Aerospace Engineering
The Bachelor of Science in Aerospace Engineering at METU is a rigorous undergraduate program designed to provide students with foundational and advanced training in aeronautical and aerospace engineering. The curriculum covers aerodynamics, propulsion, flight dynamics, spacecraft systems, materials science, structural analysis, fluid mechanics, control systems, and aerospace design. With a strong emphasis on both theoretical knowledge and hands-on laboratory and design projects, students gain the skills necessary to design, analyze and test aircraft, spacecraft, and aerospace systems.
Located in Ankara, this program benefits from METU’s established engineering tradition and resources. Students have access to modern laboratories, simulation environments, and workshops — preparing them for careers in aerospace industry, research, defense, space agencies, or further graduate studies. The program combines technical depth, engineering fundamentals and practical design experience to cultivate aerospace engineers ready to meet national and international challenges in aviation and space technologies.
Key information
Key Facts
- Degree: Bachelor of Science (B.Sc.) in Aerospace Engineering
- Standard period of study: 8 semesters
- Location: Ankara
- Study Type: Undergraduate (full-time, English-medium)
- Admission semester: Fall semester
- Area of study: Aerodynamics, Fluid Mechanics, Propulsion, Structural & Materials Science, Flight Dynamics, Control Systems, Aerospace Design & Systems Engineering
- Admission modus: Regular undergraduate admissions
- Main language: English
Program Structure
Semester 1 – Foundations in Mathematics, Physics & Engineering Basics
- Calculus I / Mathematics for Engineers
- Physics I (Mechanics) / Basic Physics for Engineers
- Introduction to Engineering Drawing & Graphics
- Basic Computer Programming / Computing for Engineers
- General/Foundation Courses & Academic English
Semester 2 – Core Physics & Engineering Fundamentals
- Calculus II / Mathematics II
- Physics II (Electricity & Magnetism) / Applied Physics
- Engineering Mechanics / Statics & Dynamics
- Engineering Materials & Mechanics of Materials
- Supporting / Elective Courses
Semester 3 – Core Aerospace Foundations I
- Fluid Mechanics I / Fundamentals of Fluid Dynamics
- Thermodynamics / Heat and Mass Transfer Basics
- Aerodynamics I / Introduction to Aerodynamics
- Strength of Materials / Structural Analysis
- Supporting / Elective Courses
Semester 4 – Core Aerospace Foundations II
- Fluid Mechanics II / Advanced Fluid Dynamics
- Aerodynamics II / Advanced Aerodynamics & Compressible Flow
- Dynamics & Control Systems I / Introduction to Control Theory
- Materials Science & Aerospace Materials
- Supporting / Elective Courses
Semester 5 – Propulsion, Flight Mechanics & Systems
- Propulsion Systems / Basics of Jet & Rocket Propulsion
- Flight Mechanics I / Aircraft Dynamics & Performance
- Aerospace Systems & Design Fundamentals
- Numerical Methods or Computational Fluid Dynamics (CFD) Basics
- Elective / Supporting Courses
Semester 6 – Aerospace Design, Stability & Control
- Flight Mechanics II / Stability & Control of Aircraft/Spacecraft
- Control Systems II / Aerospace Control Systems
- Structural & Materials Design for Aerospace Applications
- Experimental Methods / Laboratory & Wind-Tunnel Labs (if available)
- Elective / Supporting Courses
Semester 7 – Advanced Topics & Project Work
- Space Systems / Satellite & Spacecraft Engineering (optioned)
- Avionics & Aerospace Instrumentation (optioned)
- Capstone Design Project I / Aerospace Design Studio
- Elective Courses (specialization: aircraft, spacecraft, materials, control)
Semester 8 – Capstone Project & Professional Preparation
- Capstone Design Project II / Final Aerospace Engineering Project
- Systems Integration & Testing Methods
- Elective Courses (chosen specialization)
- Graduation preparation, career readiness, or graduate study planning
Career Opportunities
Graduates of Aerospace Engineering at METU are qualified for positions in aerospace and aviation industry, satellite and space research institutions, defense industry, aircraft manufacturing, aircraft and spacecraft design, aerospace systems analysis, research & development, and engineering consultancies. They may work as aerospace engineers, flight dynamics specialists, propulsion engineers, structural and materials engineers, control systems engineers, space systems engineers, or pursue graduate studies (M.Sc./Ph.D.) in aerospace, mechanical, materials or systems engineering.
Why Choose This Program
Choosing Aerospace Engineering at METU provides a comprehensive engineering education combining theoretical foundations, practical design, and modern aerospace science. The program’s blend of mathematics, physics, fluid dynamics, materials science and system design makes it ideal for ambitious students who are passionate about aviation, space, and cutting-edge technology.
With strong laboratory facilities, a rigorous curriculum, and a global-level education in English, the program prepares you to meet the demands of today’s aerospace and defense sectors — or to contribute to space technology, research, and advanced engineering projects.
Contact Information
Middle East Technical University – Department of Aerospace Engineering
Dumlupınar Boulevard No:1, 06800
Çankaya, Ankara, Türkiye
Tel: +90 312 210 4000
Email: aero@metu.edu.tr
Student Affairs Office – Aerospace Engineering Program
Faculty of Engineering, METU
06800 Ankara, Türkiye
Tel: +90 312 210 4001
Email: aero-undergrad@metu.edu.tr
International Office – Middle East Technical University
METU Campus, 06800
Çankaya, Ankara, Türkiye
Tel: +90 312 210 1060
Email: ico@metu.edu.tr
