Would you like to see my blood, sweat, and tears so far? 💪 Go ahead, Houston … 🛰️ 🛰️

Satellite Ground Segment Architect — Payload Data Processing — 16 satellite missions across Phase 0–E. ESA Harmony / EOF-EOS experience, L0→L2 processing chains, pushbroom multispectral & hyperspectral Cal/Val, and Earth-observation ML.

View projects Experience & competency depth

🔴 Note: This profile is prepared using publicly available information from the literature and reflects concepts I have learned during my professional experience. It does not include any proprietary or confidential information.

Mission Patches

16 satellite missions across Phase 0–E.

Core competencies

Four pillars of my satellite ground-segment and Earth-observation practice — full depth on the Experience page.

System Engineering URD/MRD/SRD · MBSE · IV&V · ECSS lifecycle Cal/Val Laboratory & on-orbit calibration · NUC/MTF · QA4EO Remote Sensing & AI/ML Sentinel/Landsat · CNNs · YOLO · EO embeddings Software Data Processing L0→L2 pipelines · EOPF · Docker/K8s · open-source IPF

Projects

Open-source Earth-observation software — MSI/SAR ground-segment processors, synthetic raw generation, and ML embeddings. All developed under a tailored ECSS-E-ST-40C lifecycle.

Instrument Processing Facility (IPF)

Ecosystem

IPF Ecosystem

Producer–consumer architecture tying the synthetic raw generator, MSI processor, and shared data-store into one validated IPF prototype.

Overview GitHub

The IPF prototype connects a synthetic raw-data producer (Sentinel-2 MSI Synthetic Raw Data Generator), a multispectral consumer (msi-processor), and a shared data-store registry. The generator runs S2B L1B backwards through the operational radiometric chain, materialises Synthetic L0 products and a calibration database, and the processor consumes those inputs for a non-tautological L0→L1B round-trip.