| 1 | To identify the basic structures of agricultural robot systems |
| 2 | To explain motion and control systems in robots |
| 3 | To understand robots developed for soil analysis, plant care, and harvesting |
| 4 | To comprehend the functioning of autonomous systems in greenhouses and open fields |
| 5 | To analyze AI and machine learning-based decision-making processes |
| 6 | To evaluate multi-robot cooperation and task distribution |
| 7 | To examine robotic systems used in livestock farming |
| 8 | To assess the social, environmental, and economic impacts of agricultural robotics |