42nd ROME World Conference on Architectural Design, Materials & Civil Engineering (RADCE-26) Dec. 14-16, 2026 Rome (Italy)

RADCE-26


Materials Engineering Architecture Civil Engineering



Call for papers/Topics



 



Full Articles/ Reviews/ Shorts Papers/ Abstracts are welcomed in the following research fields:



1. Architectural Design



Architectural design focuses on the spatial, aesthetic, and functional aspects of a project.





  • Design Theory and Philosophy: Spatial hierarchy, symmetry, and architectural semiotics.




  • Building Typology: Residential, commercial, industrial, and institutional design requirements.




  • Human-Centric Design: Universal design, accessibility (ADA compliance), and environmental psychology.




  • Site Planning: Topography analysis, solar orientation, and urban contextualization.




  • Architectural Visualization: Building Information Modeling (BIM), 3D rendering, and VR walkthroughs.





2. Construction Materials and Science



This is the bridge between the "vision" of the architect and the "physics" of the engineer.





  • Conventional Materials:





    • Concrete: Mix design, curing processes, and high-performance concrete (HPC).




    • Steel: Alloys, corrosion resistance, and structural framing.




    • Masonry: Brickwork, stone, and mortar properties.






  • Advanced and Bio-materials: Smart materials (shape-memory alloys), carbon fiber, and cross-laminated timber (CLT).




  • Material Mechanics: Stress-strain relationships, thermal expansion, and durability testing.





3. Structural and Civil Engineering



This sub-topic ensures the safety, stability, and longevity of the built environment.





  • Structural Analysis: Static and dynamic loading, seismic design, and wind engineering.




  • Foundation Engineering: Soil mechanics, deep vs. shallow foundations, and slope stability.




  • Infrastructure and Transportation: Highway design, pavement engineering, and traffic flow analysis.




  • Hydraulics and Water Resources: Wastewater management, dam engineering, and urban drainage systems.





4. Sustainability and Environmental Integration



These topics represent the most critical modern intersection of all three fields.





  • Passive Design Strategies: Natural ventilation, thermal mass, and daylighting.




  • Life Cycle Assessment (LCA): Measuring the carbon footprint from extraction to demolition.




  • Renewable Energy Integration: Building-integrated photovoltaics (BIPV) and geothermal heating.




  • Circular Economy in Construction: Adaptive reuse of old structures and recycling of construction debris.





5. Project Management and Execution



The logistical framework that brings the design and materials to life.





  • Construction Technology: Prefabrication, modular construction, and 3D concrete printing.




  • Project Controls: Cost estimation, quantity surveying, and scheduling (CPM/PERT).




  • Building Codes and Ethics: Legal frameworks, zoning laws, and professional liability.




  • Facility Management: Maintenance cycles and building health monitoring.





Interrelated Themes





  • Structural Art: The intersection where the structure (Engineering) is the aesthetic (Architecture).




  • Material-Driven Design: When the choice of material dictates the form and structural limits of a building.




  • Urban Engineering: The collaboration of architectural urbanism with civil infrastructure (roads/sewers) to create functional cities.