Developing a Sustainable Land Use Planning Framework for Urban Residential Estates

Thesis Abstract

Rapid urbanization and population growth have intensified the demand for sustainable land use planning in residential estates, highlighting the need for frameworks that balance environmental, social, and economic dimensions. Despite various planning approaches, many urban residential developments continue to face challenges related to inefficient land utilization, environmental degradation, and inadequate infrastructure, necessitating a comprehensive and context-specific planning framework that promotes long-term sustainability. This study aims to develop a sustainable land use planning framework tailored for urban residential estates, with specific objectives to analyze existing planning practices, identify key sustainability indicators, formulate a theoretical model integrating environmental, social, and economic considerations, and validate the framework through empirical testing. The research adopts a mixed-methods approach, combining qualitative and quantitative data collection and analysis techniques. A case study design is employed, focusing on three urban residential estates within the metropolitan area, with a population comprising urban planners, land developers, estate managers, residents, and local government officials. A total sample size of 150 respondents is selected using stratified random sampling to ensure representation across stakeholder groups. Data collection instruments include semi-structured interviews, structured questionnaires, and documentary review of planning documents and land use policies. Validity and reliability of the instruments are ensured through pilot testing, expert validation, and Cronbach’s alpha testing, respectively. Quantitative data are analyzed using descriptive statistics, factor analysis to identify key indicators, and multiple regression analysis to examine relationships between variables. Qualitative data are subjected to thematic analysis to explore stakeholder perspectives and contextual nuances. The study also develops a conceptual model integrating theoretical insights from the Sustainable Development Theory and the Land Use Planning Theory, which are foundational to framework development. Expected findings indicate that current planning practices lack integration of sustainability indicators explicitly tailored for residential estates and that environmental concerns such as green space preservation and stormwater management significantly influence land use decisions. The framework proposed is anticipated to incorporate multidimensional indicators—spanning ecological resilience, social inclusivity, and economic viability—and demonstrate statistically significant relationships between sustainable land use practices and improved estate resilience, livability, and long-term viability. The validation process is expected to show the framework’s applicability across different estate contexts, providing a robust tool for policymakers and practitioners. This research contributes to knowledge by integrating theoretical models with empirical data to produce a comprehensive, practicable land use planning framework that explicitly emphasizes sustainability within urban residential contexts. It advances current planning paradigms by embedding measurable indicators and stakeholder-centered approaches, thus facilitating more sustainable, inclusive, and adaptable residential development strategies. Additionally, the study offers a validated model that can inform policy revisions, land use regulations, and estate management practices, ultimately fostering resilient and sustainable urban neighborhoods. The study concludes with a recommendation for adopting the framework in urban planning processes, emphasizing capacity-building for local authorities and stakeholders to implement sustainability assessments systematically. It further suggests integrating the framework into existing land use policies to ensure continuous monitoring and improvement. Finally, the study advocates for future research to test the framework across different socio-economic and geographical contexts, as well as the incorporation of emerging technologies such as Geographic Information Systems and remote sensing to enhance spatial analysis and planning precision. Through this comprehensive approach, the research aims to bridge the gap between theoretical sustainability principles and practical land use applications, promoting sustainable urban residential development at a broader scale.