Program Outcomes and Learning Objectives

The Bachelor’s Degree Program in Plant Production and Technologies aims to prepare graduates who possess the following qualifications:

1. Who can evaluate the complex interactions in plant production processes using a holistic approach by integrating the fundamental principles of agricultural sciences with those of biotechnology, environmental science, and engineering;

2. Who can interpret data obtained from agricultural activities and scientific research using modern information technologies, artificial intelligence, and data analytics tools; develop models; and generate solutions to sector-specific problems;

3. Capable of developing and implementing innovative, long-term agricultural production techniques that are sensitive to agro-ecosystems and environmental health, while taking into account critical global challenges such as sustainability, combating climate change, and resource management;

4. Thanks to the practical experience gained through the7+1 Sector Integrated Education model, are able to assume responsibility from day one as competent practitioners and innovative leaders in the agricultural industry, R&D centers, production sites, or international agricultural development projects,

5. To train professionals equipped with strong social skills, an aptitude for interdisciplinary teamwork, and a sense of professional ethics—who have made lifelong learning their guiding principle by keeping abreast of global agricultural trends and trade policies.

PROGRAM OUTCOMES (PO)

Graduates who successfully complete the program will possess the following knowledge, skills, and behavioral competencies:

PO1: The ability to apply mathematics, natural sciences, and fundamental engineering principles to complex problems in agricultural engineering and crop production.

PO2: The ability to identify, define, and formulate problems encountered in crop production, and to develop innovative methods and technologies that serve as solutions for producers and the industry.

PÇ3: The ability to design and optimize modern agricultural production systems, biotechnological processes, and plant protection and nutrition methods within the framework of sustainability and good agricultural practices.

PÇ4: The ability to analyze, model, and interpret data obtained from production processes using agricultural data analytics, sensors, drones, and precision agriculture technologies.

PÇ5: The competency to design experiments, conduct trials, collect data, and analyze and interpret results using modern scientific methods in laboratory, greenhouse, and open-field agricultural production settings.

PÇ6: The ability to carry out professional practices on-site and be fully prepared for the workforce through long-term, full-time work in industrial settings and R&D-focused institutions within the framework of the 7+1 education model.

PC7: Understanding the impacts of crop production and agricultural engineering practices on global food security, environmental health, climate change, and social welfare, along with an awareness of compliance with legal regulations.

PÇ8: The ability to work effectively both individually and in multidisciplinary teams; a propensity to take on responsibilities and assume leadership roles in group projects.

PÇ9: The ability to establish strong institutional communication in Turkish and a foreign language through written, oral, and visual means; the ability to prepare technical reports and deliver effective presentations.

PÇ10: The ability to continuously update one’s knowledge by monitoring global agricultural trends, technological advancements, and scientific literature, with an awareness of the necessity of lifelong learning.

PÇ11: Possessing a sense of professional and ethical responsibility, and the sensitivity to consider the legal, economic, and environmental consequences of engineering solutions.