International Journal of Sustainable Building Technology

ISSN: 2583-3278

Editors Overview

ijsbt maintains an Editorial Board of practicing researchers from around the world, to ensure manuscripts are handled by editors who are experts in the field of study.

Focus and Scope

About the Journal

International Journal of Sustainable Building Technology [2583-3278(e)] is a peer-reviewed hybrid open-access journal launched in 2018 that provides a platform that publishes high-quality manuscripts from the field of climate-responsive architecture, traditional wisdom and sustainable concepts, energy audit & environmental impact assessment, alternative materials and technologies and various areas related to the sustainable building technology.

Focus and Scope

  • The technology of Sustainable Building: Green building, water, and materials, building impacts, human health and the environment, building’s life cycle, design, construction, procedure, maintenance, and removal, optimization, mechanical, electrical, electronic, structural engineering, building users, biomimetics, construction. 

  • Sustainability Assessment: Sustainable assessment skills, lifelong learning, self-assessment, interpretation of assessment, independent lifelong learner, developing sustainable assessment, elements of sustainable assessment, energy planning, and management, sensitivity analysis.  

  • Rating System of Sustainable Building: Green building, environmentally sound processes, green building design, consideration of life cycle effects, environmental assessment methods, improvements of environmental performance, green building assessment, energy and environmental design, Building Performance, Sustainable, Building Rating, Practice.

  • Sustainable Development of architecture: Human development goals, conserving natural systems’ ability, natural resources, and ecosystem services, the economy and society rely upon, natural system’s integrity and stability, building rating, building performance, encouraging sustainable building, environmental methodologies, building environmental efficiency.

  • Construction Management of architecture: Architectural Management; Design management; Education; Generic issues; Practical application, future developments, green environmental system, environmental pollution, design, and construction of buildings, economic, social, and environmental sustainability, human design, and life cycle design. 

  • Maintenance of Sustainable Building: Sustainable operations and maintenance, building occupants, health and safety, solace, and productivity, future generations, reuse and recycle building components, carbon emission, health hazards, residential building repair, building maintenance, implementing energy-efficient buildings, global building construction, economic, social, and environmental benefits, traditional building process.

  • The technology of Building Innovation: High-Performance Energy-Efficient Buildings, innovative buildings, lowering energy demand, integration, and management of information, indoor environment, environmental impacts, building operation and management, spatial relationships, facility management, and construction. 

  • Sustainability Barriers: Environment and human capital, Organizational systems, designing and managing operations, approaches, implementation, empirical studies barriers, environmental protection, sustainable supply chain management, sustainability innovation, environmental degradation, environmental manufacturing, and global sustainability issues. 

  • Building Management of Sustainable: Incommensurability and complexity, environmental policies and legislation, green certification scheme, building research establishment, energy and environmental design, sustainable financial growth, environmental issues and growing, sustainable knowledge, building construction. 

  • Advancement of Sustainable Technology: Natural resources, economic and social development, environmental and ecological risks, long-lasting product, Slope stability, Sustainable vegetation concrete, Infrastructure development, Strength, Durability, Thermal collectors, Photovoltaic system, Photovoltaic/thermal collector system, Energy conversion, Application of PV/T systems.