With 10+ Years of Experience Spanning GIS, Spatial Analytics, and Cloud Data Engineering, I Build Production Systems That Transform Fragmented Field, Satellite, Environmental, and Operational Data Into Reliable, Analysis-Ready Products.
My Work Spans Cloud-Native Pipelines, Geospatial APIs, Remote-Sensing Workflows, and AI-Ready Decision-Support Platforms—Designed to Scale, Automate Complex Processes, and Deliver Measurable Operational Impact.
Professional Character
Geospatial Artist
Engineering makes spatial data reliable and usable at scale. Geospatial thinking reveals patterns and relationships across place, time, and context—turning information into decisions that matter.
Domain Expertise
My work spans spatial analysis, remote sensing, and the data systems that make both usable at scale. I develop workflows that account for boundaries, coordinate systems, proximity, overlap, and spatial variation, then integrate the results with operational and analytical data.
I work with agricultural data in its field context: soil nutrients and properties, crop yields, planting and application records, weather, satellite imagery, and management zones. This domain knowledge helps me build geospatial workflows that connect patterns in the data to practical decisions about fields and crops.
My bachelor's degree in Urban and Rural Planning shaped how I approach land use, development patterns, and the relationship between people and place. That foundation continues to inform my geospatial work and gives me a broader perspective on land analysis and location-based decisions.
Selected ImpactScale in Production
Approximate figures are shown with the context in which they were achieved.
Key Featured WorkSelected Production Systems
Production System
A production integration that turns authenticated machine and operation data into validated, analytics-ready spatial datasets.
Production System
An event-driven pipeline that validates, transforms and spatially assigns incoming soil-sample files.
Active Platform
A full-stack geospatial agricultural platform connecting field data, cloud processing and decision-support workflows.
Technical ExpertiseGeospatial, Cloud & Analytics
A technical practice spanning geospatial processing, cloud platforms, backend services and decision-ready analytics.
Data modeling, transformation and distributed processing for analytical and operational workloads.
Production services, scheduled workloads and event-driven systems on Google Cloud.
Reliable service boundaries and recoverable workflows for spatial products and data platforms.
Spatial ETL and cloud-ready raster and vector processing across analytical and product systems.
Field-scale interpretation of multispectral, radar, thermal and agronomic information.
Decision-support products and AI-ready data access built on trusted analytical layers.
Agronomic context that keeps field, soil, crop, weather and management meaning intact in the data.
Professional ExperienceRoles & Progression
Progressing from GIS and research into senior analytical roles and production geospatial platform engineering.
Full Professional Profile →July 2024 — Present
GROWERS HOLDINGS INC.
Developing production geospatial and agricultural data systems that connect cloud processing, spatial analytics and operational decision support.
April 2020 — June 2024
GROWERS HOLDINGS INC.
Built and scaled automated data, remote-sensing and analytical workflows for precision-agriculture operations.
January 2019 — March 2020
GROWERS HOLDINGS INC.
Delivered spatial processing, field-level analysis and GIS workflows supporting agricultural services and planning.
January 2017 — December 2018
Texas Tech University
Applied GIS, remote sensing and spatial analysis to plant, soil and agricultural research.
EducationAcademic Foundation
December 2018
Texas Tech University
GIS, Remote Sensing, Precision Agriculture, Satellite and UAV Imagery, Soil Science and Spatial Analysis.
Coursework Geospatial Analysis and Interpretation; Precision Agriculture
Thesis Surface Soil Moisture Estimation Using Unmanned Aerial System and Satellite Images. link ↗
September 2014
Khulna University
Land-Use Analysis, GIS, Spatial Planning and Urban-Growth Modeling.
Coursework Geographic Information Systems I and II; Remote Sensing I and II
Thesis Measuring Urban Sprawl and Its Effect on Public Service Facility Around Khulna City: A Geographic Information System and Satellite Remote Sensing Approach.
Field NotesTechnical Writing
Why an area-weighted mean of soil pH and a back-transformed mean of hydrogen-ion activity answer different questions — and why the answer also depends on field boundaries, sample coverage, and the scale at which zones are aggregated.
A home for my geospatial engineering case studies, technical practice and writing.
ContactOpen to Conversations
Open to conversations about geospatial engineering, cloud data platforms, GeoAI and spatial analytics.
