Information Package / Course Catalogue
| 1. | Analyzes, plans and manages plant production processes with digital systems. |
| 2. | Selects and uses digital applications that increase efficiency and welfare in animal production systems. |
| 3. | Explains the working principles of technologies such as sensors, IoT, GPS, and remote sensing used in agriculture. |
| 4. | Collects agricultural data, analyzes it and interprets it through decision support systems. |
| 5. | It installs, operates and evaluates smart greenhouse, precision irrigation and mechanization systems. |
| 6. | It monitors plant health using digital methods and intervenes using early warning systems. |
| 7. | In digital livestock applications, RFID effectively uses automatic milking-feeding systems. |
| 8. | Applies fundamental principles of digital security and data privacy in agriculture. |
| 9. | It directs applications by analyzing agricultural environmental data (soil, climate, humidity, etc.) with digital systems. |
| 10. | Performs maintenance, calibration and efficiency analysis of digital agricultural equipment |
| 11. | Performs land mapping and spatial analysis with Geographic Information Systems (GIS). |
| 12. | It uses digital systems for food traceability and safety, creating a tracking chain. |
| 13. | It implements digital solutions within the scope of agricultural waste management and sustainability. |
| 14. | Recognizes artificial intelligence and big data applications in agriculture and relates them to examples. |
| 15. | To demonstrate proficiency in a foreign language at an adequate level, and to contribute to the development of agricultural software and mobile applications |
| 16. | To acquire knowledge of national and international digital agriculture policies and regulations, and to develop awareness of career management and lifelong learning |
| 17. | Develops and implements digital transformation projects in rural development. |
| 18. | Knows the use of renewable energy sources in agriculture and integrates them with digital control systems. |
| 19. | To follow technological developments within the scope of the Agriculture 4.0 vision, continuously improve professional competence, solve professional problems, and use communication skills effectively |
| 20. | To use digital agriculture technologies with an awareness of ethical, environmental, and social responsibilities, and to demonstrate knowledge of occupational health and safety principles |