The program of Precision Agriculture is focus on digital transformation applicate for agricultural products systems, to reach productivity and developing how to increase capacities and abilities to achieve productivity in agricultural processes, achieving optimization, efficiency, and effectiveness.
-
Precision Agriculture Technique Level 01
An overview of measurement for agricultural productions systems.
-
Deep Review of Measurement with GPS and GNSS
-
The Future of Agriculture: Drones in Precision Farming
-
Case Study: Implementing Sensor-Based Smart Irrigation in "AgriFarm Co."
The integration of sensor technology into agriculture has revolutionized traditional farming practices, giving rise to precision agriculture. By providing real-time, data-driven insights, sensors enable farmers to optimize resources, improve crop yields, reduce environmental impact, and make more informed management decisions. This module outlines key sensor types, their applications, and practical real-world examples.
-
Soil Sensors
-
Climate and Environmental Sensors
-
Practical Examples and Case Studies
Effective land management requires a strategic selection of machinery. Each stage of the crop cycle—from breaking ground to post-harvest handling—relies on specific engineering designed to maximize yield and minimize manual labor.
-
Complementary resources
-
Primary Tillage: Breaking the surface
-
Secondary Tillage: Creating the Seedbed
-
Intensive Mixing: The Rotary Tiller