facility in the United States where startups will be able to test their biomanufacturing methods and bioproducts at every stage of development and access full-service support from business and marketing to science support.

Buffalo State College is building the $110 million Science and Mathematics Complex in Buffalo, N.Y. The project includes construction of a 96,000-sf facility to house the departments of biology, chemistry, mathematics, physics, and earth sciences. Designed by Cannon Design, the project will provide teaching and research labs, offices, a planetarium, instrumentation rooms, and a three-story atrium. Ground was broken on the facility in September of 2009.

Construction was completed on Brock University's $111 million Cairns Family Health and Bioscience Research Complex in May of 2012. Located in St. Catherines, Ontario, the five-story, 169,000-sf facility will provide space for the Niagara campus of the Michael G. DeGroote School of Medicine as well as housing a business incubator, a CL3 biocontainment lab, a photophysical sciences lab, and a synthetic chemistry lab. The complex will accommodate research in infectious diseases, biotechnology, plant pathology, green chemistry, and biomedical science. 

The University of Arkansas at Little Rock opened the $15 million Center for Integrative Nanotechnology Sciences in May of 2012. The five-story, 50,534-sf project provides research facilities for scientists and students to explore the interface between nanomaterials, plant biology, and mammalian biology, and houses advanced laboratories, offices, and a rooftop greenhouse. LEED Gold sustainable design certification will be sought for the building.

The University at Buffalo dedicated the $75 million Barbara and Jack Davis Hall in May of 2012. Housing the School of Engineering and Applied Sciences, the 130,000-sf facility provides flexible laboratories, classrooms, and seminar rooms for interdisciplinary research and education.

Middle Tennessee State University broke ground on its $147 million Science Building in Murfreesboro in May of 2012. Providing over 250,000 sf for STEM education (programs in science, technology, engineering, and math), the facility will include seven teaching labs, a 150-seat lecture hall, two-tiered discussion classrooms, and advanced instrumentation suites.

Southern Research Institute announced in May of 2012 that it will collaborate with the University of Texas Medical Branch at Galveston to develop and validate a high-volume, high-throughput screening platform within BSL-4 containment space at Galveston National Lab. High-throughput screening (HTS) involves the process of rapidly screening and testing large numbers of different chemical compounds against select disease targets.

Amgen is initiating a $200 million expansion of its campus in Dun Laoghaire, Ireland. The project includes construction of a 126,000-sf building extension, a new production plant, an expanded warehouse, and extensive refurbishment of the existing buildings. In addition, a significant research and development investment will also see the Dun Laoghaire facility undergo a major technology process enhancement to transform the plant into one of the leading biotechnology manufacturing sites in the world.

The NuMI Off-Axis Electron Neutrino Appearance Experiment (NOvA) far detector building opened in April of 2012. Located near International Falls, Minn., the $283 million facility was created by a partnership of the U.S. Department of Energy, Fermi National Accelerator Laboratory, and the University of Minnesota's School of Physics and Astronomy and the Twin Cities College of Science and Engineering. The project was built by Adolfson & Peterson Construction Management of Minneapolis.

The $1 billion Francis Crick Institute is under construction in London. The 10-story, 980,000-sf facility was designed by HOK in partnership with PLP Architecture to accommodate interdisciplinary biomedical research. Construction began in June of 2011 with occupancy expected in 2015. The general contractor for the project is Laing O’Rourke. The Francis Crick Institute will house 1,250 researchers and 250 support staff and will include biocontainment laboratories.

Binghamton University is planning to build the $70 million Smart Energy Research and Development Facility in Vestal, N.Y. The project will support the development of industry partnerships and will accommodate research programs in solar and thermoelectric energy harvesting, energy storage, energy efficiency in electronic systems, and sensor development for energy resource management. Construction is expected to begin in mid-2012 and reach completion by fall of 2017.

Baxter International will begin construction in 2012 on a $1 billion biologics manufacturing complex in Atlanta. Accommodating over 1,500 employees, the facility will support the creation of advanced plasma-based therapeutics. Commercial production is expected to begin in 2018.