Remote Sensing & InSAR Analysis
Exploring earth surface dynamics through advanced satellite imagery to monitor critical infrastructure and environmental changes.
Current Research Focus
My primary research involves processing Sentinel-1 SAR data to monitor millimeter-level surface displacements. By applying the Stanford Method for Persistent Scatterers (StaMPS/MTI), I analyze complex time-series data to detect ground subsidence and measure subtle structural shifts.
Dam Deformation Monitoring
Evaluating the structural integrity of critical dam infrastructure by interpreting persistent scatterer interferometry over extended temporal baselines.
StaMPS/MTI Processing
Utilizing robust MATLAB/Octave workflows to unwrap phase data, filter noise, and extract highly reliable deformation signals from SAR acquisitions.
Interactive Study Area
Below is a high-density, interactive simulation of Persistent Scatterer (PS) data points across the Mosul Dam wall. Red/Orange indicates severe subsidence in the center structure, Green indicates stable ground, and Blue represents uplift or noise. (Click on individual points to view simulated millimeter-level displacements).