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I am a Research Geospatial Analyst focused on geohazard analytics, landslide inventories, and hazard modeling using multi-temporal satellite imagery, DEMs, and field data. I enjoy turning complex geospatial data into actionable insights for disaster risk reduction. Currently pursuing a Master of Science in Geo-Informatics & Remote Sensing at Amity University, Noida_Phone details not available. Sign in: https://www.twine.net/signup_), with a BSc in Geology from Calicut University. I collaborate on NDVI/NDWI analysis, Google Earth Engine-based monitoring, and machine-learning driven susceptibility mapping, and I regularly share findings through seminars and publications.…I am a Research Geospatial Analyst focused on geohazard analytics, landslide inventories, and hazard modeling using multi-temporal satellite imagery, DEMs, and field data. I enjoy turning complex geospatial data into actionable insights for disaster risk reduction. Currently pursuing a Master of Science in Geo-Informatics & Remote Sensing at Amity University, Noida_Phone details not available. Sign in: https://www.twine.net/signup_), with a BSc in Geology from Calicut University. I collaborate on NDVI/NDWI analysis, Google Earth Engine-based monitoring, and machine-learning driven susceptibility mapping, and I regularly share findings through seminars and publications.

Anil A

Data Scientist, Data Analyst, AI Engineer, +2

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I am a Research Geospatial Analyst focused on geohazard analytics, landslide inventories, and hazard modeling using multi-temporal satellite imagery, DEMs, and field data. I enjoy turning complex geospatial data into actionable insights for disaster risk reduction. Currently pursuing a Master of Science in Geo-Informatics & Remote Sensing at Amity University, Noida_Phone details not available. Sign in: https://www.twine.net/signup_), with a BSc in Geology from Calicut University. I collaborate on NDVI/NDWI analysis, Google Earth Engine-based monitoring, and machine-learning driven susceptibility mapping, and I regularly share findings through seminars and publications.…I am a Research Geospatial Analyst focused on geohazard analytics, landslide inventories, and hazard modeling using multi-temporal satellite imagery, DEMs, and field data. I enjoy turning complex geospatial data into actionable insights for disaster risk reduction. Currently pursuing a Master of Science in Geo-Informatics & Remote Sensing at Amity University, Noida_Phone details not available. Sign in: https://www.twine.net/signup_), with a BSc in Geology from Calicut University. I collaborate on NDVI/NDWI analysis, Google Earth Engine-based monitoring, and machine-learning driven susceptibility mapping, and I regularly share findings through seminars and publications.

Available to hire

I am a Research Geospatial Analyst focused on geohazard analytics, landslide inventories, and hazard modeling using multi-temporal satellite imagery, DEMs, and field data. I enjoy turning complex geospatial data into actionable insights for disaster risk reduction.

Currently pursuing a Master of Science in Geo-Informatics & Remote Sensing at Amity University, Noida_Phone details not available. Sign in: https://www.twine.net/signup_), with a BSc in Geology from Calicut University. I collaborate on NDVI/NDWI analysis, Google Earth Engine-based monitoring, and machine-learning driven susceptibility mapping, and I regularly share findings through seminars and publications.

Skills

Experience Level

Expert

Expert

Expert

Expert

Expert

Intermediate

Intermediate

Intermediate

Intermediate

Language

English

Fluent

Hindi

Fluent

Malayalam

Fluent

Tamil

Advanced

Work Experience

Research Geospatial Analyst at Banaras Hindu University (BHU)

December 31, 2025 - December 31, 2025

Developed comprehensive georeferenced landslide inventories using multi-temporal satellite imagery, digital elevation models, and field survey data. Standardized detection, validation, and attribute assignment workflows to produce modeling-ready polygon and point datasets for geohazard analysis. Conducted advanced landslide simulations using RAMMS and RavFlow models to evaluate dynamic runout, velocity profiles, and deposition patterns across diverse Himalayan terrain scenarios. Calibrated and validated simulation outputs against mapped inventory extents and DEM-derived change layers. Executed high-resolution landslide susceptibility mapping by implementing machine learning algorithms, including Random Forest and Support Vector Machines, on multi-source geospatial predictors. Performed rigorous model training and cross-validation, and assessed outputs using curated inventory data. Generated regional-scale susceptibility maps for disaster risk reduction and integrated outputs with QGIS