EBES Sustainable Building is an international academic journal focused on sustainable development. It publishes original research and review articles covering the entire lifecycle of buildings, including design, construction, operation, renovation, and demolition. The journal aims to introduce new sustainable architectural concepts, research findings, proven methods, tools, and practices that use intelligent approaches to improve energy and material efficiency, reduce environmental impact, and ensure the health and comfort of occupants. Additionally, the journal serves as an interdisciplinary forum to explore the application of green materials and high-performance equipment in buildings.

This journal contains four sections:

Section A（Building energy saving）

- Passive Building Design: Methods, technologies, tools, and practical applications of passive building design.

- Energy-efficient Building Operations: Methods, technologies, tools, and practical applications for energy-efficient building operations.

- Renewable Energy Utilization: Methods, technologies, and practical applications for integrating renewable energy in buildings.

Section B（Green Building Materials）

- Recycled Materials in Construction: Methods, technologies, and practical applications for the use of recycled materials in buildings.

- Environmental Impact Assessment of Building Materials: Methods and integration with architectural design.

- High-performance Building Materials: Methods and practical applications for the use of high-performance materials in buildings.

- Photovoltaic and Photothermal Materials: Methods and practical applications for the integration of photovoltaic and photothermal materials in buildings.

Section C（Intelligent Design）

- Building Information Modeling (BIM) and Digital Twins: Methods, technologies, tools, and practical applications for BIM and digital twins.

- Computational Design: Methods, technologies, tools, and practical applications for computational design.

- AI-assisted Design: Methods, technologies, tools, and practical applications for AI participation in design.

- Human-Centric and Adaptive Design: Methods, technologies, tools, and practical applications for user-centered design.

- IoT Data Integration in Building and Systems Design: Methods, technologies, tools, and practical applications for integrating IoT data.

- Interactive Building Design: Methods and practical applications for interactive building design.

Section D（Building Carbon Footprint）

- Carbon Footprint Assessment: Methods, technologies, tools, and practical applications for carbon footprint evaluation.

- Low-carbon Design: Methods, technologies, tools, and practical applications for low-carbon architectural design.

- Carbon Management in Construction and Operation Phases: Methods, technologies, tools, and practical applications for managing carbon emissions during construction and building operation.