Aims and Scope

In line with our conference's focus on "Neutralizing Whole Life Carbon and Improving Well-Being to Achieve the SDGs", we have established the following two main themes. Please specify which of the conference themes your research contributes to when submitting your abstracts and full papers.

These themes are closely connected to the Sustainable Development Goals (SDGs) and are further detailed through our Submission Categories, which provide specific areas of focus for your research contributions.

Conference Themes

Theme 1: Whole life carbon neutralization and reduction of other environmental loads.

Theme 2: Health and well-being promotion and improvement of environmental quality.

Submission Categories

In addition, the conference has established the following submission categories. Each category includes guidance for authors, helping you identify the best fit for your contribution. Please select the category that most closely aligns with your research when submitting your abstracts and full papers. If your work spans multiple categories, feel free to indicate all relevant areas.

1. Emerging Technologies and Materials

1-1. Emerging Technologies, Innovation, and Future Trends

Submit your research on cutting-edge developments and innovative technologies shaping the future of sustainable built environments. Topics may include 3D printing, robotics in construction, artificial intelligence applications, novel construction methods, and advancements in digital fabrication.

1-2. Advanced and Eco-friendly Materials

Share your findings on new materials that enhance sustainability. This includes eco-friendly, recycled, or bio-based materials, as well as innovations in material science that reduce environmental impact and improve building performance.

2. Building Performance and Simulation

2-1. Building Physics and Performance Simulation

Present studies involving the analysis and simulation of building performance. Areas include thermal comfort modeling, energy simulation, daylighting analysis, acoustical performance, and computational fluid dynamics.

2-2. Energy Efficiency, Conservation, and Generation

Discuss strategies and technologies that improve energy efficiency in buildings and urban areas. This encompasses passive design strategies, energy-saving systems, renewable energy integration, net-zero energy solutions, and energy management systems.

2-3. Environmental Performance and Assessment

Submit work on assessing and improving the environmental performance of buildings and cities. Topics include environmental impact assessments, sustainability metrics, green certifications (e.g., LEED, BREEAM), and benchmarking tools.

3. Sustainable Practices and Life Cycle Approaches

3-1. Life Cycle Thinking and Circular Economy

Focus on life cycle assessment (LCA), cradle-to-cradle design, and circular economy principles. Share research on resource efficiency, waste reduction, materials reuse, and strategies for closing material loops in construction and urban development.

3-2. Sustainable Design and Planning

Explore sustainable architectural and urban planning practices. Contributions may cover green infrastructure, eco-districts, low-impact development, integrative design processes, and sustainable land use planning.

4. Smart Technologies and Automation

4-1. Smart Buildings, Smart Cities, and Automation

Highlight the role of smart technologies in enhancing sustainability. Topics include Internet of Things (IoT) applications, building automation systems, smart grids, data analytics for optimized performance, and urban informatics.

5. Environmental Quality and Human Well-being

5-1. Indoor and Outdoor Environmental Quality

Examine factors affecting environmental quality, such as air quality, thermal conditions, lighting, and acoustics. Studies may address solutions for improving comfort, health, and productivity in indoor and outdoor spaces.

5-2. Human Comfort, Health and Well-being

Present research on how design impacts human comfort, health and overall well-being. This includes ergonomic design, psychological comfort, human-centered design approaches, and the influence of environmental factors on health.

5-3. Wellness and Productive Environments

Share insights on creating environments that promote wellness and enhance productivity. Topics may involve biophilic design, stress reduction strategies, healthy building certifications (e.g., WELL Building Standard), and design for mental health.

6. Human Factors and Inclusive Design

6-1. Occupant Behavior and Lifestyle Changes

Investigate how occupant behavior influences sustainability and how design can encourage eco-friendly habits. Contributions may include behavioral studies, user engagement strategies, and interventions to promote sustainable lifestyles.

6-2. Aging in Place and Universal Design

Focus on designing spaces that are accessible and comfortable for all ages and abilities. Research may cover universal design principles, adaptations for aging populations, inclusive community planning, and assistive technologies.

6-3. Social, Cultural, and Inclusive Design

Explore the social and cultural dimensions of sustainable design. Topics include community engagement, cultural heritage preservation, social equity, and designing inclusive environments that cater to diverse populations.

7. Human-Nature Interaction

7-1. Human-Nature Connection and Nature-based Solutions

Discuss the integration of natural elements into the built environment to enhance sustainability and well-being. Areas include nature-based solutions, green roofs and walls, urban biodiversity, ecosystem services, and the psychological benefits of connecting with nature.

8. Climate and Resilience Strategies

8-1. Climate Change Adaptation and Mitigation Strategies

Present strategies for adapting to and mitigating the impacts of climate change within the built environment. Research may focus on low-carbon technologies, greenhouse gas reduction, carbon sequestration, and climate-resilient design practices.

8-2. Resilience and Disaster Mitigation

Share studies on enhancing the resilience of buildings and communities against natural and human-made disasters. Topics include disaster-resistant construction techniques, emergency preparedness, resilient infrastructure planning, and risk assessment.

9. Policy, Education, and Capacity Building

9-1. Policy Development and Implementation

Examine policies and regulatory frameworks that support sustainability goals. Contributions may analyze policy effectiveness, implementation challenges, governance models, and recommendations for policy improvements at local, national, or international levels.

9-2. Education and Capacity Building

Focus on educational initiatives and programs that build capacity for sustainable development. Areas include curriculum development, professional training, knowledge dissemination, and public awareness campaigns to promote sustainability practices.

10. Case Studies and Best Practices

10-1. Case Studies and Best Practices at the Housing and Building Scales

Provide detailed analyses of successful sustainable housing and building projects. Share lessons learned, innovative approaches, design strategies, and recommendations for replication and scaling up.

10-2. Case Studies and Best Practices at the Urban and City Scales

Present case studies of sustainable urban developments and city-wide initiatives. Highlight strategies, policies, community engagement processes, outcomes, and insights that can inform future urban sustainability efforts.

Note: The contents provided in this page may be subject to change without notice.