This book allows readers to explore how real-time climate data, artificial intelligence, and biomimicry converge to create sentient, net-zero buildings that actively safeguard both the planet and its inhabitants.Buildings no longer have to be static objects; they can sense, learn, and evolve. Inside, vivid diagrams trace the journey from generative code to a finished façade. Meanwhile, workflow tables, KPI dashboards, and downloadable scripts translate complex theory into studio-ready practice. Step-by-step chapters unpack bio-digital morphologies, kinetic “thinking skins,” and AI-driven BIM toolkits, followed by global case studies—from Abu Dhabi to Copenhagen—that highlight measurable energy savings and occupant comfort gains. A final look at self-healing concrete, mycelium skins, and energy-harvesting façades previews the next frontier of regenerative design.Whether you are an architect, engineer, researcher, or advanced student, this book offers a clear road map for balancing daylight, energy, carbon, and well-being across multiple scenarios—reducing iteration time while elevating creativity. In short, it equips you to transform the built environment from passive shelter into an active partner in planetary stewardship.

This book allows readers to explore how real-time climate data, artificial intelligence, and biomimicry converge to create sentient, net-zero buildings that actively safeguard both the planet and its inhabitants.Buildings no longer have to be static objects; they can sense, learn, and evolve. Inside, vivid diagrams trace the journey from generative code to a finished façade. Meanwhile, workflow tables, KPI dashboards, and downloadable scripts translate complex theory into studio-ready practice. Step-by-step chapters unpack bio-digital morphologies, kinetic “thinking skins,” and AI-driven BIM toolkits, followed by global case studies—from Abu Dhabi to Copenhagen—that highlight measurable energy savings and occupant comfort gains. A final look at self-healing concrete, mycelium skins, and energy-harvesting façades previews the next frontier of regenerative design.Whether you are an architect, engineer, researcher, or advanced student, this book offers a clear road map for balancing daylight, energy, carbon, and well-being across multiple scenarios—reducing iteration time while elevating creativity. In short, it equips you to transform the built environment from passive shelter into an active partner in planetary stewardship.

This book allows readers to explore how real-time climate data, artificial intelligence, and biomimicry converge to create sentient, net-zero buildings that actively safeguard both the planet and its inhabitants.Buildings no longer have to be static objects; they can sense, learn, and evolve. Inside, vivid diagrams trace the journey from generative code to a finished façade. Meanwhile, workflow tables, KPI dashboards, and downloadable scripts translate complex theory into studio-ready practice. Step-by-step chapters unpack bio-digital morphologies, kinetic “thinking skins,” and AI-driven BIM toolkits, followed by global case studies—from Abu Dhabi to Copenhagen—that highlight measurable energy savings and occupant comfort gains. A final look at self-healing concrete, mycelium skins, and energy-harvesting façades previews the next frontier of regenerative design.Whether you are an architect, engineer, researcher, or advanced student, this book offers a clear road map for balancing daylight, energy, carbon, and well-being across multiple scenarios—reducing iteration time while elevating creativity. In short, it equips you to transform the built environment from passive shelter into an active partner in planetary stewardship.