This month's issue of Laboratory Design Newsletter features a cover story on the next generation of integrated research facilities. Other features include designing labs for lean operation, the increasing significance of thermal bridging in lab building envelopes, remaining nimble in a competitive research market and ESD control flooring in the lab.
Florida International Univ.’s Chaplin School celebrated the unveiling of the Brewing Science...
The National Institutes of Health held a scientific symposium and a dedication ceremony March 31...
SmithGroupJJR has named Tim Tracey, AIA, as director of its Chicago office. He was previously...
Unleashing the huge potential of data will be the focus of a new global institute at Imperial College London. In the last two years the world has produced more data than in all of human history. Developing insights from better analysis of this information will enable us to improve our predictions of diseases in people, stimulate innovation, unleash waves of productivity and create new consumer services.
Most contemporary research facilities must be flexible, functional and economical to construct and operate. Current economic pressures have added an additional emphasis on high utilization, operational efficiency and energy conservation. Where previous research facilities were often dedicated to a specific research type, the next generation of research facilities must integrate a variety of science disciplines.
What research lab doesn’t care about a good return on investment for their spending? The last five years has marked an increase in the level of scrutiny applied to projects to assure maximum ROI. The early design process demands greater economic analysis of lifecycle costs to reduce operating and energy costs and optimize environmental performance.
Not all outcomes of the recession were negative. As the North American market shrank, the industry saw a significant increase in the number of national and global institutional and private collaborations and people getting creative about funding and seeking partnerships to pool resources.
The design, layout and placement of labs have a significant impact on lab processes, behaviors and communications. A “good” design will proactively support lean processes—including flow, visual management, standard work and excellence in workplace organization—whereas a “bad” design may create waste and make flow more difficult.
For a long time, the thermal performance of façades in research buildings has been undervalued because of the large volumes of air being moved through the space. Using the arsenal of strategies currently available to lab designers, air volumes in many contemporary research labs have been reduced to the minimums needed to maintain health and safety.
Diminishing levels of grant funding, coupled with a higher level of fiscal responsibility, are making today’s lab facilities significantly more accountable for every dollar spent. Unlike the recent past where grant dollars flowed more freely and universities picked up the tab for many facility-related expenses, science departments are being strapped with responsibility-based budgeting.
Many lab processes require the engineered control of electrostatic discharges (ESD) to prevent damage to electrically sensitive equipment and analytic processes, as well as to prevent fire or explosion when handling flammable liquids, powders and gases. Static charges are the result of triboelectric charging of dissimilar materials, such as clothing against skin and shoe soles on the floor surface.
The Univ. of Florida (UF) Clinical and Translational Research Building (CTRB) serves as the headquarters for clinical and translational science at UF and in the state. The building houses patient-oriented research venues for the Institute on Aging and the Clinical and Translational Science Institute, as well as several research groups studying topics including biostatistics, epidemiology, muscular dystrophy and health outcomes and policy.
The EPIC brings together the traditional disciplines of civil, environmental, computer and electrical engineering in a collaborative innovative research and teaching community. Activities are focused on the development of energy and power production, from microchip fabrication and development of new structural materials to environmentally friendly solar and wind power.
A generation ago, wet lab space would’ve included fixed casework, dense with lab benches, storage cabinets and equipment, but hardly any space or capacity to hold a meeting or accommodate change. Today, lab space design reflects an evolution in both the methods of research and the way that scientists work—individually and with their colleagues.
Over the first six months in their special, new, four-bedroom home in suburban Maryland, the Nisters, a prototypical family of four, earned about $40 by exporting 328 kW-h of electricity into the local grid, while meeting all of their varied energy needs. These virtual residents of the Net-Zero Energy Residential Test Facility on the campus of NIST didn't have to skimp the creature comforts of 21st-century living, either.
Hundreds of years after wealthy merchants began building the tall, narrow brick houses that have come to define Amsterdam's skyline, Dutch architects are updating the process for the 21st century: fabricating pieces of a canal house out of plastic with a giant 3-D printer and slotting them together like oversized Lego blocks.
In tough economic times, construction projects are often early victims to budget cuts. During the recent recession, research labs were no exception as many lab construction projects were delayed or canceled. However, lab owners and architectural and engineering firms note that the lab construction business is slowly resurging.
The Laboratory Design Conference is only three weeks away, with registration ending on March 31st. Your opportunity to learn, network and participate in discussion about hot-button trends in laboratory design is coming to Boston, April 2-4th.
Laboratory Design Newsletter features new lab construction, renovation, and adaptive reuse projects in each issue and also online. The new projects section of the website hosts a large variety of lab builds in academic, medical, private, commercial, and government labs.
Dubbed the "mystery barge," due to the secrecy surrounding its purpose, the project built from shipping containers made a quietly orchestrated appearance at a pier last fall. Google is towing the barge to a new location to avoid fines.
The new JCVI facility comprises a three-story, 28,600-sf office wing and a single-story, 12,605-sf lab wing. The light-filled labs have 14-ft-high ceilings, with floor-to-ceiling windows on two sides.
The $40 million project will add to and renovate the Virginia Department of Forensic Science’s Western Laboratory, as well as the Western District Office of the Chief Medical Examiner, housed in the same building.
In its 48th year, the Laboratory of the Year Awards continue to recognize excellence in research laboratory design, planning and construction. This annual international competition receives entries from the best new and renovated laboratories.
This month's issue of Laboratory Design Newsletter features a cover story on remaking engineering buildings, repositioning strategies for success. Other features include information on successful lab equipment moves, how new buildings are re-defining research and collaboration, how BIM bridges the collaboration gap and how science lab design standards create consistency.
The Laboratory Design Conference is only a month away. Time is running out to reserve your space at this annual, highly regarded event.
The renovation of a 10,950-sf lab facility in the KOLB Building of the New York State Psychiatric Institute aimed to create a comfortable research and collaboration environment for scientists studying molecular therapeutics. The new research and education center includes open labs, as well as specialty procedure rooms for microscopy, electrophysiology, fly behavior and histology.
The innovative building design responds to the site with an interior ellipse and infinity-shaped courtyards that were purposely carved out of the central atrium to protect the native trees that predate the development of the site. Designed to be highly sustainable, the building's heat gain is prevented by a high performance glass facade that is covered with a system of metal fins, which deflect sunrays away from the building.
The project, valued at approximately $10 million, will build a facility that will house a broad variety of energy research and PNNL's campus sustainability program. Research conducted there include national challenges in the power grid's reliability and resiliency, the integration of renewable energy onto the power grid and reducing energy use in buildings.
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