flexiblefullpage
billboard
interstitial1
catfish1
Currently Reading

How HOK achieved design consensus for London's Francis Crick Institute

Laboratories

How HOK achieved design consensus for London's Francis Crick Institute

HOK was as much mediator as it was architect and designer for the $931 million biomedical research center.


By John Caulfield, Senior Editor | June 16, 2016

Rendering courtesy HOK

HOK worked on the Francis Crick Institute for more than seven years. The firm was as much a mediator as it was the project’s architect and designer.

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.

David King, RIBA, Technical Principal for HOK’s London office, provides insider details about what it took to get the Francis Crick Institute from launch to completion.

According to King, the six partners that funded the institute had “different protocols and procedures, often different funding methods, and organizational structures.”

To build consensus about key expectations and outcomes, HOK established 12 main user groups, which HOK encouraged to focus on how the building’s operations would work in the future, and how best practices from other research facilities around the world could be incorporated.

“The fundamental challenge was whether the building would become home to six institutions sharing common facilities, or one institution made up of several constituents. Happily, it is the latter,” says King.

HOK also had to deal with outside forces that could have tied the project in knots. “The Commission for Architecture and the Built Environment, the Mayor of London, and Camden Council had widely differing views on how the building should look,” recalls King. Camden Council initially opposed the proposed development altogether, preferring to use the site for social housing.

PLP Architecture was appointed to the project because of its previous work with Camden’s planning department. “We worked with PLP to focus on the building’s envelope and outward expression in order to shape the building into a civic landmark that Camden would approve,” said King.

The solution: One-third of the structure is below ground level, and its curved roof design is meant to create a more inviting perspective for the surrounding community.

Over the course of the project, HOK retained at least seven other sub-consultants for their expertise in such areas as acoustics (Cole Jarman), lighting (Porkorny Lichtarchitektur), biological resource facilities (Boswell Mitchell & Johnson), shielding (VitaTech), building maintenance and systems access (REEF Associates), cladding (EPPAG), and computer graphics imagery (Glowfrog).

Related Stories

University Buildings | Aug 7, 2023

Eight-story Vancouver Community College building dedicated to clean energy, electric vehicle education

The Centre for Clean Energy and Automotive Innovation, to be designed by Stantec, will house classrooms, labs, a library and learning center, an Indigenous gathering space, administrative offices, and multiple collaborative learning spaces.

Laboratories | Jul 10, 2023

U.S. Department of Agriculture opens nation’s first biosafety level 4 containment facility for animal disease research

Replacing a seven-decade-old animal disease center, the National Bio and Agro-Defense Facility includes the nation’s first facility with biosafety containment capable of housing large livestock.

Laboratories | Jun 23, 2023

A New Jersey development represents the state’s largest-ever investment in life sciences and medical education

In New Brunswick, N.J., a life sciences development that’s now underway aims to bring together academics and researchers to work, learn, and experiment under one roof. HELIX Health + Life Science Exchange is an innovation district under development on a four-acre downtown site. At $731 million, HELIX, which will be built in three phases, represents New Jersey’s largest-ever investment in life sciences and medical education, according to a press statement.

University Buildings | May 17, 2023

New UC Irvine health sciences building supports aim to become national model for integrative health

The new College of Health Sciences Building and Nursing & Health Sciences Hall at the University of California Irvine supports the institution’s goal of becoming a national model for integrative health. The new 211,660-sf facility houses nursing, medical doctorate, pharmacy, philosophy, and public health programs in a single building.

Sustainability | May 11, 2023

Let's build toward a circular economy

Eric Corey Freed, Director of Sustainability, CannonDesign, discusses the values of well-designed, regenerative buildings.

BIM and Information Technology | May 8, 2023

3 ways computational tools empower better decision-making

NBBJ explores three opportunities for the use of computational tools in urban planning projects.

Mass Timber | May 1, 2023

SOM designs mass timber climate solutions center on Governors Island, anchored by Stony Brook University

Governors Island in New York Harbor will be home to a new climate-solutions center called The New York Climate Exchange. Designed by Skidmore, Owings & Merrill (SOM), The Exchange will develop and deploy solutions to the global climate crisis while also acting as a regional hub for the green economy. New York’s Stony Brook University will serve as the center’s anchor institution.

University Buildings | Apr 24, 2023

Solving complicated research questions in interdisciplinary facilities

University and life science project owners should consider the value of more collaborative building methods, close collaboration with end users, and the benefits of partners who can leverage sector-specific knowledge to their advantage.

Laboratories | Mar 9, 2023

5 laboratory design choices that accelerate scientific discovery

Stephen Blair, director of CannonDesign's Science & Technology Practice, identifies five important design strategies to make the most out of our research laboratories.

University Buildings | Feb 9, 2023

3 ways building design can elevate bold thinking and entrepreneurial cultures

Mehrdad Yazdani of CannonDesign shares how the visionary design of a University of Utah building can be applied to other building types.

boombox1
boombox2
native1

More In Category




Laboratories

The Department of Energy breaks ground on the Princeton Plasma Innovation Center

In Princeton, N.J., the U.S. Department of Energy’s Princeton Plasma Physics Laboratory (PPPL) has broken ground on the Princeton Plasma Innovation Center (PPIC), a state-of-the-art office and laboratory building. Designed and constructed by SmithGroup, the $109.7 million facility will provide space for research supporting PPPL’s expanded mission into microelectronics, quantum sensors and devices, and sustainability sciences. 

halfpage1

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021