The 1st International Conference on Innovative
Structure and Resilient City (ISRC 2025) is the premier forum for the presentation of
technological advances
and research results in the fields of resilient cities, infrastructure, and
resilience-based management. The main focus of ISRC 2025 is to foster a comprehensive
understanding of the relationship between fundamental research, innovative technologies,
and engineering applications in building resilient urban environments.
Topics of interest for submission include, but are not
limited to:
Track 1: Smart Structures and
Infrastructure for Resilient
City
IoT-enabled urban infrastructure monitoring and
management.
Artificial intelligence for disaster prediction and
response.
Cybersecurity for smart cities and critical
infrastructure.
Data-driven decision-making in urban planning.
Development of advanced materials and smart
technologies for resilient structures and
infrastructure
Adaptive structural systems and self-healing
materials
Innovations in seismic-resistant design and
retrofitting techniques
Smart sensors and IoT-based monitoring systems for
real-time structural resilience
Track 2: Sustainable Architecture
and Health Monitoring
Net-zero energy buildings and urban design.
Passive design strategies for resilient buildings.
Green roofs, solar facades, and urban agriculture.
Circular economy approaches in construction materials.
Structural health monitoring systems and their applications
Sustainability and resilience integration in life-cycle
assessments
Life-cycle performance evaluation of structures and infrastructure
Track 3: Resilience Evaluation
and Assessment Methodologies
Quantitative resilience metrics and modeling frameworks for cities
and structures
Probabilistic risk assessment and disaster impact simulation
Resilience evaluation tools and software for infrastructure
systems
Case studies on resilience assessment for urban and rural
environments
Track 4: Urban Resilience Design,
Climate Change Adaptation and Engineering
Applications
Resilience-based design principles for buildings, bridges, and
transportation systems
Multi-hazard design approaches for urban infrastructure
Application of performance-based engineering in resilient city
planning
Design innovations for post-disaster recovery and functionality
restoration
Urban heat island mitigation strategies.
Disaster-resilient urban infrastructure (e.g., flood-resistant
buildings, resilient transportation networks).
Nature-based solutions for urban flood management.
Climate-responsive urban design and green spaces.
Track 5: Urban Data Analytics and
Digital Twins for City Planning
The role of digital twins in urban development and resilience.
Big data and AI in predictive urban planning.
Geographic Information Systems (GIS) for resilient city designs.
Real-time urban analytics for disaster response and recovery.
Predictive maintenance strategies using AI and machine learning.
Track 6: Urban Resilience-Based
Management and Policy
Strategies for disaster risk reduction and emergency
preparedness
Resilience-based urban planning and zoning policies
Socioeconomic impacts of urban resilience initiatives
Governance frameworks and stakeholder collaboration for resilience
management