Intuit Marine Way Building / WRNS Studio + Clive Wilkinson Architects – 【Download AUTOCAD Blocks,Drawings,Details,3D,PSD】

Architects: Clive Wilkinson Architects, WRNS Studio
Location: Marine Way, Mountain View, CA 94043, United States
Wrns Studio Project Team: Bryan Shiles, Sam Nunes, Brian Milman, Pauline Souza, Raul Garduno, Annelise DeVore, John McGill, Li Kuo, Jason Halaby, David Gutzler, Kevin Muni, Rodney Leach, Moses Vaughan
Clive Wilkinson Architects Project Team: Clive Wilkinson, Sasha Shumyatsky, Meghan Kelly,Ben Howell, Brad Carpenter, Amelia Wong, Caroline Morris, Sam Farhang
Consultants: Holmes Structures, Interface Engineering, Integral Group, BKF, EGG Design Partners, Tillotson Design, Richard Hubble, Studio Five Design, Fehr & Peers, Simpson Gumpertz & Heger, TEECOM, ACCO, Prime Electric
Area: 185400.0 ft2
Project Year: 2016
Photographs: Jeremy Bittermann

Text description provided by the architects. As Silicon Valley evolves to compete with growing innovation centers in walkable, networked areas, Intuit’s new Marine Way Building (MWB)—the continuation of a larger update to their Mountain View campus—models a new kind of workplace design for the region. An antidote to the insular campuses still going up throughout the Valley, Intuit’s human-centered, urban-minded, deep green workplace anticipates a more sustainable, publicly-engaged development pattern, while providing its community with a place of warmth, choice, and connection in the here and now.

Transforming the financial lives of individuals for over three decades, the people of Inuit have long felt part of something vital, and Intuit wanted to honor their employees with new workplace environments that support their strong culture and aspirational mission to power prosperity around the world. In response, WRNS Studio and Clive Wilkinson Architects worked as an integrated team to develop a phased design solution for two new office buildings and two new parking structures. These projects were identified in a 2010 master plan and represent major additions to Intuit’s campus, which was originally developed in the 1980’s as a suburban office park.

The planning and geometry of the MWB, with 185,400 sq. ft. on four floors, can be understood as low, wide, connected, and flexible—a strategy that addresses the specific programmatic and collaborative needs of Intuit’s employees, reinforces campus patterns and cohesion, and creates interest along the street.

The large floor plates are organized into human-scaled neighborhoods and connected by clear circulation. Each landing and bleacher stair along the atrium connects directly to a large “living room” with pantry functions and generous inter-team collaborative workspace. In addition to more intimate breakout spaces like balconies and casual soft-furniture settings, which offer a range of work opportunities to encourage users to take advantage of the whole building, full workspace neighborhoods are located at the edge of the atrium. This variety of programmatic functions along the perimeter of the atrium helps generate a consistent buzz of activity throughout the workday.

Designed to embrace the mild climate of Mountain View, the MWB connects to nature and the public realm. Terraces with views to the bay offer an indoor/outdoor workplace experience that fosters choice and wellbeing while helping to knit the campus together. With a ground floor that emerges from the landscape as a solid, textured base, glassy loft-like upper levels, extensive terraces, and amenities located at the building perimeter, the MWB creates a dynamic new edge along the campus’s main spine. It will join with an office building planned for phase two, creating a new campus gateway.

Design strategies for this LEED Platinum building enhance resource efficiency, expand the natural habitat, ensure good indoor environmental quality, reduce water consumption and waste, and enable the expanded use of transit options. The terraces and green roofs are part of a comprehensive landscape plan that includes naturalized wetland bio-filtration areas and natural planted areas to help sustain local salt marsh and grassland biome species while reducing the burden on the current infrastructure.