Biomedical

The University of Maryland is building a new facility for the Clark School of Engineering in College Park. Ground was broken in November of 2014 on the 184,000-sf A. James Clark Hall, a collaborative, multidisciplinary facility created to support the development of advanced biomedical technologies. Designed by Ballinger, the building will provide a new home for the Fischell Department of Bioengineering and the Robert E. Fischell Institute for Biomedical Devices.

The University of Utah will renovate the existing 71,000-sf George Thomas building to create the Gary & Ann Crocker Science Center in Salt Lake City. The existing structure will be seismically upgraded and reconfigured, and a 52,500-sf addition will be built to accommodate laboratories for the Cell and Genome Research Center. The completed four-story, 123,500-sf facility will also provide lecture halls, classrooms, a café, a business incubator, and a full-height atrium. The project team includes EDA Architects and Okland Construction.

The University of Cambridge has awarded Kier Group a $91 million contract to build a new biomedical laboratory in the United Kingdom. The project will provide up to 180,000 sf of research space and will be located on the Cambridge Biomedical Campus. Site work will begin in mid-2015 with completion expected in summer of 2017.

The Clinical Cell and Vaccine Production Facility (CVPF) at the Hospital of the University of Pennsylvania is designed to facilitate a bench-to-bedside approach, where the clinical materials to treat disease are manufactured and administered within the hospital using cells from the patient’s own body. The project has achieved international recognition for its unique potential for optimizing patient care and for its success treating human immunodeficiency virus (HIV) and cancer.

The seven-story Health Sciences Biomedical Research Facility on the UCSD Health Sciences campus includes wet labs, open lab space, lab support, and administrative support space on five stories above ground; with a vivarium; core lab space; support; and mechanical, electrical, and plumbing systems in the basement. Seven stories of attached administrative office space, interaction spaces and conference rooms are linked by a cast-in-place concrete staircase that climbs seven stories up through the open lobby, and one story down.

AstraZeneca will break ground in early 2015 on its $500 million Global R&D Centre and Corporate Headquarters in Cambridge in the United Kingdom. Providing sophisticated pharmaceutical discovery and development facilities, the project will include space for biologics research, high throughput screening, medicinal chemistry, pre-clinical research, and clinical development. The 11-acre campus will accommodate approximately 2,000 employees.

The University of Edinburgh will break ground in February of 2015 on a $50 million expansion of its Easter Bush campus. Designed by Atkins Global, the project is part of the University's master plan to create the European Centre of Excellence in Animal Sciences and Food Security and comprises an innovation center, a campus hub, and a multistory atrium.

The University of California, San Francisco Medical Center will open its $1.5 billion hospital complex at Mission Bay in February of 2015. The project comprises the Benioff Children’s Hospital San Francisco, the Betty Irene Moore Women’s Hospital, and the Bakar Cancer Hospital. The 289-bed complex is designed to support the integration of biomedical research with patient care and features advanced imaging suites, a helipad, and a fleet of robotic couriers to deliver supplies, meals, and medications.

Michigan State University is constructing the $61 million Bio Engineering Facility in East Lansing. Designed to support interdisciplinary biomedical research, the 130,000-sf building will provide open laboratories and offices for faculty from the colleges of Engineering, Human Medicine, and Natural Science. The sustainably designed facility will be physically connected to the existing Clinical Center C-Wing and Life Sciences B-Wing with proximity to the Radiology Building. Ground was broken on the project in June of 2013 with occupancy expected in fall of 2015.

The Jackson Laboratory will begin construction in 2015 on the $21 million Center for Biometric Analysis in Bar Harbor, Maine. Supporting research on the genetic origins of disease, the four-story, 16,000-sf facility will house advanced technologies for imaging, measurement, gene sequencing, and data processing. The estimated duration of construction is 18 months.

Dalhousie University opened the Zebrafish Core Facility in October of 2014 in Halifax, Nova Scotia. Located in the Life Sciences Research Institute, the $1.8 million laboratory will support interdisciplinary biomedical research on cancer, neuroscience, and genetics. Housing up to 75,000 adult fish, the 4,000-sf facility features a molecular lab and specialized rooms for cell and tissue studies.

The University of California, Los Angeles dedicated the Edie & Lew Wasserman Building in October of 2014. Designed by Richard Meier and Partners Architects, the $115.6 million research and treatment facility provides space for the Stein Eye Institute, the Department of Neurosurgery, and the Institute of Urologic Oncology. Integrating patient care, medical research, and physician training, the six-story, 100,000-sf project will support the collaboration of multidisciplinary physician teams.

The four-story Jackson Laboratory for Genomic Medicine (JAX GM), containing both biological and computational lab space arranged around a central atrium, houses 160 biomedical researchers, technicians, and support staff from five different temporary spaces on the University of Connecticut Health Center campus. The number of occupants is expected to grow to 300 within three years, and the labs are flexible enough to accommodate the expected trend away from the wet bench toward more computational research.

Ohio State University Medical Center dedicated the $1 billion James Cancer Hospital and Solove Research Institute in Columbus in November of 2014. Designed for the delivery of personalized, genomics-based therapies, the 21-story tower features biomedical labs integrated into inpatient floors to provide true bench-to-bedside translational research and treatment. The hospital provides 14 technology-rich operating rooms, a 15-bed emergency department, and a radiation oncology center with seven vaults.

Gilead Sciences broke ground in October of 2014 on a $50 million laboratory building in Edmonton, Alberta. Designed by Manasc Isaac Architects, the 44,000-sf facility will accommodate 80 additional employees engaged in pharmaceutical research, development, and production. The construction manager for the project is Graham Group and completion is expected in spring of 2016.