Unmanned Aerial Vehicles Technology and Operator Program | Meslek Yüksekokulu | Hasan Kalyoncu Üniversitesi

VOCATIONAL SCHOOL

Unmanned Aerial Vehicles Technology and Operator Program

Our Mission

To ensure that our students who successfully complete the theoretical and practical courses in the Unmanned Aerial Vehicle Technologies and Operations program become Unmanned Aerial Vehicle Technology and Operations Technicians.

Our Vision

It is to train the intermediate staff that our country needs, who can contribute to technology with the knowledge and skills acquired by the technicians, and which produces Unmanned Aerial Vehicle Systems.

Our Aim

To ensure that the qualified manpower needed in suitable positions such as design, production, maintenance, operation and pilotage of unmanned aerial vehicle technology is trained in accordance with the quality and service philosophy that will meet the expectations of the age.

Instructor Enes Özen

Dear Students,

It is a two-year training program in order to ensure that the qualified manpower required by the unmanned aerial vehicle technology in the design, production, maintenance, operation and pilotage stages is trained in accordance with the quality and service philosophy that will meet the expectations of the age. Graduates are researchers in companies engaged in research and development on unmanned aerial vehicle technologies; intermediate staff in companies producing platforms and components; have the qualifications to work as an operator or pilot in companies that perform flight operations.

The training received by the graduates of the program will enable them to learn the dynamics of the unmanned aerial vehicle industry and to position themselves in this business line with the growth to be experienced in the sector in the coming years.

In the developing Unmanned Aerial Vehicle sector, you can invest in your future by studying at Hasan Kalyoncu University Vocational School, which is an excellent university in terms of education quality and privileged opportunities.

1. Semester

CODE COURSE NAME C/E A P C ECTS
İHA101 Introduction to Unmanned Aerial Vehicle Technology and Regulations C 3 0 3 4
İHA103 Technical Drawing C 2 2 3 5
İHA105 Physics C 3 1 3 5
İHA107 Measurement Techniques C 2 0 2 2
İHA107 Digital Electronics C 3 1 3 4
İNG127 English-I C 2 0 2 2
MAT101 General Mathematics C 3 1 3 4
TÜR101 Turkish-I C 2 0 2 2
AİİT101 Ataturk’s Principles and History of the Turkish Revolution I C 2 0 2 2
Total ECTS 23 30

2. Semester

CODE COURSE NAME C/E A P C ECTS
İHA102 Unmanned Aerial Vehicle Materials Z 3 1 3 5
İHA104 Unmanned Aerial Vehicle Propulsion Systems Z 2 2 3 5
İHA106 Theory of Flight Z 3 0 3 4
İHA108 Computer Aided Modeling Z 2 2 3 4
TÜR102 Turkish-II Z 2 0 2 2
AİİT102 Ataturk’s Principles and History of the Turkish Revolution Z 2 0 2 2
MAT102 Vocational Mathematics Z 3 1 3 4
İNG130 English-II Z 2 0 2 2
İSG101 Occupational Health and Safety Z 2 0 2 2
Total ECTS 23 30

3. Semester

CODE COURSE NAME C/E A P C ECTS
İHA201 Navigation Z 3 0 3 4
İHA203 Unmanned Aircraft Design Z 2 2 3 6
İHA207 Meteorology Z 3 0 3 4
İHA211 Microprocessors/Microcontrollers Z 3 1 3 6
İHA213 Sensors and Transducers Z 2 0 2 2
Elective Cours -Vocational Electives S 3 0 3 4
Elective Course – Vocational Electives 2 3 0 3 4
Total ECTS 20 30

4. Semester

CODE COURSE NAME C/E A P C ECTS
İHA202 Unmanned Aerial Vehicle Manufacture and Assembly Workshop Z 2 2 4 7
İHA204 Unmanned Aerial Vehicle Systems Maintenance and Repair Z 2 2 4 7
İHA206 Unmanned Aerial Vehicle Operations, Ground Control and Communications Z 3 1 3 6
Elective Course – Vocational Electives S 3 0 3 4
Elective Course – Vocational Electives S 3 0 3 4
Elective Course S 2 0 2 2
Total ECTS 19 30
  1. UNMANNED AERIAL VEHICLE TECHNOLOGY AND OPERATORY PROGRAM COURSE CONTENTS 

FIRST SEMESTER

İHA101 – Introduction to Unmanned Aerial Vehicle Technology and Related Instructions (Compulsory)

The student will have general information about aviation history within the scope of this course. Know the historical development of unmanned aerial vehicles, unmanned aerial vehicle configurations and be able to classify unmanned aerial vehicles. They will be able to classify unmanned aerial vehicles according to their tasks and will have information about unmanned aerial vehicle activities carried out in our country.