Evaluating Cadastral System With The Standardized Scientific Criteria: Shashemene, Oromia, Ethiopia

Abstract

This thesis investigates the effectiveness of cadastral systems within Shashemene Town by employing scientific standards to evaluate their functionality and efficiency. Cadastral systems play a crucial role in land administration, ensuring secure land rights and efficient land use. Shashemene Town, located in Ethiopia, presents a valuable case study due to its evolving urban landscape and the increasing importance of accurate land management systems for sustainable development. The research involves evaluating cadasteral information system using standardized scientific criteria in the case study of Shashemene town. The significance of this research lies in its potential to identify strengths and weaknesses within the cadastral systems of Shashemene Town. The aim of the research is to model multipurpose cadastre through the first step is gathering requirements of 3D cadaster (business analysis), The second step is developing conceptual data modeling for 3D cadaster, the third step is Developing a logical data model for 3D Cadaster, the fourth step is Developing a Physical data model for 3D Cadaster, the fifth step is designing a 3D Cadastral database. The fifth step (designing a 3D Cadastral database). Creating login plat form for registration of cadastral system ultimately, the study aspires to contribute to the improvement of land administration practices, fostering sustainable development and equitable access to land resources in Shashemene Town.