Aims and Scope

International Journal of Town Planning and Management (IJTPM) is a peer-reviewed hybrid open-access journal launched in 2015. Town planning focuses on the planning and design of new buildings, roads, and parks to enhance the livability and functionality of urban and rural environments. The goal of town planning is to meet the needs of future generations while preventing haphazard growth. Urban planning, also known as regional, town, city, or rural planning, involves the development and design of land use and built environments, including critical infrastructure such as transportation, communication, and distribution networks. It is an interdisciplinary field integrating planning, architecture, surveying, landscape architecture, and construction engineering to address global land resource management challenges. Town planning also encompasses strategic planning for managing future land requirements.

Focus and scope

• Geographical Information System (GIS): Visualization, spatial analysis, spatial modeling, and data management for urban environments.

• Planning Process: Technical and political guidance for the orderly development of settlements and land use design.

• New Town Planning: Designing autonomous communities to decentralize population growth.

• System Dynamics: Modeling real-world urban systems to study dynamic behavior over time.

• Marine Spatial Planning (MSP): Allocating human activities in marine environments to achieve ecological, economic, and social goals.

• Land Use in Architecture: Management and sustainable transformation of natural environments into built environments; land management and land-use planning.

• Smart Town Planning: Development of technologically smart cities focusing on infrastructure, efficient public transport, and progressive urban plans.

• Smart City Architecture: Design of decentralized, interoperable urban systems integrating diverse sensor networks and platforms.

• Sustainable Coastal Design: Planning for coastal resilience against climate change, including erosion control and sea-level rise protection.

• Strategic Planning: Alignment of information systems, processes, and personnel with organizational and city planning strategies.

• Landscape Design: Urban and rural open space planning, management, and aesthetic design through landscape architecture.

• Stormwater Management: Controlling surface runoff in urban and rural areas, especially critical in impermeable urban environments.

• Construction Logistics and On-Site Supply Chain Management: Frameworks for efficient material handling, prefabrication logistics, site delivery optimization, and overcoming construction site logistics challenges.

• Risk Management and Predictive Analytics in Construction Logistics: Application of Failure Mode and Effects Analysis (FMEA), predictive risk models, and mitigation strategies for construction projects.

• Digital Technologies in Construction Logistics: Integration of Building Information Modeling (BIM), Internet of Things (IoT), Artificial Intelligence (AI), and digital project dashboards for improving construction supply chain efficiency and transparency.

• Sustainability and Resilience in Construction Logistics: Research on sustainable material handling, resilient supply chain management, and strategies for mitigating external shocks such as climate change and pandemics in construction projects.

• Urban Construction Logistics Challenges: Managing transportation, site accessibility, and logistics coordination in dense urban environments with regulatory and spatial constraints.

Keywords

• Town Planning
• Urban Planning
• Smart City Development
• Sustainable Urban Design
• Land Use Planning
• Construction Logistics
• Supply Chain Management in Construction
• Geographic Information Systems (GIS)
• Risk Management in Urban Projects
• Building Information Modeling (BIM)
• Marine Spatial Planning
• Infrastructure Development
• Stormwater Management
• Strategic Land Resource Management
• Resilient Urban Infrastructure