As climate pressures intensify and urban areas face growing resource constraints, the role of the modern workplace is changing. Buildings are no longer expected to simply house employees. Instead, they are increasingly being asked to support environmental resilience, improve wellbeing, and demonstrate new approaches to sustainable development.
At Microsoft’s Mountain View campus, those goals come together through a design strategy that treats water, ecology, and human health as interconnected systems. The result is a campus that turns sustainability into something employees can experience every day.
From challenge to opportunity
The campus is located near the San Francisco Bay and adjacent to a creek habitat that has been affected by decades of development. The area also faces environmental challenges including saltwater intrusion, pressure on groundwater resources, and the broader reality of water scarcity across California.
Rather than treating those conditions as constraints, the project team used them as a starting point for innovation.
A comprehensive water strategy became the framework for decisions ranging from landscape planning and planting selections to system integration and community engagement. The approach was designed to connect multiple goals including ecological restoration, water conservation, habitat health, energy efficiency, and wellbeing into one cohesive vision.
Making water visible
Many water systems are hidden behind walls or beneath the ground. At Microsoft’s Mountain View campus, the opposite approach was taken.
Rainwater is collected, treated, and stored on site. Wastewater is captured and processed through a combination of filtration systems, constructed wetlands, membrane treatment technologies, and disinfection processes before being reused. Together, these systems help offset a significant portion of the campus’s non-potable water demand while reducing pressure on municipal infrastructure.
Beyond performance, the systems are intentionally visible.
People on campus move through landscapes that showcase bioretention swales, water treatment elements, blending tanks, and other components of the site’s integrated water network. Water flows through visible channels that help tell the story of conservation and reuse, transforming infrastructure into an educational experience.
The impact extends to the landscape. Although landscaped areas increased substantially compared with the previous site condition, overall potable water use was reduced through efficient planning and technologies such as capillary irrigation systems that draw stored water to where it is needed. Stormwater is also directed into treatment and retention areas that support groundwater recharge and creek health.
Designing for human wellbeing
Environmental sustainability was only one part of the vision.
The campus was organized around a multi-courtyard concept designed to bring daylight, fresh air, and nature closer to employees. Access to operable windows and courtyard connections throughout the workplace encourages movement and allows occupants greater control over their environment. Task lighting, adjustable shades, ceiling fans, and flexible furnishings further support comfort, accessibility, and choice throughout the workday.
The design recognizes that wellbeing is influenced by both physical and social experiences.
Multiple stairwells connect people to rooftop spaces, outdoor gathering areas, and panoramic views of the Bay Area. Landscaped environments throughout the campus create opportunities for collaboration, reflection, and informal interaction, while encouraging movement across the site.
Restoring connections with nature
The campus experience extends beyond traditional office space.
Green roofs, patios, and restored creek-edge environments create opportunities for employees and visitors to engage with nature throughout the day. Meandering pathways, quiet seating areas, and contemplative outdoor spaces offer moments of respite while strengthening the connection between people and the surrounding landscape.
Inside, dedicated wellness spaces support a range of needs, including meditation areas, lactation rooms, and quiet retreats. These spaces complement broader campus amenities, including recreation facilities, food options, playfields, and improved pedestrian and bicycle connections that benefit both employees and the surrounding community.
Material selection also played a role in supporting healthier environments. The project team applied rigorous screening approaches focused on reducing exposure to harmful materials while aligning with leading building performance frameworks.
Building for a resilient future
The campus reflects a broader shift in how organizations think about buildings, place and infrastructure.
Rather than separating sustainability, ecology, and workplace experience into different conversations, the project brought them together through a unified design approach. Water collection, treatment, reuse, habitat restoration, employee wellness, and landscape performance all contribute to a single story about stewardship and resilience. The benchmark systems used also showcase this integrated approach. The project is LEED Platinum, WELL Platinum, LBC Net Zero Carbon and LBC Petal Certified with Water, Beauty and Equity leading. The project builds on the many guidelines, standards and policies embedded in Microsoft’s global approach to a healthy workplace .
The project was designed with ambitious water goals, including the Living Building Challenge’s Net Positive Water Petal through systems intended to offset all non-potable water demand using reclaimed rainwater, stormwater, greywater, and blackwater resources.
Microsoft’s Mountain View campus offers a glimpse of what is possible when environmental performance is placed in plain sight and prioritized. Here, water conservation is visible infrastructure, wellbeing is embedded into the daily experience, and the landscape itself becomes a teacher, showing how thoughtful design can support both people and the planet.
