GDI 2026 and DigiBUILT 2026 · 7 and 8 December 2026 · Online Important datesNewsQuestionsTermsContact
Second Edition · Upcoming

GDI 2026

Driving innovation through digital twin.

7 and 8 December 2026OnlineOnline main conference, in-person Industry Chapter
GDI 2026
Five Themes, Twenty Sub-Themes

Themes and Topics

1

Regenerative and Climate-Positive Built Environments

4 sub-themes
1.1

Net-Zero and Beyond: Carbon-Positive Design and Construction

  • Whole-life carbon accounting and embodied carbon reduction strategies
  • Carbon-sequestering materials (mass timber, hempcrete, bio-composites)
  • Net-positive building certifications and policy frameworks
  • Carbon budgets at building, precinct and city scale
  • Carbon markets and offset mechanisms in construction
1.2

Regenerative Architecture and Biophilic Design

  • Regenerative design principles beyond sustainability
  • Living walls, green roofs and ecosystem-integrated architecture
  • Biophilic design for health, productivity and mental wellbeing
  • Nature-based solutions for urban heat, flooding and biodiversity
  • Rewilding the city: urban ecology and habitat corridors
1.3

Climate Adaptation and Extreme-Event Resilience

  • Designing for floods, wildfires, heatwaves and sea-level rise
  • Passive resilience: thermal mass, natural ventilation and flood-proofing
  • Climate risk assessment and scenario-based design
  • Community resilience and post-disaster reconstruction
  • Urban heat island mitigation and cool city strategies
1.4

Circular Economy and Post-Carbon Construction

  • Material passports, design for disassembly and end-of-life planning
  • Deconstruction, reuse and urban mining of construction materials
  • Bio-based and rapidly renewable building materials
  • Waste-to-resource construction value chains
  • Policy levers and regulatory frameworks for circular construction
2

Advanced Materials, Structures and Construction Innovation

4 sub-themes
2.1

Next-Generation Smart and Programmable Materials

  • Self-healing concrete, polymers and biological repair systems
  • Stimuli-responsive materials (thermochromic, piezoelectric, shape-memory)
  • Phase-change materials for passive thermal regulation
  • Nano-engineered construction materials and coatings
  • Multi-functional materials combining structure, sensing and energy generation
2.2

High-Performance and Adaptive Structural Systems

  • Ultra-high-performance concrete and fibre-reinforced composites
  • Seismic-resilient, base-isolated and rocking systems
  • Tensegrity, auxetic and morphing structural architectures
  • Design for extreme loads: tsunamis, blasts and Arctic conditions
  • Structural topology optimisation for material efficiency
2.3

3D Printing, Additive Manufacturing and Robotic Fabrication

  • Large-scale concrete and metal 3D printing for construction
  • Additive manufacturing of complex architectural geometries
  • Robotic on-site assembly and prefabrication
  • Multi-material printing for integrated structural-functional systems
  • Regulatory, quality and standardisation challenges in printed construction
2.4

Resilient Ground, Geotechnics and Underground Urbanism

  • Foundation design for subsidence, liquefaction and extreme climate
  • AI-assisted geohazard risk assessment and slope stability
  • Underground cities, networks and climate-adaptive subterranean spaces
  • Carbon sequestration and geothermal energy in urban geology
  • Geosynthetics and self-healing materials for ground reinforcement
3

Human-Centred Design, Health and Social Equity

4 sub-themes
3.1

Neuroarchitecture and Evidence-Based Design

  • Neuroscience of space: how the built environment shapes cognition and emotion
  • Sensory design: light, acoustics, texture and spatial experience
  • Designing for neurodivergent populations and cognitive accessibility
  • Stress reduction, creativity and productivity in designed environments
  • Psychologically informed design for hospitals, schools and workplaces
3.2

Housing Affordability, Equity and Social Infrastructure

  • Global housing crisis: policy, delivery and innovation responses
  • Community land trusts, co-housing and non-market housing models
  • Design of social infrastructure: schools, health centres and community hubs
  • Inclusive design for ageing populations and people with disabilities
  • Indigenous and culturally responsive housing design
3.3

Heritage, Cultural Identity and Adaptive Reuse

  • Heritage conservation in the age of climate change and digital disruption
  • Adaptive reuse strategies for embodied carbon retention
  • Indigenous design knowledge and place-based cultural identity
  • Post-conflict and post-disaster heritage reconstruction
  • Community memory, storytelling and participation in heritage design
3.4

Healthy and Productive Indoor Environments

  • Indoor air quality, ventilation and post-COVID design evolution
  • Circadian lighting design and its effects on occupant health
  • Thermal comfort, acoustic privacy and biophilic indoor environments
  • Workplace and school design for cognitive performance
  • Certification systems: WELL, Fitwel and health-based design standards
4

Construction Practice, Governance and the Future Workforce

4 sub-themes
4.1

Construction Management, Procurement and Project Delivery

  • Integrated project delivery, alliancing and relational contracting
  • Lean, agile and last-planner approaches in complex projects
  • Value-based and social-value procurement frameworks
  • Supply chain transparency, resilience and local industry development
  • Indigenous and SME supplier engagement and capacity building
4.2

Workforce Futures, Safety and Culture

  • Mental health, psychosocial safety and culture in construction
  • Gender equity, diversity and inclusion on the jobsite and in leadership
  • Future skills, trades transformation and workforce development
  • Smart wearables and real-time hazard detection for worker safety
  • Apprenticeship reform and vocational education for the green transition
4.3

Policy, Regulation and Built Environment Governance

  • Net-zero building codes, regulations and compliance frameworks
  • Planning system reform for climate-adaptive and inclusive cities
  • Cross-sector governance for infrastructure resilience
  • International policy benchmarking in sustainable construction
  • Financing mechanisms: green bonds, ESG in construction and public-private partnerships
4.4

Design Education, Research Practice and Knowledge Transfer

  • Pedagogical innovation in architecture, engineering and construction education
  • Practice-research integration and industry-embedded research models
  • Interdisciplinary design studios and collaborative knowledge production
  • Global South perspectives and decolonising built environment education
  • Open science, research reproducibility and knowledge equity in construction
5

Digital Futures and the Built Environment

4 sub-themes
5.1

Digital Equity, Access and the Right to the Connected Environment

  • Digital exclusion and its spatial consequences across urban, regional and rural communities
  • Connectivity infrastructure as essential public utility: access, affordability and governance
  • The digital divide in housing: who benefits from smart building technologies and who does not
  • Indigenous and remote community rights in the digitally connected built environment
  • Inclusive design principles for digitally integrated spaces across socioeconomic contexts
5.2

Living and Working in Digitally Transformed Environments

  • The human experience of sensor-rich, data-driven and algorithmically managed buildings
  • Occupant autonomy, privacy and agency in intelligent built environments
  • Remote work, hybrid space and the dissolution of building typologies
  • Digital wayfinding, ambient interfaces and the sensory experience of connected space
  • Psychosocial dimensions of living alongside AI-mediated building systems
5.3

Digital Infrastructure, Territory and the Physical Footprint of the Digital World

  • Spatial and environmental consequences of data centres and digital energy demand
  • Telecommunications infrastructure as a force on building and landscape design
  • Carbon, water and land impacts of the infrastructure behind digital built environments
  • Rural and regional territory in the age of satellite connectivity
  • Planning and design responses to the material demands of a digital civilisation
5.4

Governance, Culture and Community in the Digital Built Environment

  • Community rights, data sovereignty and democratic governance of instrumented places
  • Cultural identity and heritage in places mediated by digital overlays
  • Ethical frameworks for algorithmic decisions in planning, housing and infrastructure
  • Trust, transparency and public participation in the governance of smart places
  • Indigenous data sovereignty and culturally grounded approaches to digital place