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Projects

Below are several selected projects from my MSc studies in Geomatics at TU Delft. Most of them were completed as course projects, ranging from digital terrain modelling to machine learning. With the consent of my teachers and mentors, these projects are publicly available on GitHub. Together, they illustrate how I entered the field of Geomatics and the types of technical work we learn and practice during the programme.

For my work at RWTH Aachen University, please refer to the following conference paper:
Real-Time Sensor Data Integration for BIM-Based Hydraulic Structure Monitoring

BIMConvertToGeo

Convert a building information modeling (BIM) model, specifically an industry foundation classes (IFC) file, into a CityJSON file.

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geoCFD

Preprocess the geometry for CFD simulation - remove internal faces between adjacent buildings. Developed as the Nef Polyhedra method for the MSc Geomatics Synthesis Project facesBgone.

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Reconstruct 3D Geometry

3D geometry reconstruction from a set of images based on the open-source project - Easy3D.

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Spatial Interpolation

Implementation of Nearest Neighbor (NN) / Inverse Distance Weighting (IDW) / Triangulated Irregular Network (TIN) and Laplace interpolation.

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LCP Runoff Modeling

Implementation of the least cost path algorithm (LCP) for calculating flow direction and flow accumulation.

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Camera Calibration

Implementation of performing camera calibration algorithm based on the open-source project - Easy3D.

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K-means Clustering

Implementation of K-means clustering classification based on the point cloud data.

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Ground Filtering

Implementation of Cloth Simulation Filter algorithm (also with verlet integration) based on the point cloud data.

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CityJSON

Implementation of calculating building volumes, number of building floors, area, and orientation of roof surfaces based on CityJSON files.

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