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Study branch Title Study duration
Aerospace electrical systems Bc. 3 years

 

Student profile

Graduate will be a professional soldier with a bachelor degree with the technical and simultaneously managerial orientation. He will be able to manage and lead subordinates in terms of technical, military and social life. He will be educated in a spirit of patriotism, democracy, humanism and civil responsibility, with the political, legal and cultural vision.

After the application course the graduate will be prepared to competently solve tasks in the field of logistics, technical services, to evaluate the technical condition of aircraft electrical systems and to propose actions to ensure their proper and economic use. During the academic training he can learn theoretical and practical knowledge of aircraft electrical systems diagnosis, the technology of their construction and operation. He will learn how to solve tasks of logistic support on the level of technical squadron and technical battalion.

The study branch is divided into 4 modules that students study. Division of students into modules is a subject of the requirements and needs of Czech Air Force:

  • Electrical and special systems,
  • Aircraft armament systems,
  • Radio-electronic systems,
  • Systems for radio navigation service.

 

Graduate may apply primarily as an avionic or radio navigation service officer. He has also the prerequisites for subsequent master study of a branch Aerospace Electrical Systems.

Graduate is able to both oral and written English communication on common and professional topics in both civil and military context and understand moderately difficult general and professional texts in written and spoken form. He is able to apply language speaking skills in a foreign academic environment. The level of language skills complies with NATO STANAG 6001, SLP 3333.

 

Study branch subjects taught at the Department of Aerospace Electrical Systems

 

Study branch subjects
Subject name Semester Credits Guarantee
Measurement and control systems
3+4 4+4 prof. Ing. Rudolf Jalovecký, CSc.
Fundamentals of impulse technique
3 4 plk. doc. Ing. Miloš Andrle, CSc.
Fundamentals of aircraft electrical systems
3+4 4+4 pplk. Ing. Pavel Grecman, Ph.D.
Fundamentals of aircraft navigation systems
4+5 2+6 pplk. Ing. Jaroslav Jeřábek, Ph.D.
Fundamentals of radio and optic location
4 4 Ing. Jiří Němeček, CSc.
Reliability and technical diagnostics
5 2 Ing. Jiří Pařízek, CSc.
Electronic warfare
6 4 plk. doc. Ing. Miloš Andrle, CSc.

 


Module – Electrical and special systems
Subject name Semester Credits Guarantee
Aircraft electrical machines and drives 4 4 kpt. Ing. Michal Dub, Ph.D.
Electrical aircraft equipment 5 4 kpt. Ing. Michal Dub, Ph.D.
Aircraft instruments and high altitude equipment 5+6 4+2 doc. Ing. Jan Čižmár, CSc.
On-board flight control systems 6 6 prof. Ing. Rudolf Jalovecký, CSc.

 


Module – Radio-electronic systems
Subject name Semester Credits Guarantee
On-board communication systems
4+5 4+4 plk. doc. Ing. Miloš Andrle, CSc.
Airborne radar systems
5+6 4+4 plk. doc. Ing. Miloš Andrle, CSc.
Radio navigation systems
6 4 plk. doc. Ing. Miloš Andrle, CSc.

 


Module – Aircraft armament systems
Subject name Semester Credits Guarantee
Special aircraft armament equipment
4 4 Ing. Jiří Němeček, CSc.
On-board weapon-aiming systems
5+6 4+4 Ing. Jiří Němeček, CSc.
Aircraft armament control systems
5+6 4+4 Ing. Jiří Němeček, CSc.

 


Module – Systems for radio navigation service
Subject name Semester Credits Guarantee
Radio navigation service 4 4 pplk. Ing. Jaroslav Jeřábek, Ph.D.
Ground systems for aircraft communication 5 4 Ing. Stanislav Rydlo, CSc.
Landing systems 5 4 Ing. Milan Vašek, Ph.D.
Automated air traffic control 6 4 Ing. Milan Vašek, Ph.D.
Ground systems for aircraft navigation 6 4 pplk. Ing. Jaroslav Jeřábek, Ph.D.

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