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The quality of air transportation largely depends on the quality of aircraft maintenance services. Therefore, our country's growing need for qualified and skilled aircraft maintenance technicians is increasing day by day, especially as it aims to become one of the world's key centers in civil aviation maintenance services.
Aircraft maintenance services in air transportation encompass meticulous and high-quality work in areas such as Vocational-Technical English, Basic Aircraft Knowledge, Basic Electricity, Aircraft Maintenance, Basic Electronics, Aerodynamics, Aircraft Structures, Aircraft Systems, Piston Engines and Applications, Electronic Indicators and Systems, Gas Turbine Engines, Aircraft Indicators, and Propellers. The Aircraft Technology Program aims to train expert personnel who will work in the management of businesses within the civil aviation sector and in aircraft maintenance services.
The curriculum of the Aircraft Technology Program at our university's Eskişehir Vocational School has been prepared in accordance with the SHY-66 Module contents set forth by the Directorate General of Civil Aviation (SHGM).
Upon completing their education, our graduates can work as aircraft maintenance technicians in the aviation maintenance and repair sector. |
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ABOUT |
History: Eskişehir Osmangazi University Eskişehir Vocational School was established in 2010 in Eskişehir Organized Industrial Zone with the cooperation of ESOGU and Eskişehir Chamber of Industry. Eskişehir Vocational School, which has 3300 m2 closed area and 16500 m2 open area, had its foundation laid in May 2011 and its building was completed in December. The Environmental Protection Control Program was opened in the Technical Programs Department in 2011. ESOGU-ESKİŞEHİR MYO-ESOB building has 2 classrooms (per 50 m2) and 100 m2 of a student laboratory used by the Environmental Protection and Control Program. There is also a 50 m2 meeting room and a 40 m2 internet room used as common areas by students. There is also a 350 m2 dining hall and a canteen for 250 people in the building.
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MISSION
Our mission is to provide an education model equipped with the discipline of aviation, accredited and open to continuous development, encouraging students to engage in research and fostering innovative, qualified, and knowledgeable individuals.
VISION
The vision of our school is to contribute to the development of our country's aviation sector through scientific studies and practical activities that set the direction for the aviation industry. In line with this goal, we aim to train qualified technical personnel needed by the aviation sector by using modern educational methods and technology. Additionally, by staying updated on the latest developments in the industry, we continually revise our curriculum to ensure our graduates have a competitive advantage.
OBJECTIVES
To nurture academic staff, administrative personnel, students, and graduates who are responsible individuals, loyal to their country and institutional values. To adhere to principles of scientific integrity, universality, and justice, which are our core ethical standards. To act collaboratively with all stakeholders in fostering environmentally conscious and socially responsible individuals. |
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ACCREDITATION |
Accreditation (for accredited units) |
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SUCCESS |
Specific Admission Requirements Students are accepted to the programme with CPT (Core Proficiency Test) scores. Foreigner students are accepted. Students who are gradute of vocational school are accepted without exam.
Recognition of Prior Learning In Turkish Higher Education institutions, recognition of prior learning, vertical, horizontal and in-house transfers take place in the scope of “Undergraduate Students And Higher Education Institutions Switch Between Programs, Double Major, Minor And Making Transfer Between Credit Institutions Basis Of Regulaiıon” which is determined by The Council of Higher Education.
Examination Regulations, Assessment and Grading Course Information Form gives the necessary measurement and evaluation information about the courses. ESOGU’s general rules applied for this programme Article 18 is used in the exam evaluation.
Qualification Requirements and Regulations In order to be graduate, students should not get FF, DZ or YZ scores. In this programme students should get minimum 120 ECTS credits and grade point average (GPA) should be at least 2.00 out of 4.00. In addition, students should complete 20 working days of practical traning in industry.
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STAFF |
Administration Head of Program: Assoc. Prof. Dr. H. Yalçın AKDENİZ |
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Academic Staff Assoc. Prof. Dr. H. Yalçın AKDENİZ Assoc. Prof. Dr. Ramazan Kürşat ÇEÇEN Lecturer Zeynel BAŞ Lecturer Ersin EROĞLU
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Administrative and Technical Staff Department Secretary: Sabahattin Hacıoğlu |
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ASSOCIATE'S DEGREE |
Program Goal Aircraft maintenance services in air transportation require precision and encompass high-quality work in various fields, including Vocational-Technical English, Basic Aircraft Knowledge, Basic Electricity, Aircraft Maintenance, Basic Electronics, Aerodynamics, Aircraft Structures, Aircraft Systems, Piston Engines and Applications, Electronic Indicators and Systems, Gas Turbine Engines, Aircraft Indicators, and Propellers.
The Aircraft Technology Program aims to train expert personnel who will work in the management of businesses within the civil aviation sector and in aircraft maintenance services.
Program Outcomes 1 Understanding and Applying Principles: Ability to understand, comprehend, and apply fundamental principles, rules, and laws related to aviation. 2 Scientific Knowledge: Knowledge of basic scientific concepts, with the ability to interpret and apply them as needed. 3 Material Knowledge: Understanding the fundamental properties of materials used in aircraft. 4 Aircraft Performance: Possessing foundational knowledge of aircraft performance. 5 Technological Proficiency: Proficiency in using computer software and information-communication technologies at a level required for performing aviation-related calculations. 6 Ethical Values: Commitment to societal, scientific, and ethical values. 7 Research and Presentation Skills: Capability to conduct research, prepare reports, and deliver presentations effectively. 8 Teamwork and Responsibility: Competence to work individually or as part of a team and take on responsibilities in professional settings. 9 System Principles: Understanding the operating principles of mechanical and electrical systems in aircraft. 10 Atmospheric Effects: Knowledge of atmospheric characteristics and their impacts on aircraft. 11 Maintenance and Navigation: Familiarity with fundamental topics related to aircraft maintenance, repair, and navigation, as well as related documentation. 12 Flight Theory: Understanding lift generation and flight theory. 13 Propellers: Knowledge of propellers used in piston-engine aircraft. 14 Engine Maintenance: Expertise in the maintenance of gas turbine and piston-engine aircraft. 15 Aircraft Manufacturing: Knowledge of basic concepts related to aircraft manufacturing. 16 Human Factors in Maintenance: Understanding human factors in aircraft maintenance and methods for error prevention. 17 Troubleshooting Skills: Ability to assess and resolve aircraft malfunctions. 18 Cockpit Displays: Knowledge of cockpit display layout and operating principles. 19 Communication Systems: Familiarity with aircraft-to-aircraft and aircraft-to-ground communication systems.
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Course Schedule : It is presented in the following link. |
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Prerequisites: There are no prerequisites. |
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Information Package / Course Catalogue: It is presented in the following link. |
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Academic calendar: It is presented in the following link. |
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GRADUATE PROGRAM |
There is no direct transition to postgraduate programs. Aircraft Technology Technicians, based on their results in the Vertical Transfer Exam (DGS) and their associate degree graduation grade point averages, can transfer to various engineering departments. This provides a significant advantage for students compared to high school graduates, as it allows them to enter undergraduate programs without taking the more challenging university entrance exams (LYS). After being placed in an undergraduate program through the Vertical Transfer Exam or LYS and successfully completing it, students become eligible to pursue postgraduate studies.
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ERASMUS |
A link will be provided to the International Relations Unit web page. |
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SCIENTIFIC ACTIVITIES |
Scientific Studies
You can access the scientific studies of the faculty members working in the program from the links below.
https://avesis.ogu.edu.tr/hyakdeniz https://avesis.ogu.edu.tr/4265 https://avesis.ogu.edu.tr/zbas https://akademik.yok.gov.tr/AkademikArama/view/viewAuthor.jsp
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CONTACT |
Head of Program e-mail: hyakdeniz@ogu.edu.tr |
Aircraft Technology Program
Last Updated At: 1/20/2025