Logo
Sign up Login
Bookmark

DEADLINE: 04 NOVEMBER 2026 IN-PERSON & ONLINE

Conference Topics

This topic explores fundamental theoretical frameworks and the evolving nature of urban regeneration. It delves into the core principles of sustainability, resilience, and social equity, examining how these should guide mixed-use planning, compact city development, and the sensitive handling of informal settlements and cultural heritage.

  1. Theoretical frameworks and evolution of urban regeneration.

  2. Key principles of sustainability, resilience, and social equity in urban renewal.

  3. Mixed-use land planning and compact city strategies.

  4. Addressing urban sprawl, slum redevelopment, and informal settlements.

  5. The role of cultural heritage in shaping urban identities.

  6. Community-driven approaches in urban transformation.

  7. Economic models and financial mechanisms for regeneration projects.

  8. Performance metrics for evaluating urban regeneration success.

Focusing on environmental integration, this topic covers the incorporation of nature-based solutions, circular economy principles, and data-driven decision-making into urban planning. It addresses policy alignment, climate adaptation strategies, and effective funding mechanisms to ensure long-term environmental viability in regeneration projects.

  1. Integrating nature-based solutions in urban design.

  2. Circular economy principles in urban development.

  3. Data-driven decision-making for sustainable urban planning.

  4. Policy alignment for effective urban regeneration.

  5. Urban resilience strategies for climate adaptation.

  6. Funding and resource mobilization for sustainable renewal projects.

  7. Balancing urban growth with environmental conservation.

  8. Long-term sustainability assessments in regeneration projects.

This theme investigates advanced techniques for transforming existing structures, including high-performance materials, renewable energy integration, and smart building technologies. It emphasizes biophilic design, passive strategies for microclimate enhancement, and lifecycle assessments to minimize embodied carbon in redeveloped spaces.

  1. High-performance materials for energy-efficient retrofitting.

  2. Renewable energy integration in redeveloped urban spaces.

  3. Smart building technologies for sustainable regeneration.

  4. Incorporating biophilic and nature-inspired design elements.

  5. Enhancing urban microclimates through passive design strategies.

  6. Modular construction and prefabrication in regeneration projects.

  7. Lifecycle assessments for reducing embodied carbon.

  8. Urban green infrastructure and stormwater management solutions.

  9.