The academic content of the Bachelor of Science in Aeronautical Engineering is designed to provide students with the necessary theoretical knowledge and practical skills in the field of aerospace technologies. The curriculum of the program is generally balanced over the four years of undergraduate study and aims to provide students with both a solid engineering foundation and in-depth knowledge of specialized topics related to aircraft engineering.
Basic Sciences and Mathematics: In the first year of the program, students take courses in mathematics, physics and chemistry, which will be the foundation of their engineering studies. In addition, technology-based courses such as computer science and programming are also offered to students during this period.
Engineering Fundamentals: In the second year, students take more advanced engineering courses such as engineering mechanics, materials science and thermodynamics. These courses help students build the necessary background for more specialized aircraft engineering courses.
Specialization Courses: In the third and fourth years, students are offered courses that focus on specific areas of aircraft engineering. These courses include aerodynamics, aircraft structures, flight dynamics, propulsion systems, flight control systems and avionics. During this period, students gain an in-depth understanding of how aircraft and spacecraft are designed, built, tested and operated.
Design and Project-Based Learning: In the final years of the program, students are given extensive design projects and team work where they can develop their hands-on engineering skills. These projects are often based on real-world engineering problems and give students the opportunity to put their theoretical knowledge into practice. In addition, a comprehensive capstone project, known as a capstone project, allows students to bring together what they have learned throughout their studies and develop a tangible product or solution.
Laboratory and Simulation Studies: In addition to theoretical courses, students participate in various laboratory courses and simulation studies. These studies give students practical experience in conducting aerodynamic tests, performing structural analyses and using flight simulations.
In general, the Aeronautical Engineering Program aims to train engineers for careers in the aerospace industry by providing students with a comprehensive education. During this education process, students are not only equipped with technical knowledge, but also acquire skills such as teamwork, problem solving, project management and communication.