The design of the Robert Day Sciences Center at Claremont McKenna College will support “a powerful, multi-disciplinary, computational approach to the grand socio-scientific challenges and opportunities of our time—gene, brain, and climate,” says Hiram E. Chodosh, college president. The need for more interdisciplinary collaboration in the sciences drove the design of the building.
“More than ever, we are seeing the confluence of previously distinct disciplines: breakthroughs in computer and data science lead to breakthroughs in the natural and life sciences,” said Bjarke Ingels, founder and creative director, BIG-Bjarke Ingels Group, the firm that designed the facility. “As a consequence, we need to provide spaces for the integration of these previously siloed sciences. The labs and classrooms are stacked in a Jenga-like composition framing a column-free, open internal space with the freedom and flexibility to adapt the ever-evolving demands of technology and science.
“Each level of the building is oriented towards a different direction of the campus, channeling the flow of people and ideas internally between the labs and the classrooms as well as externally between the integrated sciences and the rest of the campus,” Ingels said. “It is our hope that the building will not only provoke new conversations between scientists but that it may also stimulate the rest of the liberal arts students to take a deeper interest in the sciences and vice versa.”
The 135,000 sf-building’s structure is a stack of two volumes, or rectangular ‘blocks’— two per floor. Each pair is rotated 45 degrees from the floor below. Each individual volume is expressed as a rectangular wood-clad truss on the long edges, and as a floor-to-ceiling glass facade on the shorter sides. The rotation of each floor enables a sky-lit, central atrium at the heart of the building with direct views into classrooms and research spaces from all levels. Upon entering, students will find open spaces that invite collaborative activity.
Instructional and research spaces are organized around the perimeter of the building, providing classrooms with picturesque views while keeping the instructional spaces away from the more social atrium. The interior aesthetic is defined by the contrast of warm wood-clad beams, concrete floors, and the functional double-duty surfaces found within the integrated sciences labs.
Eight outdoor roof terraces offer sweeping 360-degree views of the mountains to the north, the campus to the west, and the Roberts Campus to the east. Designed with a mix of hardscape and softscape areas featuring native plantings, the terraces are multi-functional, designed to be used for outdoor classrooms, study areas, or meeting places.
Groundbreaking recently took place, and the building is expected to be completed in 2024.
On the Building Team:
Owner and/or developer: Claremont McKenna College
Design architect: BIG-Bjarke Ingels Group
Architect of record: BIG-Bjarke Ingels Group
MEP engineer: Acco Engineered Systems
Structural engineer: Saiful Bouquet
General contractor/construction manager: N/A
Related Stories
BIM and Information Technology | Dec 28, 2014
The Big Data revolution: How data-driven design is transforming project planning
There are literally hundreds of applications for deep analytics in planning and design projects, not to mention the many benefits for construction teams, building owners, and facility managers. We profile some early successful applications.
| Dec 28, 2014
AIA course: Enhancing interior comfort while improving overall building efficacy
Providing more comfortable conditions to building occupants has become a top priority in today’s interior designs. This course is worth 1.0 AIA LU/HSW.
| Dec 28, 2014
6 trends steering today's college residence halls
University students want more in a residence hall than just a place to sleep. They want a space that reflects their style of living and learning.
| Dec 2, 2014
Nonresidential construction spending rebounds in October
This month's increase in nonresidential construction spending is far more consistent with the anecdotal information floating around the industry, says ABC's Chief Economist Anirban Basu.
Sponsored | | Nov 26, 2014
What’s in a coating?
A beautiful coating on metal products can make a strong statement, whether used on a high-end commercial project or an industrial building. SPONSORED CONTENT
| Nov 18, 2014
New tool helps developers, contractors identify geographic risk for construction
The new interactive tool from Aon Risk Solutions provides real-time updates pertaining to the risk climate of municipalities across the U.S.
| Nov 17, 2014
Nearly two years after Sandy Hook, the bloodshed continues
It’s been almost two years since 20 first-graders were shot and killed at Sandy Hook Elementary School in Newtown, Conn., but these incidents, both planned and random, keep occurring, writes BD+C's Robert Cassidy.
| Nov 10, 2014
5 guiding principles for solving airflow issues in open-plenum office spaces
Although architecturally appealing, exposed ceilings can create unwanted drafts and airflow problems if not engineered correctly. McGuire Engineers' Bill Stangeland offers tips for avoiding airflow issues on these projects.
| Nov 7, 2014
Arts college uses creative financing to build 493-bed student housing
Many states have cut back funding for higher education in recent years, and securing money for new housing has been tougher than ever for many colleges and universities. A recent residence hall project in Boston involving three colleges provides an inspiring example of how necessity can spawn invention in financing strategies.
| Nov 7, 2014
Prefab helps Valparaiso student residence project meet an ambitious deadline
Few colleges or universities have embraced prefabrication more wholeheartedly than Valparaiso (Ind.) University. The Lutheran-based institution completed a $27 million residence hall this past summer in which the structural elements were all precast.
