International Journal of Architecture and Infrastructure Planning

International Journal of Architecture and Infrastructure Planning

International Journal of Architectural and Infrastructure Planning [2456-0154(e)] is a peer-reviewed hybrid open-access journal launched in 2015 with all these trends allowing the perfect distribution of work in all stages of the construction process and thus enabling proper execution with fewer inaccuracies, the popularity of BIM (Building Information Modeling) is reaching new heights. As a result, it enables the work of multiple roles such as engineers, architects, estimators, clients, and many others in a single shared process. In the building and designing process, the additive design incorporates both human and artificial intelligence. It won’t be long before more robots and humans collaborate to build a more efficient project. 3D printing has not only enabled the construction of prototype models of actual structures, but it can now construct the entire structure by itself.

The journal welcomes contributions across the following topic areas:

• Architectural Design & Theory: organic architecture, parametric design, heritage conservation, cultural landscape design, and design methodologies integrating human and computational intelligence
• Building Information Modeling (BIM) & Digital Technology: BIM implementation, interoperability, data management, 3D printing in construction, robotic construction, and performance simulation tools
• Sustainable Architecture & Green Infrastructure: green building design, LEED/passive design strategies, energy efficiency, material sustainability, lifecycle assessment, and net-zero architecture
• Landscape Architecture & Urban Design: public space design, placemaking, streetscapes, urban parks, landscape ecology, and environmental restoration through design
• Infrastructure Planning & Management: transportation networks, water and utility systems, energy infrastructure, smart infrastructure, asset management, and resilient systems design
• Spatial Planning & Analysis: space programming, spatial adjacency optimization, GIS applications, spatial equity, and computational design tools for planning
• Urban Green Infrastructure: urban forests, green corridors, wetlands restoration, biodiversity corridors, and nature-based solutions for climate adaptation
• Building Performance & Technology: smart buildings, building automation, indoor environmental quality, daylighting, thermal comfort, and sensor systems for facility optimization