Research and Development

The University of New South Wales broke ground in August of 2010 on the $125 million Tyree Energy Technologies Building in Sydney, Australia. The facility will support research in photovoltaics, carbon capture and storage, oil and gas reserves, nanomaterials, energy policy, and market analysis. Accommodating 300 engineering students and 100 staff members, the sustainably-designed building will include a roof-mounted solar panel array and a gas-fired tri-generation plant for power, heating, and cooling.

Fitchburg State University is planning a $42 million expansion of Condike Science Center in Fitchburg, Mass. The 54,700-sf addition will house classrooms and teaching and research labs for biology and chemistry. The existing science center will be renovated to provide faculty offices and classrooms for physics and geophysical sciences.

Pennsylvania State University College of Medicine is expanding its Drug Discovery Core Facility in Hershey. Supported by $2.78 million federal stimulus funding, the project includes renovation of 6,600 sf on the second floor of the Biomedical Research Building. Consolidating and integrating shared resources for research, the project will provide contiguous offices with dedicated data analysis workstations as well as communal space for faculty and student users.

Oklahoma Medical Research Foundation will build out two floors of shell space in its existing 186,000-sf tower in Oklahoma City to house translational research on immune-based human disease. Supported by $7 million in stimulus funding, the project will include a 3,400-sf cryostorage facility, clinical space, and 16,600 sf of biomedical research laboratories.

The University of Queensland opened the $100 million School of Veterinary Science in Gatton in August of 2010. The teaching and research complex includes the Veterinary Science Building, the UQ Veterinary Medical Centre Pre-Clinical Teaching Laboratories, the Veterinary Clinical Studies Building, and the Equine and Companion Animal Hospitals. The school will accommodate 550 veterinary science students.

The USDA Forest Service opened the $38 million Centennial Research Facility in June of 2010. Located at the Forest Products Research Laboratory in Madison, Wis., the 87,000-sf facility houses state-of-the-art equipment and research laboratories. Designed to promote collaboration between scientists and industry partners, the facility is located on the west side of the University of Wisconsin-Madison campus and includes a business incubator. The construction contractor for the project was Kramer Brothers.

Portafab Modular Building Systems was assessed by NSF-ISR in spring of 2010 and found to be in conformance with ISO 9001:2008 standards. ISO 9001:2008 is an internationally recognized standard for Quality Management Systems (QMS) that is designed to provide companies with a set of principles that ensure a systematic approach to achieving customer satisfaction.

The Grand Bay Coastal Resources Center attained LEED Gold sustainable design certification in August of 2010. The $7 million, 20,000-sf research and education facility is owned by the state of Mississippi and opened in December of 2009. Comprising five wings and an amphitheater courtyard, the building includes chemistry, biology, and microbiology laboratories as well as classrooms and offices. The project was designed by Lord, Aeck & Sargent in collaboration with Studio South Architects.

The Wistar Institute is planning to construct a biomedical research tower in Philadelphia. The seven-story facility will house five floors of research labs as well as meeting space and an auditorium. Designed by Ballinger, the project includes demolition of less than one third of Wistar’s existing 103,750-sf cancer research building and vivarium.

The University of Liverpool has awarded Shepherd Construction a £16.5 million contract to build the 5,950-sm Apex project. The interdisciplinary facility will house researchers studying infectious diseases, cancer, and digestive diseases. BREEAM sustainable design certification will be sought for the project, which will include a heat recovery system. Completion is expected in October of 2011.

Johns Hopkins University’s Applied Physics Laboratory broke ground on the 47,500-sf Building 30 in July of 2010. The $30 million spacecraft assembly and testing facility will include optics labs and a high-bay cleanroom. The project will support research for NASA and the Department of Defense and is expected to open in fall of 2012. LEED sustainable design certification will be sought for the facility.

The Woods Hole Oceanographic Institution (WHOI) broke ground in August of 2010 on the Laboratory for Ocean Sensors and Observing Systems. The 27,000-sf project is supported by $8.1 million in federal stimulus funding and will house lab and office space for the National Science Foundation’s Ocean Observatories Initiative, the Martha’s Vineyard Coastal Observatory, the WHOI Ocean Bottom Seismometer Instrument Pool, and the Environmental Sample Processor Lab. Construction will begin on the facility in March of 2011 with occupancy expected in June of 2011.

The University of California, Santa Barbara began research at the Center for Stem Cell Biology and Engineering in mid-2010. The $6.3 million laboratory was created by renovating 10,337 sf in the existing Biological Sciences 2 Facility. The collaborative stem cell research facility includes a core laboratory with a high-throughput sequencing apparatus, offices, conference rooms, and support. Additionally, the $6 million CIRM 2 (California Institute for Regenerative Medicine 2) is currently under construction with completion expected in June of 2011.

Montana State University's Eastern Agricultural Research Center broke ground on a $2.5 million facility in Sidney in July 28, 2010. The building will house three research labs, two greenhouses, offices, and a large meeting room. The general contractor for the 10,000-sf project is Fisher Construction.

CSL Limited will construct a biopharmaceutical R&D facility in Broadmeadows, Victoria. The $235 million project includes infrastructure improvements to CSL’s existing manufacturing campus to enhance integration with the new building. The R&D facility will support late stage development of treatments for cancer, bleeding disorders, inflammation, and infection.