Enhancing sustainable living in vietnamese tube houses through cross-disciplinary collaboration and big data analytics

Abstract

The increasing urbanization and population growth in Vietnam have led to a surge in demand for housing. As a result, tube houses have become a prevalent type of housing in Vietnam. Tube houses often face challenges related to inadequate living conditions, lack of space, and insufficient ventilation and natural light. Moreover, many families living in tube houses have limited access to sustainable and affordable housing solutions, which negatively impacts their quality of life. The goal of research is to enhance sustainable living in Vietnamese tube houses through cross-disciplinary collaboration and big data analytics. The study highlights the importance of integrating diverse expertise and stakeholders in the design process to address complex challenges such as urbanization and housing affordability. The article is completed in logical steps and uses the several research methods, such as: collection, analysis and synthesis of data; use diagrams and tables. The application of big data analytics and technology is also identified as a key factor in optimizing the design and construction of tube houses, as well as enhancing stakeholder participation and collaboration. However, the study also acknowledges the challenges associated with cross-disciplinary collaboration and big data analytics. The research highlights the collaborative and inclusive approach that integrates diverse expertise and stakeholders, while addressing challenges.

Keywords

• sustainable architecture
• stakeholders
• cross-disciplinary collaboration
• big data
• tube house
• vietnam