Conference Description:

I. Transportation Engineering:

Sustainable Transportation Systems:
Electric and autonomous vehicles.
Public transportation optimization.
Active transportation (walking, cycling) infrastructure.
Reducing transportation emissions.
Transportation and land-use integration.
Intelligent Transportation Systems (ITS):
Traffic management and control.
Connected and automated vehicles.
Data analytics for transportation planning.
Mobility as a Service (MaaS).
Transportation Infrastructure:
Resilient transportation networks.
Infrastructure maintenance and rehabilitation.
High-speed rail and intercity transportation.
Freight transportation and logistics.
Urban Mobility:
Addressing urban congestion.
Accessibility and equity in transportation.
Micro-mobility solutions.
Transportation for aging populations.
II. Urban Planning:

Sustainable Urban Development:
Smart cities and urban innovation.
Green infrastructure and urban ecosystems.
Urban resilience and climate change adaptation.
Circular economy in urban planning.
Urban agriculture and food systems.
Urban Design and Placemaking:
Creating livable and walkable cities.
Public space design and revitalization.
Urban heritage preservation.
Inclusive urban design.
Urban Governance and Policy:
Urban planning and social equity.
Participatory planning and community engagement.
Urban sprawl and land-use management.
Urban economics and development.
Urban Informatics and Data Analytics:
Geographic information systems (GIS) in urban planning.
Using big data for urban analysis.
Digital twins for urban simulation.
III. Architectural Engineering:

Sustainable Architecture:
Green building design and construction.
Energy-efficient buildings.
Building materials and life-cycle assessment.
Net-zero energy buildings.
Building Information Modeling (BIM):
BIM for sustainable design and construction.
BIM for facility management.
Digital fabrication in architecture.
Advanced Building Technologies:
Smart building systems.
Building automation and control.
Innovative building materials.
The use of AI in architectural design.
Architectural Heritage and Restoration:
Modern techniques for historical preservation.
Sustainable restoration methods.
IV. Environmental Engineering:

Water Resources Management:
Urban water management and stormwater control.
Wastewater treatment and reuse.
Water quality monitoring and protection.
Air Quality and Pollution Control:
Urban air pollution mitigation.
Indoor air quality.
Noise pollution control.
Waste Management and Circular Economy:
Sustainable waste management systems.
Waste-to-energy technologies.
Circular economy principles in urban environments.
Environmental Impact Assessment (EIA):
Evaluating the environmental impact of urban development.
Sustainable infrastructure development.
Climate Change and Urban Environments:
Urban heat island mitigation.
Sea level rise and coastal urban areas.
V. Interdisciplinary Themes:

Resilient Cities and Infrastructure.
The Intersection of Technology and Sustainable Urban Development.
Social Equity and Environmental Justice in Urban Planning.
The Role of Architecture and Urban Design in Promoting Health and Well-being.
The Future of Mobility in Sustainable Cities.