Climate Action & Sustainability
Google at St. John’s Terminal
Pacific Center
NVIDIA
First United Bank
The Lighthouse
Under Armour Global Headquarters
San Francisco International Airport, T1 Net Zero Program
10 Gresham Street
Sustainable Shade Structures
Rancho Los Amigos – Harriman
LinkedIn Omaha
American Physical Therapy Association Headquarters
CSULB Parkside North Residence Hall and Housing Administration Building
The Link
The Acre
Torre Universal Sustainability
Café Britt Headquarters
citizenM
Walmart Home Office
Holt Renfrew Sustainable Guidelines
UPCycle
Centro de Convenciones de Costa Rica
CSU Northridge Student Sustainability Center
Houston Advanced Research Center (HARC)
Etsy
U.S. General Services Administration, Federal Office Building
Santa Monica College Core Performance Center
The Power of Adaptive Reuse for a Low Carbon Future
A Playbook for Sustainable Design Education
How to Design Sustainable Digital Media Experiences
Commercial Office Building Electrification Playbook
Building for Centuries
When Rivers Rise and Wells Run Dry: Designing Water-Resilient Cities
Reducing Gypsum Wallboard Waste for a Sustainable Future
How a New Vision for Flexible Co-Living Conversions Can Support Housing Affordability
Scaling Circular Design: Key Policies, Standards, and Strategies
Climate Change Is Threatening What We Love About Cities
The Carbon Impact of a Workday
7 Myths Dogging Efforts to Fully Electrify Buildings — Let’s Bust Them
Reimagining Haussmann: Adaptive Workplace Design in the Parisian Urban Fabric
The Carbon Impact of a Workday
How London’s Green Real Estate Can Lead the Global Climate Agenda
The building industry de-risks investments with resilience strategies.
With rising urban heat and flooding, investors seek solutions that protect the long-term value of real estate. Cities and developers turn to nature-based infrastructure, resilient building retrofits, and targeted climate risk modeling to safeguard assets against escalating physical risks.
Circularity takes center stage.
Circular design reshapes the built environment. From adaptive reuse and modular design to material recovery and deconstruction, owners, developers, architects, and urban planners rethink waste as an opportunity. By treating buildings as material banks, the industry cuts carbon, conserves resources, and moves closer to net-zero goals.
AI and machine learning tools improve sustainable performance insights.
AI-driven management systems and machine learning platforms allow building owners and operators to predict, track, manage, and optimize their energy, water, carbon, occupant comfort, and air quality performance in real time.