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PÇ1
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Gaining the ability to apply knowledge of mathematics, science and engineering
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PÇ2
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Gaining the ability to design and conduct experiments in the field of biosystems engineering and to analyze and interpret data
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PÇ3
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Gaining the ability to design a system, component or process to meet the requirements according to realistic constraints such as economic, environmental, ethical and sustainability
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PÇ4
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Gaining the ability to work in an interdisciplinary team
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PÇ5
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Gaining the ability to define, formulate and solve engineering problems
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PÇ6
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Comprehending professional and ethical (moral) responsibilities
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PÇ7
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Gaining the ability to communicate effectively
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PÇ8
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Understanding and correctly interpreting the effects of engineering solutions in a universal and societal context
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PÇ9
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Having the ability to learn lifelong to follow developments in biosystems engineering
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PÇ10
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Being able to follow and learn contemporary and current issues
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PÇ11
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In biosystems engineering applications; Gaining the ability to use modern engineering tools and techniques
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PÇ12
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Writing effective reports in the field and understanding written reports, preparing design and production reports, making effective presentations, receiving and giving clear and understandable instructions; effective communication skills
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PÇ13
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Having theoretical and practical knowledge about many engineering disciplines
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PÇ14
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Being able to follow current engineering issues within and outside the discipline closely
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PÇ15
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Gaining awareness, consciousness and entrepreneurial skills in basic mathematics, science and engineering disciplines
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