İnsansız Hava Aracı Teknolojisi ve Operatörlüğü Ön Lisans Diploması

Have sufficient background in basic mathematics, science and subjects related to their own branches, Have the ability to communicate effectively in Turkish both orally and in writing, Identifies the importance of historical values, social responsibility, homeland security, occupational health and safety, and ethical values. Have general theoretical and practical knowledge on unmanned aerial vehicle technology and operations, propulsion systems, energy systems, basic electrical and electronics, aerodynamics, fundamentals of air traffic control and unmanned aerial vehicle maintenance-repair processes, Have basic design and modeling knowledge and skills, together with appropriate practical methods, to identify, reatin and producing solutions for problems related to technician and unmanned aerial vehicle operations, Gains the ability to use production stages, quality control units, devices and equipment, measurement and control tools, basic repair tools, disassembly, diagnosis and repair processes in assembly,Has the ability to design and implement systems for Unmanned Aerial Vehicles, solve problems on the system, analyze and interpret the results. Have sufficient background in basic mathematics, science and subjects related to their own branches, Have the ability to communicate effectively in Turkish both orally and in writing, Identifies the importance of historical values, social responsibility, homeland security, occupational health and safety, and ethical values. Have general theoretical and practical knowledge on unmanned aerial vehicle technology and operations, propulsion systems, energy systems, basic electrical and electronics, aerodynamics, fundamentals of air traffic control and unmanned aerial vehicle maintenance-repair processes, Have basic design and modeling knowledge and skills, together with appropriate practical methods, to identify, reatin and producing solutions for problems related to technician and unmanned aerial vehicle operations, Gains the ability to use production stages, quality control units, devices and equipment, measurement and control tools, basic repair tools, disassembly, diagnosis and repair processes in assembly, Has the ability to design and implement systems for Unmanned Aerial Vehicles, solve problems on the system, analyze and interpret the results.

The students are subjected to various evaluation methods such as exam(s), homework, project(s), practice(s) and final exam. The evaluation methods include: written exam(s), true-false test(s), short-answered test(s), multiple-choice test(s), oral exam(s), homework, project(s), designs(s), portfolio, and performance duties (application/laboratory/workshop/field work/seminar/presentation/term paper/dissertation). This part is explained in detail on the individual course information page for each course. All exams and other activities are graded based on 100 points. The midterm and final exams represent 40% and 60% of the final grade, respectively. However, a student who gets a grade below 30 out of 100 is graded as FF. A student obtaining one of the grades of (AA), (BA), (BB), (CB), (CC), (G), and (B) is considered successful in that course. To enter exams, students must meet following requirements that are specifically outlined in “İskenderun Technical University Regulation for Vocational and Undergraduate Education and Examination”: a) Enrolment for the course in question, b) At least 70% attendance of the course, c) At least 80% attendance of the practices in the course, d) Successfully completing practical projects. Other matters related to learning and exams are given in “Iskenderun Technical University Regulation for Vocational and Undergraduate Education and Examination”. Grade conversion is carried out from the 100 grade scale into the Letter grade scale and 4 point grade scale using the table given below for Bachelor’s Degree Programs at Iskenderun Technical University. Grade in Points Grade in Letters Grade in Points Status 90-100 AA 4,00 Successful 80-89 BA 3,50 Successful 70-79 BB 3,00 Successful 65-69 CB 2,50 Successful 60-64 CC 2,25 Successful 55-59 DC 1,75 Fail* 50-54 DD 1,25 Fail* 40-49 FD 0,75 Fail <= 39 FF 0,00 Fail - F1 0,00 Not Attended *A student with a (DC) or (DD) grade is considered successful if they had a yearly Grade Point Average (GPA) of minimum 2.25 in the given year. G: Successful in non-credited courses, internship, industry based training, professional orientation program, and the practice, K: Unsuccessful in non-credited courses, internship, industry based training, professional orientation program, and the practice, M: Exempt, B: Successful. The conditions which are listed below must be satisfied in order to graduate from the Unmanned Aerial Vehicle Technology and Operatorship program: -All courses (minimum 100 hours and 120 ECTS) must be completed succesfully. -Grade point average must be minimum 2.00. -30 days of Industrial Based Learning course must be completed succefully (at least by CC average).

It is determined by OSYM in accordance with relevant regulations of YOK.

Graduates can work at sectors such as; Defense industry Military Applications Surveillance and Reconnaissance Air Rescue Search and rescue Fire Fighting Applications Aerial Photography Urban transformation Building Land and City Models Logistics Weather monitoring, Emission Measurements Precision Agriculture Applications

Qualification is continuous