Research and Development

Purdue University will break ground in fall of 2008 on an $11 million expansion of the Ray W. Herrick Laboratories in West Lafayette, Ind.  The new facility will double the lab’s existing footprint of 27,500-sf to provide a total of 52,000-sf. The first phase of the project will be comprised of 16,000-sf for the Perception-Based Engineering Laboratory and the Cummins Engine Laboratory. Housing offices and experimental facilities for over 100 faculty, graduate students, and staff, the project will feature noise and vibration mitigation technologies.

The University of California, Merced is planning to construct a $7.5 million stem cell instrumentation foundry on its campus at Castle Airport in Atwater, Calif.  Supported by $4.36 million in funding from the California Institute for Regenerative Medicine, the 8,000-sf facility will enable the creation of devices for single-cell analyses.

The University of Prince Edward Island’s Atlantic Veterinary College opened its $20 million Research Complex in Charlottetown in July of 2008. The 5,300-sm building will house the Centre for Bioactive Valuation, the Centre for Comparative Biomedical Research, and the Lobster Science Centre. Providing 1,100 sm of additional research laboratories and a $3 million CL3 (containment level 3) facility, the project is part of $45 million in infrastructure improvements planned and under way at the veterinary college.

IBM is partnering with The Swiss Technical University (ETH) to construct a £44 million nanotechnology laboratory near Zurich, Switzerland. Housing 900-sm of cleanroom space, the facility will accommodate 268-sm for IBM, 258-sm for ETH, and 400-sm of shared research space. The building will be sited on IBM’s Rueschlikon campus and will house temperature-stable laboratories protected from vibrations and EMI. The facility will accommodate research on nanotubes, nano-optics, spintronics, and carbon-based materials.

The University of California at Santa Cruz will construct a $12.9 million stem cell research center on the fourth floor of its planned Biomedical Sciences Building. Supported by $7.2 million in funding from the California Institute for Regenerative Medicine (CIRM), the 19,829-sf facility will house interdisciplinary stem cell research laboratories. The project will include core research areas, microscopy, and tissue culture rooms. 

Russian semiconductor manufacturer ANGSTREM-T has selected M + W Zander as project engineer to construct a 200mm wafer production plant at its Zelenograd campus. The 6,000-sm cleanroom facility is slated for completion in late 2009. M +W Zander is based in Germany.

The Medical Research Council has selected HBG to build the £197 million Laboratory of Molecular Biology at the Cambridge Biomedical Campus in the United Kingdom. Designed by RMJM, the 32,500-sm laboratory will be supported by over 780 structural piles to mitigate vibration and will include an underground heat recovery pipe system. A 4,600-sm energy center will also be built. Construction will begin by year-end 2008 with completion expected in early 2012. The construction cost for the laboratory is £140 million.

The University of Minnesota will construct a plant pathogen laboratory with greenhouses on its St. Paul campus. The project was approved by the USDA’s Animal and Plant Health Inspection Service in June of 2008 and will accommodate research on diseases such as the virulent stem rust Ug99. The secure facility will feature advanced air filtration and containment technologies.

NASA is constructing the $40 million, five-story Research and Development Administration Building at the Michoud Assembly Facility in New Orleans. The 120,000-sf facility is funded by the state of Louisiana through the University of New Orleans Research & Technical Foundation and the Louisiana Office of Economic Development as part of a long-term partnership agreement with NASA. It will contain administrative offices, a conference center, and collaborative R&D space for partner organizations including the National Center for Advanced Manufacturing.

The University of Toronto at Mississauga will break ground in fall of 2008 on the four-story New Medical Academy Building. Two-thirds of the facility will house instructional and administrative space with one-third housing research labs and faculty offices. The $36 million health sciences complex will include classrooms and laboratories for chemistry, forensics, psychology, molecular biology, and biomedical research. The project manager is PMX Inc. Completion is slated for August of 2010.

The University of California, Santa Barbara is renovating 10,337-sf in its Biological Sciences 2 Facility to house the Center for Stem Cell Biology and Engineering. The $6.3 million project is funded by $3.2 million from the California Institute for Regenerative Medicine. The collaborative stem cell research facility will include a core laboratory with a high throughput sequencing apparatus, offices, conference rooms, and support.

The University of Alabama’s $64 million Science and Engineering Complex in Birmingham is slated for completion in July of 2009. Built by B.L. Harbert International, the three-story project is comprised of 235,000-sf teaching and research facilities, including a BSL-3 laboratory. Davis Architects of Birmingham are the project design consultants. The facility will house classrooms and laboratories for biology and chemistry and includes the expansion of an existing energy plant and relocation of cooling towers.

The University of Melbourne is planning to construct the $100 million Victorian Life Sciences Computation Initiative Centre in the University’s Parkville Precinct in Melbourne, Australia. The facility will support high performance computing for life sciences research on diseases including cancer, influenza, and brain disorders by using large databases of genetic information. The facility will partner on research initiatives with the San Diego Supercomputer Center of the University of California, San Diego.

Virginia Tech is planning to construct a $90 million research center in the Ballston area of Arlington. Strategically located near the National Science Foundation, the Office of Naval Research, and the Defense Advanced Research Projects Agency, the seven-story, 144,000-sf facility is slated for occupancy in late 2010. The center will house 250 faculty, staff, and graduate students engaged in bioinformatics, public health, and medical informatics research, as well as the Virginia Tech Transportation Institute and the Institute of Critical Technology and Applied Science.

The University of Minnesota opened the Medical Devices Center at the Twin Cities campus in Minneapolis on June 24, 2008. The $400,000 technology-rich facility will enable researchers to design, prototype, and test new medical devices. Housing a computer-aided precision design center, a fabrication facility, and a 3D surgical imaging suite, the Medical Devices Center is part of the University of Minnesota's Institute for Engineering in Medicine (IEM). The Institute will expand to a total of 50,000-sf of research and office space on three floors by 2011.