· Introduction to precision agriculture and remote sensing concepts.
· Agricultural drone platforms, sensors and imaging technologies.
· Drone mission planning for agricultural mapping.
· GNSS RTK positioning and calibration workflows.
· Thermal imaging for crop monitoring.
· Multispectral imaging and vegetation indices (NDVI, NDRE, GNDVI).
· Agricultural mapping using WebODM and OpenDroneMap.
· Generation of orthomosaics, digital surface models and point clouds.
· Introduction to GIS using QGIS. Spatial analysis and decision-support mapping.
· Agronomic interpretation of remote sensing products.
· Practical field demonstrations andagricultural case studies.