The researchers in the School of Future Environments hold a shared vision to embrace Ki Parakore – translated here as moving towards an unpolluted state. This speaks to our research direction and overview, which embodies the regenerative spirit, transformation, mauri ora (wellbeing), interdisciplinarity and sustainability.
We explore examples of living and social systems where communities grow and thrive. Our aim is to implement solutions and share knowledge and experiences. We work across socio-spatial systems including food, endangered species, sustainability, waste reduction and reuse, flood response, community well-being, urban resilience and regeneration.
The work is developing complex, emergent, and responsive networks that respond to our environmental, social, cultural, technological and economic issues as we live together in this land.
The advanced construction and architectural research cluster pushes the boundaries of the built environment through transdisciplinary collaboration. We focus on developing innovative, cost-efficient, and sustainable solutions that ensure a resilient future.
Our research integrates critical analysis and innovative technologies like artificial intelligence, robotics, 3D printing and the Internet of Things to revolutionise design, construction and building operations. We explore forward-thinking architectural and engineering concepts that prioritise sustainability, adaptability and resilience. To bridge the gap between design and construction, we champion integrated design and delivery methods.
Additionally, we investigate sustainable materials and construction processes throughout a building's life cycle. Through optimising stakeholder value, enhancing the performance of the built environment, and fostering sustainable development, Our research contributes to a future where the buildings we create have a positive impact on both people and the planet.
This research cluster specialises in intelligent infrastructure, smart cities and regenerative design explorations for the built environment. The team develops optimised solutions for complex issues in the design, construction and manufacturing industry, with a focus on improving the wellbeing of human and natural systems.
The cluster investigates building efficiency, sustainable construction, urban, social and technological infrastructure planning, and the transformation of the respective industries towards a regenerative system. Our work encompasses a holistic approach, considering systems thinking, lifecycle perspectives, and the integration of sustainability principles to shape cities and create positive ecological impacts.
The indigenising research cluster is a research platform to develop and enact strategies towards indigenising a mainstream tertiary school led by the values of tika, pono and aroha.
Based in the School of Future Environments, this research cluster also recognises and seeks to build on wider initiatives in the Faculty of Design and Creative Technologies and AUT community towards indigenising tertiary education.
Our research aims to explore ways of thinking and enacting how we indigenise tertiary education in the fields of architecture, creative and emerging technologies and built environment engineering.
Our research labs are hubs for sharing expertise and research outcomes:
Find out about student projects in architecture, the built environment and creative technologies.
AUT's academic supervisors are recognised world-class researchers who have the expert knowledge to guide you throughout your studies.
If you’re interested in applying to a PhD or MPhil, email doctoral.and.mphil.admissions@aut.ac.nz first to assess your eligibility for the programme.