Program Outcomes
PÇ1 Ability to use theoretical knowledge in basic sciences and agricultural fields such as
PÇ2 Ability to thoroughly comprehend the structural characteristics, operating principles, and functions of tillage, sowing-planting-fertilizing, irrigation, plant protection, and harvesting-threshing machinery, as well as agricultural tractors.
PÇ3 Ability to perform component and assembly drawings in accordance with technical drawing rules; effectively use modern CAD (Computer-Aided Design) software in the design and revision processes of agricultural machinery.
PÇ4 Ability to diagnose mechanical, hydraulic, pneumatic, or engine-related failures in agricultural machinery and tractors, and carry out periodic maintenance and repair processes of these systems in accordance with technical rules
PÇ5 Ability to comprehend innovative technologies such as precision agriculture technologies, agricultural automation, robotic systems, and artificial intelligence applications, and integrate them into modern agricultural equipment.
PÇ6 Knowledge of strength limits of machine elements, material technologies, and manufacturing methods such as welding, with the ability to select appropriate materials and techniques during the production and assembly stages of agricultural mechanization vehicles.
PÇ7 Ability to transfer theoretical knowledge gained within the scope of Industry-Based Education (IBE) and summer internship into practical business processes in the field, and safely operate professional equipment on the job.
PÇ8 Ability to work effectively individually or in teams during system analysis and design processes in agricultural mechanization projects, and generate versatile solutions to technical problems.
PÇ9 Ability to strictly apply occupational health and safety (OHS) rules in agricultural mechanization and manufacturing processes; act consciously regarding environmental pollution, water conservation (irrigation systems), and ecological sustainability.
PÇ10 Ability to manage agricultural production and mechanization processes with awareness of ethical principles, quality standards, and legal responsibilities in professional applications.
PÇ11 Ability to communicate effectively in oral and written form at a technical level with colleagues, agricultural producers, and engineers; possess lifelong learning awareness to follow rapid changes in agricultural technologies.
PÇ12 Mastery of basic principles of farm management, agricultural economics, and career planning to perform cost analysis of mechanization investments and develop an entrepreneurial perspective.