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This unique book advances the emerging field of human-building interaction (HBI), which examines how people experience, influence, and co-evolve with the buildings they inhabit. Moving beyond conventional notions of building performance and environmental control, the volume highlights HBI as a human-centred, interdisciplinary framework for designing responsive, equitable, and sustainable built environments. It positions HBI as a vital transdisciplinary field for addressing twenty-first-century challenges related to climate resilience, human wellbeing, and technological change.
Organised into three parts, the book first explores “Built Environments for Health and Wellbeing,” investigating how spatial, material, and digital conditions affect comfort, inclusivity, and everyday experiences. The second part, “Built Environments for Climate Action,” examines adaptive and resilient infrastructures that respond to climate imperatives—from thermally comfortable public spaces to climate-positive mega-events and AI-mediated community engagement. The final part, “Built Environments for Desirable Futures,” looks ahead to emergent design paradigms, workplace transformations, and intelligent environments that integrate ecological, social, and technological dimensions. Across twelve chapters, contributors present original empirical research, conceptual frameworks, and design experiments that demonstrate how HBI can shape future-ready built environments. Case studies span diverse contexts—from Nordic Superblocks and Olympic stadia to post-occupancy workplaces and extended-reality archives—showcasing the breadth of HBI’s applications and its relevance to both research and practice.
An invaluable collection, the book brings together contributions from international scholars and practitioners working at the intersection of architecture, building science, and interaction design. It offers valuable insights for architects, designers, engineers, urban planners, and human-computer interaction researchers seeking to understand and design for the complex relationships between people, technology, and the built world.
List of contents
Section 1: Built Environments for Health and Wellbeing.- Section 2: Built Environments for Climate Action.- Section 3: Built Environments for Education.- Section 4: Built Environments for Desirable Futures.
About the author
Veronica Garcia-Hansen
is an Associate Professor in the School of Architecture and Built Environment at the Queensland University of Technology, Australia. Her research focuses on the interplay between building design, building performance, human–building interaction, and occupants’ comfort and health. She employs innovative research methodologies that combine ubiquitous environmental sensing (lighting levels, brightness, temperature, air velocity, occupancy) with ethnographic approaches to study occupant behaviour and self-reported data (preferences, wellbeing). Through these integrated methods, she identifi es patterns and develops solutions using machine learning algorithms and optimisation procedures. Veronica is the founder and leader of the Human–Building Interaction Group at QUT, a transdisciplinary research team spanning architecture, design, human–computer interaction, environmental psychology, and engineering.
Debra Flanders Cushing
is an Associate Professor in Landscape Architecture, in the School of Architecture and Built Environment, Faculty of Engineering, at the Queensland University of Technology. Working in interdisciplinary teams, Debra’s research currently covers critical built environment topics including green infrastructure, wayfi nding, accessibility, heat and fl ood mitigation, and intergenerational outdoor public spaces to explore ways to improve health and wellbeing and the experience of place. She specifi cally focuses on creating more inclusive communities in which all people can thrive, including children, intergenerational groups and people experiencing disability.
Glenda Amayo Caldwell
is a Professor in Architecture and the Discipline Lead (Architecture, Interior Design, Landscape Architecture) in the School of Architecture & Built Environment, Faculty of Engineering at the Queensland University of Technology. Glenda is the Associate Director Research Training for the ARC Australian Cobotics Centre (2021-2026) and a Chief Investigator in the centre’s Designing Socio-Technical Robotic Systems program of research.
Marcus Foth
is a Professor of Urban Informatics in the School of Design, Faculty of Creative Industries, Education, and Social Justice, Queensland University of Technology, Brisbane, Australia. He is also a Chief Investigator in the QUT Digital Media Research Centre (DMRC) and a founding member of the More-than-Human Futures research group. For more than two decades, Marcus has led ubiquitous computing and interaction design research into interactive digital media, screen, mobile and smart city applications. Marcus founded the Urban Informatics Research Lab in 2006.
Summary
This unique book advances the emerging field of human-building interaction (HBI), which examines how people experience, influence, and co-evolve with the buildings they inhabit. Moving beyond conventional notions of building performance and environmental control, the volume highlights HBI as a human-centred, interdisciplinary framework for designing responsive, equitable, and sustainable built environments. It positions HBI as a vital transdisciplinary field for addressing twenty-first-century challenges related to climate resilience, human wellbeing, and technological change.
Organised into three parts, the book first explores “Built Environments for Health and Wellbeing,” investigating how spatial, material, and digital conditions affect comfort, inclusivity, and everyday experiences. The second part, “Built Environments for Climate Action,” examines adaptive and resilient infrastructures that respond to climate imperatives—from thermally comfortable public spaces to climate-positive mega-events and AI-mediated community engagement. The final part, “Built Environments for Desirable Futures,” looks ahead to emergent design paradigms, workplace transformations, and intelligent environments that integrate ecological, social, and technological dimensions. Across twelve chapters, contributors present original empirical research, conceptual frameworks, and design experiments that demonstrate how HBI can shape future-ready built environments. Case studies span diverse contexts—from Nordic Superblocks and Olympic stadia to post-occupancy workplaces and extended-reality archives—showcasing the breadth of HBI’s applications and its relevance to both research and practice.
An invaluable collection, the book brings together contributions from international scholars and practitioners working at the intersection of architecture, building science, and interaction design. It offers valuable insights for architects, designers, engineers, urban planners, and human-computer interaction researchers seeking to understand and design for the complex relationships between people, technology, and the built world.
