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1 |
Develops and deepens advanced theoretical and practical knowledge in civil aviation at the level of expertise based on master’s level qualifications. |
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2 |
Evaluates current developments in aviation systems, aircraft, UAVs, aircraft engines, airports, airlines, and related subfields in depth and breadth. |
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3 |
Comprehends interdisciplinary interactions among civil aviation, engineering sciences, management science, data analytics, modeling, simulation, and optimization. |
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4 |
Analyzes complex problems in aviation through scientific methods and develops original solutions, methods, models, technological products, or processes. |
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5 |
Conducts advanced research on design, performance, maintenance, operations, reliability, and sustainability related to aircraft, UAV, and aircraft engine systems. |
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6 |
Independently designs, implements, completes, reports, and, when necessary, manages an original research process in the field of civil aviation. |
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7 |
Contributes to civil aviation, science, and technology literature by publishing research outputs in reputable national and international academic platforms. |
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8 |
Scientifically and systematically evaluates aviation R&D, engineering design, production, testing, verification, certification, quality, risk management, and regulatory compliance processes. |
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9 |
Leads interdisciplinary teams and uses strategic decision-making, problem-solving, and change management skills in complex aviation-related situations. |
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10 |
Reflects scientific objectivity, ethical responsibility, social contribution, sustainability, digital competence, and lifelong learning principles in academic and professional work. |