PÇ1	Possesses sufficient level of applied knowledge in the field of plant production and technologies; deepens this knowledge through original research.
PÇ2	Analyzes the effects of microclimate, soil-microbial interactions, and plant health in different production systems.
PÇ3	Develops plant nutrition programs and optimizes the nutrients required by the plant using experimental methods.
PÇ4	Performs soil and plant analysis methods, carrying out plant nutrition optimization through experiments under field and laboratory conditions.
PÇ5	Designs experiments on plant stress physiology, providing advanced information to stress tolerance studies and generating original findings.
PÇ6	Knows the operating principles of mechanization, automation, and sensor technologies used in plant production and gains application skills. Evaluates all technological developments from the perspective of field crops, horticulture, and plant protection, conducting original studies and designing experiments.
PÇ7	Applies sustainable agricultural techniques (cropping systems, soil applications, biological control, etc.) at an experimental level and performs impact analysis.
PÇ8	Identifies problems encountered in plant production, and in unforeseen situations, develops and implements solution proposals.
PÇ9	Solves problems requiring expertise by synthesizing interdisciplinary knowledge, develops new strategic approaches, and produces innovative projects.
PÇ10	Prepares scientific project proposals at national and international levels, and actively participates in project execution and dissemination of results. Achieves proficiency in scientific publication writing and research output reporting.
PÇ11	Analyzes the principles of social, environmental, and economic sustainability, and applies these principles in research with a holistic perspective.
PÇ12	Critically monitors the current literature in the field, and adapts new technological and scientific developments to production processes.
PÇ13	Uses problem-solving competence in interdisciplinary studies, and offers integrated solutions by collaborating with different areas of expertise.
PÇ14	Collects, analyzes, and interprets data within the framework of societal, scientific, and ethical values, and bears the responsibility of transferring these values to others.
PÇ15	Integrates critical thinking, problem-solving, and effective communication skills, analyzes complex plant production processes, develops solution proposals, and shares these proposals with relevant stakeholders, moving them into the implementation phase.