Agricultural Technology is a comprehensive field that combines scientific knowledge and modern technologies to improve productivity and efficiency in agriculture. These major aims to apply technological innovations such as robotics, artificial intelligence, remote sensing, and geographic information systems (GIS) to improve agricultural operations and achieve sustainable agriculture.

Fields of study in agricultural technology:
Precision Agriculture:

• Geographic Information Systems (GIS): Analyzing spatial data to manage agricultural land more accurately.
• Remote Sensing: Using drones and satellites to collect data on crop health and soil moisture.

Artificial intelligence and robotics:

• Agricultural Robotics: Developing and using robots to perform tasks such as planting, harvesting, and spraying pesticides.
• Artificial Intelligence: Analyze agricultural data using artificial intelligence techniques to provide recommendations on improving productivity.

Water Resources Management:

• Smart irrigation systems: Developing irrigation systems that use sensing and analysis to improve water use and increase irrigation efficiency.
• Water quality analysis: Using modern technologies to monitor and improve the quality of water used in agriculture.

Agricultural Mechanization:

• Advanced Agricultural Equipment: Design and develop new agricultural machinery to improve efficiency and reduce manual effort.
• Preventive Maintenance: Developing systems for preventive maintenance and quick repairs of agricultural equipment.

Crop management:

• Sustainable farming techniques: Applying new techniques to improve crop management and increase productivity in sustainable ways.
• Pest Management: Using technology to improve pest control strategies and reduce pesticide use.

Post-harvest techniques:

• Storage Improvement: Developing new technologies to improve the storage and transportation of agricultural products.
• Packaging: Using technology to improve packaging processes and maintain product quality.

Required skills:

• Extensive scientific and technical knowledge: in the fields of biology, engineering, and technology.
• Analytical and research skills: the ability to analyze agricultural data and conduct field research.
• Technical capabilities: to use modern tools and techniques in managing agricultural operations.
• Project management skills: to plan, implement and manage agricultural projects effectively.
• Communication skills: to transfer knowledge and interact with farmers and business partners.

Work fields:

• Agricultural companies: developing and implementing modern technologies to improve agricultural productivity.
• Government Agencies: Work with agriculture agencies to develop agricultural policies and programs.
• Non-governmental organizations: Participation in sustainable agricultural development programs.
• Scientific research: Working in universities and research centers to conduct advanced studies on agricultural technologies.
• Technical companies: Developing technical programs and tools that support smart agriculture and precision agriculture.
• Agricultural consulting: Providing advice to farmers on using technology to improve productivity.

The importance of agricultural technology:

• Increased productivity: It contributes to improving crop productivity and reducing losses.
• Achieving sustainability: Supports sustainable agriculture by improving natural resource management.
• Improving efficiency: It helps improve the efficiency of agricultural operations and reduce costs.
• Supporting rural development: It enhances the development of rural communities by providing modern technologies.

Agricultural technology applications:

• Smart Agriculture: Using big data and artificial intelligence techniques to improve farm management.
• Remote Sensing: Monitoring crop and soil health through satellites and drones.
• Advanced Irrigation Systems: Applying sensor-based irrigation systems to optimize water use.
• Advanced agricultural mechanization: Using intelligent agricultural machines to perform agricultural tasks more efficiently.
• Crop Management: Using technology to improve crop management and increase productivity.

The specialty of Agricultural Technology is one of the vital fields that combine technological innovations and agriculture to achieve significant improvements in productivity and sustainability, making it a field with great impact in improving the quality of life and promoting economic and social development.