Author(s)

Jun Liu

Corresponding Author

Jun Liu

Abstract

With the accelerating pace of urbanization, issues concerning the quality of the human living environment have become increasingly prominent. How to meet people's housing needs while achieving ecological conservation and sustainable development has become a crucial challenge in architectural design. As an effective approach to improving the human living environment, green building emphasizes the organic integration of resource conservation, environmental friendliness, and health and comfort. Its design philosophy not only focuses on the energy efficiency and environmental protection of the building itself but also prioritizes the harmony between humans and nature, as well as between space and function. This paper explores the role and pathways of spatial optimization in enhancing living environments from the perspective of green building design principles. Through analysis of functional space optimization, ecological integration, and intelligent technology applications, combined with case studies, it summarizes the value and significance of green buildings in elevating residential quality, improving ecological environments, and advancing sustainable urban development. The integration of green building principles with spatial optimization represents a core direction for future living environment improvement, offering important reference value for achieving urban development goals that prioritize livability, ecology, and intelligence.

Keywords

Green Building, Human Living Environment, Spatial Optimization, Sustainable Development, Intelligent Design