Bridging the gap between farming expertise and technical innovation. Each project represents a step forward in solving real agricultural challenges through thoughtful application of technology, always keeping the farmer's needs at the center of the solution.
Professional portfolio website showcasing the journey from agriculture to technology. Built as part of Week 1 of the 28-week learning curriculum, demonstrating modern web development practices.
Interactive dashboard combining NDVI satellite data, soil moisture sensors, and weather patterns to provide farmers with actionable insights for precision agriculture decisions. Features real-time alerts for crop stress areas and predictive analytics.
Machine learning model that predicts crop yields based on historical data, weather patterns, soil conditions, and management practices. Helps farmers make informed decisions about input optimization and harvest planning.
Computer vision system that automatically detects and maps field boundaries from satellite imagery. Reduces manual mapping time by 90% and improves accuracy for precision agriculture applications.
IoT-based system for collecting and analyzing equipment performance data. Tracks fuel consumption, operating hours, and maintenance schedules to optimize equipment usage and reduce downtime.
A comprehensive PostGIS-powered platform designed to manage field boundaries, track crop rotations, and analyze yield patterns across multiple growing seasons. This project demonstrates the power of spatial databases in modern farming operations, providing farmers with data-driven insights for better decision making.
RESTful API service that aggregates weather data from multiple sources and provides agricultural-specific insights like growing degree days, frost warnings, and precipitation forecasts.
Let's discuss how technology can help solve your farming challenges. Whether it's data management, automation, or analysis, I'm here to help bridge the gap.