Stanford University’s new Innovation Curve Technology Park will certainly embody its name.
Designed by Form4 Architecture of San Francisco, the 13.5-acre Palo Alto campus will have four buildings that feature steep curved roofs that will be fabricated of painted recycled aluminum. The buildings, located on the edge of the Stanford Research Park, will accommodate programs for computer gaming, translation software, and digital inventions.
The wavy roofs reach up to two stories in height and are meant to symbolize the “roller-coaster evolution of innovation,” according to Form4. The process of exploratory research and development is filled with highs and lows (and some stagnation), and the roofs are a testament to that.
Deep overhangs and vertical glass fins shade the building exteriors to control solar heat gain and provide views in and out of the building. The design incorporates deep horizontal sunshades that act as light shelves and solar-controlled skylights.
With intentions of achieving LEED-Platinum certification, the Innovation Curve also has sustainable features like high-efficiency mechanical and electrical systems, high-performance cool roofs, solar power generation, recycling of construction waste, and bioswales landscaped with native plants.
The Innovation Curve buildings are under construction and are expected to be completed by 2017. Also on the Building Team are Vance Brown Builders (contractor), DCI (SE), and M-E Engineers (MEP).
(Click renderings to enlarge)
Related Stories
Sponsored | | Oct 23, 2014
From slots to public safety: Abandoned Detroit casino transformed into LEED-certified public safety headquarters
First constructed as an office for the Internal Revenue Service, the city's new public safety headquarters had more recently served as a temporary home for the MGM Casino. SPONSORED CONTENT
| Oct 23, 2014
China's 'weird' buildings: President Xi Jinping wants no more of them
During a literary symposium in Beijing, Chinese President Xi Jinping urged architects, authors, actors, and other artists to produce work with "artistic and moral value."
| Oct 22, 2014
Customization is the key in tomorrow's workplace
The importance of mobility, flexibility, and sustainability in the world of corporate design are already well-established. A newer trend that’s gaining deserved attention is customizability, and how it will look in the coming years, writes GS&P's Leith Oatman.
| Oct 16, 2014
Perkins+Will white paper examines alternatives to flame retardant building materials
The white paper includes a list of 193 flame retardants, including 29 discovered in building and household products, 50 found in the indoor environment, and 33 in human blood, milk, and tissues.
| Oct 15, 2014
Harvard launches ‘design-centric’ center for green buildings and cities
The impetus behind Harvard's Center for Green Buildings and Cities is what the design school’s dean, Mohsen Mostafavi, describes as a “rapidly urbanizing global economy,” in which cities are building new structures “on a massive scale.”
| Oct 14, 2014
Proven 6-step approach to treating historic windows
This course provides step-by-step prescriptive advice to architects, engineers, and contractors on when it makes sense to repair or rehabilitate existing windows, and when they should advise their building owner clients to consider replacement.
| Oct 13, 2014
The mindful workplace: How employees can manage stress at the office
I have spent the last several months writing about healthy workplaces. My research lately has focused on stress—how we get stressed and ways to manage it through meditation and other mindful practices, writes HOK's Leigh Stringer.
Sponsored | | Oct 13, 2014
CLT, glulam deliver strength, low profile, and aesthetics for B.C. office building
When he set out to design his company’s new headquarters building on Lakeshore Road in scenic Kelowna, B.C., Tim McLennan of Faction Projects knew quickly that cross-laminated timber was an ideal material.
| Oct 12, 2014
AIA 2030 commitment: Five years on, are we any closer to net-zero?
This year marks the fifth anniversary of the American Institute of Architects’ effort to have architecture firms voluntarily pledge net-zero energy design for all their buildings by 2030.
| Oct 9, 2014
Regulations, demand will accelerate revenue from zero energy buildings, according to study
A new study by Navigant Research projects that public- and private-sector efforts to lower the carbon footprint of new and renovated commercial and residential structures will boost the annual revenue generated by commercial and residential zero energy buildings over the next 20 years by 122.5%, to $1.4 trillion.
