Learning Outcomes of the Digital Transformation Electronics Program
Learning Outcomes of the Digital Transformation Electronics Program
- Students will be able to explain the basic principles and interactions of electrical, electronic, computer, and automation systems.
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They will define the concepts and components (IoT, artificial intelligence, big data, etc.) of Industry 4.0 and digital transformation, and apply these technologies in system design.
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They will be able to develop problem-solving, simulation, and automation applications using programming languages (structured and object-oriented).
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They will be able to evaluate and report system performance using measurement, data collection, and analysis techniques.
- They will be able to implement sensor, actuator, PLC, SCADA, and HMI integrations in industrial systems.
- They will be able to conduct maintenance, fault diagnosis, and repair processes in electrical installations in accordance with occupational health and safety rules.
- They will be able to evaluate the efficiency and sustainability of industrial processes using big data and analytical methods.
- They will be able to recognize and understand wireless communication, network systems, and cybersecurity principles.
- They will gain competence in conducting technical projects using project management, time planning, and teamwork principles. They fulfill their individual and social responsibilities with professional ethics, quality awareness, environmental sensitivity, and a lifelong learning approach.
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They can solve technical problems using mathematical, statistical, and analytical thinking skills.
- They possess effective communication skills, are adaptable to teamwork, and have knowledge of Turkish and a foreign language (English) that allows them to follow developments in their field. They can also develop analytical and critical communication by considering different perspectives on historical events.
