```html
Seasoned AI & Geospatial Engineer with deep expertise in Generative AI, Machine Learning, and Satellite Data Processing. Architecting autonomous multi-agent workflows, deploying Vision Transformers, and building no-touch AI pipelines that transform terabytes of raw Earth observation data into actionable climate intelligence, predictive analytics, and operational automation for global enterprises.
Working with local LLMs (LLaMA), MCP servers, autonomous agents, multi-agent orchestration, and no-touch AI pipelines. Expert in prompt engineering, agent routing, and deploying inference interfaces for enterprise workflows.
Time-series analysis, predictive modeling, Monte Carlo simulations, statistical forecasting, and simulation data proficiency. Expertise in climate risk forecasting, ESG scoring, and forward-looking analytics.
Earth observation, satellite data processing, DEM/SAR fusion, multi-temporal analytics, and cloud-native geospatial systems on AWS/GCP.
Deploying AI and ML architectures for 4+ years, consistently achieving >92% accuracy on complex geospatial vision tasks.
Currently processing data across 25,000+ global issuers in the MSCI ACWI universe, covering physical risk and emissions.
Built an in-house geospatial exploration app for EOG Resources featured in their quarterly earnings report.
Quantified COVID-19 economic impact via nightlight drops (–37.2% in Delhi) and modeled urban expansion in 1,000+ towns.
Trained ViT architectures on multi-spectral imagery for automated methane plume detection (>92% accuracy), cutting manual inspection by 60%+.
Engineered preprocessing pipelines for >10 TB of drone/satellite data, improving throughput by 40% across multi-index time-series.
Initial member of the EO research group; facilitated formal tech partnerships with major upstream firms.
Main POC for data quality in multi-million-dollar acquisitions; enabled 100% audit traceability across 400+ reclamation sites.
Engineered automated pipelines using Python (GDAL, GeoPandas) and PostGIS, saving 1,200+ manual hours/year and $120K for NYU Stern.
Developed CNN-UNet (97% accuracy) and applied GANs to enhance legacy satellite imagery for remote road detection.
Designed systems on GCP using GEE/Azure, fusing DEM, SAR, and multi-temporal data with Monte Carlo simulations.
Quantified COVID-19 impact via nightlight drops; built SAR-based urban expansion models across 1,000+ Sub-Saharan towns.
Designed and implemented ETL pipelines across 10+ diverse data sources, improving processing speed by 35%.
Built interactive Tableau and Power BI dashboards driving operational efficiency for a top-3 cab service across 50+ cities.
Led sessions on Kalman Filters & Random Signals for graduate students.
Assisted with hands-on simulation labs and algorithm implementation.
Thesis: Potential of Sentinel 1/2 for deforestation detection
Coursework: Remote Sensing, Space Engineering, Astrostatistics, Navigation Systems
Developed change detection algorithms using Sentinel-1 (89%) and Sentinel-2 (84%) imagery. Implemented PostgreSQL/PostGIS pipelines for efficient spatial data management and species-level analysis, computing advanced forest health monitoring metrics (user/producer accuracy, Cohen's kappa).
Developed a photogrammetric pipeline using Sentinel-1 C-band and Sentinel-2 optical data to classify 17+ tree species in Indian forests. Integrated GDAL with Python (Pandas, NumPy, SQL) and leveraged Random Forest and SVM for refined band-specific data fusion.