Systems Thinking

Exploring the mantis shrimp's extraordinary adaptations—from energy-dissipating armor to hyper-complex vision—and their applications in bio-inspired engineering and design.

Exploring how mantis shrimp dissipate catastrophic impact energy through integrated behavioral and morphological adaptations, inspiring new composite materials.

Explore cutting-edge innovations in carbon capture and utilization, natural growth processes for materials, and advanced chemical recycling technologies reshaping the future of sustainable design.

Navigate the sustainability of wood, engineered materials, paper, and ceramics—understanding carbon sequestration, responsible forestry, and end-of-life challenges.

Understand the distinct sustainability challenges of textiles (recycling complexity) and metals (high emissions), and discover innovations in chemical recycling and material blending.

This series explores how designers can approach materials more consciously, with insights on LCA, carbon accounting, and the future of materials from bio-based to captured carbon.

Learn how to decode life-cycle assessment frameworks, understand the carbon cycle, and navigate the plastic waste crisis that defines modern material selection.