Department Overview

The METU Aerospace Engineering Program educates engineers who are capable of understanding, analyzing, and designing complex aerospace systems, including aircraft and spacecraft, through a strong foundation in physics, mathematics, and engineering sciences. The program equips students with the ability to approach highly complex physical problems systematically, make informed engineering decisions under uncertainty, and develop advanced technological solutions. Students gain in-depth knowledge in core areas such as aerodynamics, flight mechanics, structural analysis, propulsion, and computational methods, while learning to integrate these disciplines into the design and analysis of complete aerospace systems. Through a rigorous and structured curriculum supported by METU’s long-established academic tradition, students develop both strong analytical capabilities and a professional engineering identity. By graduation, they become engineers who are prepared to contribute to aerospace and related high-technology industries at an international level.

Key Highlights

●      Multidisciplinary Engineering Foundation

○      Integration of aerodynamics, structures, propulsion, and flight mechanics into a unified systems perspective

○      Strong emphasis on mathematical modeling, physics-based analysis, and computational simulation

○      Ability to analyze and design complex aerospace systems as interconnected subsystems

●      Design-Oriented Curriculum

○      Strong focus on engineering design in addition to theoretical analysis

○      Capstone projects enabling end-to-end system design experience

○      Training in developing complete aerospace systems from concept to performance evaluation

●      International Accreditation & Quality

○      ABET-accredited program ensuring globally recognized engineering education standards

○      Internationally valid diploma supporting global career mobility

●      Industry Engagement & Early Experience

○      Internship and trainee engineer opportunities in aerospace and defense sectors

○      Participation in programs such as SKY Experience Program and a-Yetenek Program

○      Exposure to real-world engineering environments during undergraduate studies

●      Career Opportunities
 Graduates pursue careers in:

○      Defense and aerospace industries (e.g., TUSAŞ, ASELSAN, ROKETSAN, TEI, HAVELSAN, TÜBİTAK SAGE)

○      Civil aviation companies (e.g., Turkish Technic, Pegasus Airlines, SunExpress)

○      Public and international aviation institutions (e.g., Turkish Space Agency, EASA, DGCA, Presidency of Defense Industries)

○      R&D, systems engineering, and project management roles

○      Entrepreneurship in UAVs, satellite systems, and deep-tech industries

○      Cross-sector engineering roles in automotive, renewable energy, and advanced manufacturing

●      International & Academic Opportunities

○      Graduate study opportunities at leading global universities (e.g., MIT, Stanford, TUM, TU Delft)

○      Participation in international engineering competitions such as TEKNOFEST and AIAA events

○      Exposure to global aerospace research and development environments

The Real Experience

Studying Aerospace Engineering at METU involves a structured progression from fundamental scientific principles to advanced engineering design and analysis.

In the early stages, students build a strong foundation in mathematics, physics, and core engineering sciences, which later form the basis for specialized aerospace courses.

As the program advances, students apply these foundations to real engineering problems in aerodynamics, flight mechanics, propulsion, and structural analysis.

The curriculum is intensive and requires sustained effort, helping students develop not only technical competence but also discipline, resilience, and structured problem-solving skills.

Laboratory work, simulations, and design projects play a central role in translating theoretical knowledge into practical engineering applications.

Learning extends beyond the classroom through collaborative discussions, technical activities, and hands-on design environments.

In the final year, the capstone design project provides a comprehensive engineering experience in which students work in teams to design and analyze complete aerospace systems, often including conceptual aircraft design and performance evaluation.

This process develops strong technical, analytical, and teamwork skills that reflect real engineering practice in the aerospace industry.

By graduation, students are prepared to approach complex aerospace problems systematically, contribute to advanced engineering projects, and operate effectively in international technical environments.

For further information: https://ae.metu.edu.tr/