| 1. | Acquires fundamental knowledge and understanding of the science of agricultural machinery. |
| 2. | Develops the ability to conduct research on the use, manufacturing, and development of agricultural machinery. |
| 3. | Determines the conformity of agricultural implements and machinery with national and international standards and is able to conduct related tests and evaluations. |
| 4. | Develops the ability to design and manufacture new agricultural implements and machinery or improve existing ones. |
| 5. | Develops the ability to identify, analyze, propose solutions for, and solve problems related to agricultural mechanization. |
| 6. | Develops lifelong learning skills by recognizing that professional education continuously evolves with technological advancements and by keeping knowledge up to date through monitoring current developments. |
| 7. | Possesses a contemporary educational background that fosters entrepreneurship and the ability to make and implement bold and effective decisions. |
| 8. | Develops the ability to apply theoretical knowledge to practical engineering problems and technical applications. |
| 9. | Evaluates acquired knowledge through cause-and-effect relationships and develops the ability to determine what knowledge is needed, where, when, and why it should be applied. |
| 10. | Works effectively in teams with professional ethics, social responsibility, and scientific competence, while assuming individual responsibilities when necessary. |
| 11. | Possesses knowledge and awareness of occupational health and safety, environmental protection, and quality management. |
| 12. | Communicates effectively and accurately in written and spoken Turkish. |