The Master’s Program in Precision Agriculture is an interdisciplinary course aimed at modernizing farming practices using cutting-edge technology. The program integrates data science, geospatial technology, sensors, and AI to enhance agricultural productivity, sustainability, and resource optimization.
| Subject | Subtopics |
|---|---|
| Fundamentals of Precision Agriculture | Site-specific farming, yield mapping, sensor technologies, introduction to AgriTech |
| GIS and Remote Sensing | Satellite imagery, crop classification, spatial data analysis, NDVI |
| Soil and Water Management | Soil sensors, moisture analysis, smart irrigation systems, nutrient monitoring |
| IoT in Agriculture | Sensor networks, wireless communication, Arduino/Raspberry Pi for agriculture |
| Lab Work - Mapping & Monitoring Tools | QGIS, GPS devices, field data collection, mobile applications |
| Subject | Subtopics |
|---|---|
| Data Analytics for Agriculture | Big data tools, time-series forecasting, crop prediction models, dashboards |
| Drone & Aerial Technologies | Drone mapping, image stitching, UAV regulations, precision spraying |
| AI & Machine Learning in Farming | Crop disease detection, yield estimation, weed detection, smart classification |
| Agri Robotics & Farm Automation | Autonomous tractors, seeding robots, automation in greenhouses |
| Capstone Project | Field-based or simulated project solving a real-world precision agriculture problem |