In collaboration with stakeholders from various user groups and operational personnel, Verde Design developed a comprehensive master plan for the exterior spaces of the Googleplex Mountain View campus, emphasizing enhancements in pedestrian and bicycle movement, the expansion of seating and meeting areas, and the revitalization of the landscape and irrigation systems. A newly designed pathway for pedestrians and cyclists elegantly traverses the heart of the Googleplex, facilitating seamless navigation for employees as they transition between different buildings on the campus. The provision of bicycle parking was significantly increased and strategically positioned in high-traffic areas. Furthermore, the needs of event and operations staff were addressed by establishing secondary access routes, allowing for the unobstructed movement of food and beverage carts, thereby maintaining the integrity of the primary circulation patterns. The circulation pathways were equipped with clear signage and distinct pavement colors to differentiate between pedestrian and bicycle traffic, while innovative measures were implemented to moderate bike speeds at intersections.
The design also includes versatile seating and shade structures intended for daily use, ensuring both flexibility and efficiency. The introduction of night lighting, distinctive all-weather canopies, custom fencing and screening, along with large Corten steel planters, contributed to the unique aesthetic of the area. A thoughtful combination of pavers, colored concrete, crushed stone, and other materials fostered a warm and inviting environment, with clear distinctions between circulation routes and plaza spaces. The landscape enhancements were designed to showcase a seasonal array of bulbs and grasses, transitioning to summer-blooming shrubs and vibrant fall foliage. Additionally, the irrigation system was entirely overhauled, transitioning to reclaimed water, while the newly introduced vegetation benefits from advanced drip irrigation technology, ensuring sustainability and efficiency in water usage.
