Habilitation and inauguration subject
Basic information
Guaranted by: Faculty of AeronauticsStudy field: Transport
Academic degrees: doc. prof.
Scientific board of faculty
Link to current hablitation and inaugural criteria
A link to the previous text with an indication of validity
Rules and procedures of the habilitation procedure and the inauguration
Link to completed procedures and their results
Additional information on faculty web
Persons responsible for the habilitation and inauguration subject
- prof. Ing. Rudolf Andoga, PhD.
- Dr. h. c. prof. Ing. Miroslav Kelemen, DrSc.
- prof. Ing. Ladislav Főző, PhD.
- prof. Ing. Pavol Kurdel, PhD.
- Dr. h. c. prof. Ing. Peter Korba, PhD., MBA
Description
The field of habilitation and inauguration proceedings, “Air Transport,” focuses on scientific, applied and interdisciplinary knowledge relating to the technologies, systems, operations, safety and quality of air transport. It includes unmanned aircraft systems (UAS), their integration into airspace, logistics and air traffic management systems, as well as related space systems and technologies. The field covers theoretical, technological, managerial and regulatory aspects of aircraft, aviation infrastructure, aviation operations, aeronautical information systems, and international aviation standards and regulations. The core areas of knowledge include: Mathematical, physical and technical foundations: Mathematics, physics (particularly mechanics, aerodynamics and thermodynamics), computer science, statistics, decision theory, electrical engineering, electronics, cybernetics, mechatronics and basic mechanical engineering as applied to aviation and space systems. Specialised areas of aviation: Aircraft and propulsion system design and operation; avionics, sensors, supervisory, cybernetic and information systems; navigation; aviation meteorology; human factors; safety systems and aircraft maintenance; autonomous aviation and space systems; intelligent cybernetic systems for aircraft and spacecraft; and the integration of unmanned systems and space technologies. Transport and flight systems: Airport infrastructure and services, air traffic management and control systems (ATM/ATC), and flight planning and decision support systems. Safety, regulation and law: Safety policy and risk management, national and international aviation regulations (ICAO, EASA and EUROCONTROL), and the licensing and certification of personnel and equipment. Aviation logistics and management: Airline management, flight operations and planning, air transport within multimodal transport chains, and economics and quality in air transport. Modelling and simulation: Simulation and digital design of aviation and space systems; simulation of aviation operations and control processes; aerodynamic and materials simulations; and simulation of maintenance and logistics systems.List of 3rd-degree study programs in the same field of study:
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Aerospace Systems (letecké a kozmické systémy)
Faculty of Aeronautics, study field Transport, 3. degree, external form of study, english language, slovak language |
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riadenie leteckej dopravy
Faculty of Aeronautics, study field Transport, 3. degree, present form of study, slovak language |
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riadenie leteckej dopravy
Faculty of Aeronautics, study field Transport, 3. degree, external form of study, slovak language |
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priemyselná logistika
Faculty of Mining, Ecology, Process Control and Geotechnologies, study field Transport, 3. degree, present form of study, english language, slovak language |
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priemyselná logistika
Faculty of Mining, Ecology, Process Control and Geotechnologies, study field Transport, 3. degree, external form of study, english language, slovak language |
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Aerospace Systems (letecké a kozmické systémy)
Faculty of Aeronautics, study field Transport, 3. degree, present form of study, english language, slovak language |