Our design process integrates data-driven strategies for energy modeling, embodied carbon reduction, optimizing daylight, and analyzing outdoor thermal comfort
可持续
我们坚信可持续设计需要前瞻性的思维和整合的实施方案,以助力客户成功并促进社会繁荣。无论建筑、校园规划、景观或是城市设计项目,都应未雨绸缪,考虑未来的发展需求。每个项目团队的可持续发展负责人皆力求最佳实践和创新解决方案,营造更美好的未来。

Our sustainable design approach helps our educational, corporate and commercial, and civic clients meet their climate action plan goals for reducing their carbon emissions, energy use, and water use
We support certifications that identify and verify sustainability metrics, including LEED, LEED-ND, SITES, Net-Zero and Living Building Challenge
We identify challenges and opportunities for each project, proposing resilient systems to mitigate risk from flooding, wildfires, earthquakes, extreme heat or cold, hurricanes or tornadoes

“The most sustainable building is the one you don’t build,” says Warburg

A Q&A with Tamar Warburg, associate principal, who develops sustainability and resilience goals across Sasaki’s practice

Sasaki principal Lan Ying Ip and associate principal Tamar Warburg present case studies on sustainable library design

A Zero-Net Energy classroom and lab building that will transform the college’s next generation of hands-on instruction

At Sasaki, we believe design and sustainability should go hand in hand

Ambitious sustainability targets are achievable with new construction. But what about our existing buildings? Sustainability Director Tamar Warburg shares the latest on a remarkable renovation underway in Tel Aviv

Sasaki signed the 1.5°C COP26 Communiqué, an open letter urging governments to step up toward meaningful emissions reductions commitments

乔治城大学的新型住宿模式,在新的学生公寓表露无余,设计融合多种可持续策略,开放空间创造通透视野,也促进人际交流

Preserving and moving 14 giant Live Oaks at the UT Austin Dell Medical Campus was no easy feat, but well worth the effort

Transforming a 90-year-old runway into a green oasis for residents and office workers. Learn more about its key design feature—the rain gardens.

A new tool allows planners and designers to reduce embodied carbon from the early stages of planning

How microclimate modeling and analysis helps inform design decisions to create a more comfortable campus community