From optimizing construction workflows and reducing waste to powering smart buildings that adapt to their environment in real-time, AI is the key to a greener built environment. Imagine designing structures that seamlessly integrate renewable energy, use resources efficiently, and actively contribute to a healthier planet.

Real-world examples like Google's Bay View Campus and Masdar City are showcasing the powerful potential of AI in sustainable architecture and urban planning. The future is bright – and AI is illuminating the path forward.

Modernist landscape architecture, with its emphasis on function and connection to nature, remains relevant today.

• Prioritize functionality: Design outdoor spaces that serve a purpose and create meaningful experiences for users

• Adopt simplicity and minimalism: Use clean lines, geometric forms, and natural materials to create timeless, elegant landscapes

• Integrate with architecture: Harmonize your designs with surrounding buildings, blurring the lines between indoor and outdoor spaces

Why It Matters: Modernist landscape architecture offers a wealth of inspiration for creating sustainable, functional, and aesthetically pleasing outdoor spaces.

Generative AI is changing the design process, offering a powerful toolkit to streamline your workflow and unleash your creativity.

You can generate countless design iterations in seconds, optimize building performance with ease, and even create 3D models directly from your text descriptions. AI is making these possibilities a reality, empowering you to focus on the big picture and deliver exceptional projects.

Additionally, AI can analyze vast amounts of data to identify opportunities for energy efficiency, material optimization, and risk mitigation.

Are you searching for innovative ways to blend historic preservation with sustainable design? Look no further than The Parks, a remarkable project by Stolon Studio.

Located on a former dairy farm in Herefordshire, UK, this development breathes new life into centuries-old agricultural buildings, turning them into eight modern, energy-efficient homes. It's a testament to the power of adaptive reuse, showcasing how thoughtful design can revitalize neglected structures.

The future of sustainable building is here. Learn how these three innovators are championing deconstruction and circular economies to improve the AEC industry.

• MIC pioneers reuse and education: The Material Innovation Center repurposes salvaged materials for affordable housing and trains future deconstruction experts.

• CCL quantifies circularity: The Circular Construction Lab's software enables architects to measure and optimize building material circularity in early design phases.

• Assemblage champions transparency: Wendy Andringa's firm focuses on material provenance and ecological loops, promoting sustainable land stewardship and uncovering material narratives.

In the construction industry, new materials and technologies are emerging that can slash carbon emissions, minimize waste, and even help us build on other planets.

Bendable concrete infused with CO2, mass timber structures that sequester carbon, and the repurposing of salvaged materials are just a few of the ways the industry is becoming greener.

But innovation doesn't stop there. 3D-printed concrete, mycelium-based building blocks, and even carbon nanotubes are pushing the boundaries of what's possible.