When the Francis Crick Institute opens this summer, in London, it will be the quintessence of the future direction of science and technology facilities.
TOP 40 SCIENCE + TECHNOLOGY ARCHITECTURE FIRMS
Rank, Firm, 2015 Revenue
1. Perkins+Will $60,040,000
2. HDR $56,664,000
3. HOK $50,435,000
4. Payette $35,458,760
5. Stantec $34,755,593
6. Flad Architects $29,730,000
7. SmithGroupJJR $26,205,000
8. DGA $21,133,997
9. Page $19,500,000
10. ZGF Architects $18,405,848
TOP 30 SCIENCE + TECHNOLOGY CONSTRUCTION FIRMS
Rank, Firm, 2015 Revenue
1. Skanska USA $461,469,485
2. Suffolk Construction Co. $307,964,240
3. Whiting-Turner Contracting Co., The $141,886,037
4. JE Dunn Construction $100,808,913
5. Turner Construction Co. $91,930,708
6. Gilbane Building Co. $52,712,000
7. DPR Construction $40,625,000
8. Jacobs $24,060,000
9. Sundt Construction $23,322,783
10. Hill & Wilkinson General Contractors $21,132,000
TOP 50 SCIENCE + TECHNOLOGY ENGINEERING FIRMS
Rank, Firm, 2015 Revenue
1. Jacobs $51,420,000
2. Affiliated Engineers $29,447,000
3. Vanderweil Engineers $21,653,900
4. CRB $10,200,000
5. RMF Engineering $6,285,000
6. Mazzetti $5,199,075
7. Thornton Tomasetti $4,686,534
8. Newcomb & Boyd $3,466,430
9. Rist-Frost-Shumway Engineering $3,335,000
10. Global Engineering Solutions $3,275,000
The 980,000-sf, $931 million facility is the result of a unique financing mechanism that brought together three of the U.K.’s heaviest funders of biomedical research—the Medical Research Council, Cancer Research UK, and the Wellcome Trust—and three leading universities—University College London, Imperial College London, and King’s College London.
“The Crick,” as it’s known, is organized into four “laboratory neighborhoods” that encourage multidisciplinary interaction among its 1,500 scientists. Offices and labs have floor-to-ceiling glazing. The facility is designed around two atria that allow visibility throughout the building and between floors.
The design emphasizes communal space by enabling people to peer into multiple floors, according to Larry Malcic, AIA, LEED GA, SVP/Design Principal in the London office of HOK, which designed the lab. The idea, he said, is to “put science on display and promote collaboration.”
Projects like The Crick practically force scientists, engineers, and technicians from disparate fields to interact. “Things are happening between disciplines now, and there are a lot more buildings with oddball combinations of sciences,” says HDR Design Principal Dan Rew, AIA, LEED AP.
The state of Maryland’s $180 million Public Health Lab, which opened last year at Forest City’s Science Park, in Baltimore, exemplifies this pattern. HDR provided architectural and engineering services for the five-story, 200,000-sf lab, which does testing, consulting, and offers regulatory support related to infectious disease, epidemiology, environmental, and regulatory public health issues.
The open-lab concept allows operations to scale up and mobilize quickly in the event of an emergency, says HDR VP Warren Hendrickson, AIA, LEED AP BD+C. The ground floor, where first responders train, is visible from the street. The building is also linked to the Centers for Disease Control and Prevention.
In Seattle, the 270,000-sf headquarters of the Allen Institute is programmed for team science, says Kay Kornovich, RA, LEED AP, NCARB, Managing Director, Perkins+Will, Seattle. She says the institute wanted to break down walls between “carpet” people (managers) and “vinyl” people (researchers).
The building, which opened last December, focuses on brain and cell sciences. It is organized in a series of “petals” grouped around a six-story atrium. Cantilevered into the atrium are glass-walled collaboration pods outfitted with comfortable seating and whiteboards. “In any part of the building, you can see science and meetings going on,” says Kornovich.
Saving money can be the impetus for combining disciplines and buildings. Shepley Bulfinch’s design for the University of Houston’s Health and Science Building II connects the nine-story, 300,000-sf structure to H&S Building I. This will allow them to share loading docks, animal care facilities, and expensive equipment like NMR machines, says Luke Voiland, AIA, LEED AP, Principal in the firm’s Houston office.
“Clients are trying to do more with less, like bringing physics and engineering departments together,” adds Ed Burton, SmithGroupJJR’s S+T National Practice Leader. He points to the $80 million, 136,500-sf Senator Daniel K. Inouye Defense POW/MIA Accounting Agency Center for Excellence, which opened last September at Joint Base Pearl Harbor–Hickam, in Oahu, Hawaii. The lab consolidates operations that had been spread out over three military installations.
Some S+T facilities are incorporating business development into their objectives. Half of the space in the H&S building at the University of Houston will be used to train future pharmacists, and the other half for drug discovery research. This trend might explain why computational, simulation, and STEM labs are all the rage now. “The incubator mentality is creeping into labs,” says HDR’s Rew.
Last September, Skidmore, Owings & Merrill, in collaboration with the U.S. Energy Department’s Oak Ridge National Laboratory, completed the 210-sf Additive Manufacturing Integrated Energy demonstration project. AMIE 1.0 is a 3D-printed building designed to produce and store renewable power and share energy wirelessly with a 3D-printed vehicle developed by the DOE. The project aimed to demonstrate the use of bidirectional wireless energy technology and high-performance materials to achieve independence from the power grid at peak-demand periods.
Philip Enquist, FAIA, SOM’s Partner in Charge of Urban Design and Planning, sees AMIE 1.0 as “the beginning of a new chapter” in building for a resilient future.
Leo A Daly is working on the Emergent Technologies Institute, located on 6.5 acres of Florida Gulf Coast University’s campus, in Fort Myers. Public and private researchers will develop and test wind, solar, and agricultural technologies at this 24,600-sf incubator lab.
“We designed an infrastructure that provides a backbone for research, but remains adaptable to the academic and business communities’ needs,” says Robert Thomas, AIA, LEED AP, Leo A Daly’s Principal of S+T.
RETURN TO THE GIANTS 300 LANDING PAGE
Related Stories
Giants 400 | Oct 20, 2017
Top 40 sports architecture firms
Populous, HOK, and HKS top BD+C’s ranking of the nation’s largest sports sector architecture and AE firms, as reported in the 2017 Giants 300 Report.
Giants 400 | Oct 19, 2017
Race for talent drives office designs
Is the shift toward attracting younger workers too much or not enough?
Sponsored | Designers | Oct 18, 2017
Universal design principles: Part 2
The CDC targets the bathroom as the most dangerous room in the house. Architects can use principles of Universal Design (UD) to reduce these hazards.
Giants 400 | Oct 17, 2017
Top 110 office architecture firms
Gensler, Jacobs, and HOK top BD+C’s ranking of the nation’s largest office sector architecture and AE firms, as reported in the 2017 Giants 300 Report.
Giants 400 | Oct 16, 2017
Data center market forecast: Clearly cloudy
Look for mission-critical construction to double in the next few years.
Resiliency | Oct 13, 2017
Resiliency takes center stage in new projects around the country
Projects like these, where resilience is central to their design and construction, are becoming more commonplace.
Architects | Oct 11, 2017
Architects to policymakers: Buildings are infrastructure, too
Left out of this ongoing national debate over infrastructure are the nation’s other public buildings: the libraries, community centers, courthouses, community college buildings, affordable housing developments, and justice facilities.
Giants 400 | Oct 11, 2017
Top 25 data center architecture firms
Jacobs, Corgan, and Gensler top BD+C’s ranking of the nation’s largest data center sector architecture and AE firms, as reported in the 2017 Giants 300 Report.
Multifamily Housing | Oct 9, 2017
6 new products for the multifamily construction market
Bamboo wall panels, an adaptable prep sink, and a two-tiered bike parking system are among the product innovations geared for multifamily buildings.
AEC Tech | Oct 6, 2017
How professional bias can sabotage industry transformation
Professional bias can take the form of change-resistant thinking that can keep transformational or innovative ambitions at bay. Tech consultant Nate Miller presents three kinds of bias that often emerge when a professional is confronted with new technology.