Mine Slope InSAR Analysis

I need a Persistent Scatterer InSAR specialist who can turn raw NISAR, Sentinel-1, and ideally TerraSAR stacks into clear, decision-ready products for an open-pit mine and its surrounding slopes. Your assignment is to extract accurate displacement trends, translate them into time-series graphs for a set of control points, and produce hazard-zone maps that highlight any sections moving beyond accepted thresholds.

The mine owner expects actionable results within a month, so the workflow must be efficient and fully documented. If you already work with tools such as SNAP, StaMPS, ISCE, MintPy or similar Python pipelines, mention which one you prefer; I simply need reproducible outputs that can be run again as new scenes arrive.

Deliverables
• Geo-referenced cumulative-displacement and velocity rasters (GeoTIFF)
• Point-time-series CSVs for agreed monitoring locations
• A colour-coded hazard map (PDF + GeoTIFF) with legend and brief interpretation notes
• A concise methodology report outlining processing steps, software versions, orbital files used, and any filtering parameters

Acceptance criteria
The analysis should match displacement measurements carried out using ground-based methods.

If you have prior experience on open-pit projects, for slope stability analysis, that will be a strong plus. Let me know your preferred stack size, any auxiliary data you might need up front, and your planned milestone schedule so we can get started immediately.

Project area is approx. 11 Sq. KMs.