The academic content and curriculum of the Bachelor's Degree Program in Aerospace Engineering is designed to provide students with the necessary theoretical and practical skills in this field. In general, the curriculum of the program includes basic sciences, engineering fundamentals and aerospace engineering specific courses.
Basic Sciences: The program includes courses in mathematics, physics and chemistry to ensure that students gain a solid understanding of basic science. These courses develop the analytical thinking and problem-solving skills necessary to analyze and solve engineering problems.
Engineering Fundamentals: In this department, students are taught the fundamentals of engineering such as engineering mechanics, thermodynamics, materials science, electrical circuits and computer science. These courses are important for understanding the basic principles and methodologies of engineering disciplines.
Aerospace Engineering Core Courses: This part of the program covers topics specific to aerospace engineering such as aerodynamics, flight mechanics, space mechanics, structural analysis, control systems, aircraft and spacecraft design, rocket science, satellite technologies. These courses provide students with in-depth knowledge in the design, development, manufacture and operation of aerospace vehicles.
Laboratory and Practical Courses: Laboratory courses and applied studies are of great importance for the development of practical skills. In these courses, students conduct experiments, design projects and simulation studies necessary to solve real-world engineering problems.
Project-Based Learning: Students often work on realistic engineering problems in their final years, especially in the context of capstone projects. These projects allow students to integrate their acquired knowledge and apply engineering design processes.
Elective Courses and Specialization Areas: Students are offered the opportunity to specialize in specific areas of aerospace engineering according to their interests. These elective courses may include topics such as advanced aerodynamics, aircraft systems, space law, remote sensing, artificial intelligence applications.
This curriculum aims to provide students with the necessary knowledge and skills to pursue a career in aerospace engineering, while at the same time gaining important competencies such as research, problem solving, project management and teamwork. The aim of the program is to ensure that graduates are skilled engineers who can produce effective and innovative solutions in this dynamic and constantly evolving sector.