eceatesoglu
This series of projects explores innovative solutions for planning and designing the built environment through digital instruments. Each project integrates techniques from geodesy, photogrammetry, and computer science. The foundation of these works rests on GIS tools and methods, remote sensing applications, object-oriented programming, and data-driven analysis. Beyond improving planning practices, understanding these new digital languages has great potential to broaden our creative mindset. These projects, therefore, express a new point of view for design and planning practices in our computer-driven age.
Utilizing Geospatial Databases for the Analysis and Management of Earthquake Hazards
The project focuses on identifying high-risk areas, assessing building conditions, and determining safe gathering spaces during an earthquake, utilizing various spatial relationships and geometric data types via advanced spatial queries and GIS techniques.
Management and Use of Point Cloud Data in Urban Digital Twin
Point cloud data, a high-precision, three-dimensional depiction of actual environments, is the foundation of an efficient UDT system. Accurate city modelling, infrastructure evaluation, and urban analytics depend on the effective management of these huge data sets. Point cloud management does, however, present several challenges, such as storage, interoperability, and data heterogeneity.
