Doctoral Study
Graduates of the third cycle of higher education in the field of Transport, study programme Air Traffic Management, possess advanced scientific methods of research and experimental work in the area of air transport systems. They are capable of designing models of air transport systems and air transport processes. They master optimization and simulation methods for the design of optimal air transport systems. They are able to manage air transport systems with the aim of ensuring the required quality of services. They are familiar with methods and approaches for minimizing operational costs of air transport systems and are able to assess the negative impacts of such systems on the environment.
Graduates are capable of leading both small and large teams of scientific, research, and development professionals, managing large-scale projects, and assuming responsibility for comprehensive solutions to scientific and research problems. They are able to monitor the latest scientific and research trends in transport and to continuously supplement and update their knowledge through lifelong learning.
Graduates of the third-cycle study programme Air Traffic Management are qualified to work as managers in aviation enterprises, researchers, and university lecturers in the field of Transport.
A graduate of the doctoral study programme Aerospace Systems in the field of Aerospace Engineering masters scientific methods of research and development in the discipline and demonstrates the ability and readiness for independent creative and research activities in the given field. The graduate is capable of abstracting scientific problems when studying foreign professional literature and is prepared to shape trends and development concepts in technically and computer-supported aerospace structures and technologies.
A graduate of the third cycle of study in the Aerospace Systems study programme within the field of Aerospace Engineering may work as an independent creative designer and development engineer of elements, modules, assemblies, and components of aerospace technology; as an independent creative specialist in the field of software products for aviation and astronautics and in the development of new information systems in these areas; or as a leader of interdisciplinary research and design teams capable of working in international project teams in design, technical, and operational research.
In addition to the above-mentioned knowledge, a graduate of the third cycle of higher education in the field of Aerospace Systems acquires the following additional knowledge, abilities, and skills:
• is capable of leading both small and large teams of scientific, research, and development staff, managing large-scale projects, and taking responsibility for comprehensive solutions to scientific and research problems,
• is able to monitor the latest scientific and research trends in the fields of aviation and astronautics and to continuously supplement and update their knowledge in aerospace systems through lifelong learning,
• acquires the principles of managerial work, including experimental design with a time schedule, team leadership, and supervision,
• is able to communicate and cooperate with managers of scientific projects and specialists from other professions, and to apply legal, social, moral, ethical, economic, and environmental aspects of the profession in their work.
Admission process for Doctoral studies (PhD – 3rd level of Higher Education) in the academic year 2026/2027