Agricultural Technology and Precision Farming Engineering

What You Will Learn

• 1 Learn the foundations of agricultural systems engineering and the technology ecosystems driving modern food production.
• 2 Understand precision agriculture principles and remote sensing techniques for crop monitoring and field analysis.
• 3 Apply GPS, GIS, and spatial data management to create digital farm maps and informed decisions.
• 4 Implement variable rate technology and controlled application systems for inputs like seeds, fertilizers, and pesticides.
• 5 Discover drone-based aerial imaging and robotic platforms for scouting, planting, and harvesting.
• 6 Explore IoT and wireless sensor networks for real-time soil, weather, and crop monitoring.
• 7 Analyze yield data and develop decision support systems using data analytics and machine learning.
• 8 Design smart irrigation and water management systems that conserve resources and optimize plant growth.
• 9 Build automation and control systems for greenhouses, livestock facilities, and field machinery.
• 10 Evaluate sustainable farming practices and environmental stewardship through engineering interventions.
• 11 Assess the economics, scalability, and adoption barriers of precision agriculture technologies.
• 12 Integrate all concepts in a capstone project that models a complete precision farming engineering solution.