Space Engineering
The Bachelor of Science in Space Engineering is a respected undergraduate program at Istanbul Technical University. Designed for students who want to explore space technologies, spacecraft design and aerospace systems, this full-time international program combines scientific foundations with hands-on engineering practice. Students gain experience in satellite and spacecraft design, space systems, aerodynamics, materials and testing, preparing them for roles in global aerospace and space technology industry. The program is structured across eight semesters and admits students exclusively in the fall semester.
Located in Istanbul, a city bridging continents and hosting a dynamic academic and industrial environment, this bachelor’s program emphasizes both theoretical knowledge and practical laboratory work. With access to state-of-the-art labs — including wind tunnels, composite material labs, simulation and testing facilities — students benefit from a rich research environment. The program reflects ITU’s long-standing tradition in aerospace education and offers excellent opportunities to join national or international space-related projects or industries.
Key information
Key Facts
- Degree: Bachelor of Science (B.Sc.)
- Standard period of study: 8 semesters
- Location: Istanbul
- Study Type: Undergraduate (full-time, international)
- Admission semester: Fall semester only
- Area of study: Space Engineering, Aerospace Systems, Satellite & Spacecraft Design
- Admission modus: Entry via national exam (SAY) / standard admission procedures
- Main language: English
Program Structure
Semester 1 – Foundations of Space Engineering
- Introduction to Space Engineering
- Calculus I
- Physics I
- General Chemistry
- Technical Drawing / Engineering Graphics
Semester 2 – Basic Sciences and Mechanics
- Calculus II
- Physics II
- Linear Algebra & Mathematics
- Mechanics / Statics-Dynamics
- Basics of Materials Science
Semester 3 – Aerodynamics & Materials
- Fluid Mechanics / Aerodynamics Fundamentals
- Materials and Structures for Aerospace
- Orbital Mechanics Basics
- Strength of Materials
- Computer Aided Design / Simulation Tools
Semester 4 – Propulsion, Systems & Structures
- Propulsion Systems Fundamentals
- Spacecraft Structures and Materials
- Thermodynamics and Heat Transfer
- Systems Engineering for Space Applications
- Elective Course
Semester 5 – Space Systems & Orbital Mechanics
- Space Systems Design
- Orbital Dynamics
- Satellite Technology & Instrumentation
- Control Systems & Guidance Basics
- Elective Course
Semester 6 – Advanced Aerospace Engineering
- Spacecraft Dynamics & Control
- Space Environment & Materials Testing
- Computational Aerodynamics / CFD
- Elective Course
- Design Project I / Space Systems Project
Semester 7 – Industry Preparation & Applied Projects
- Satellite Design & Integration
- Aerospace Project Management
- Professional Elective
- Internship / Industry or Research Practice
- Design Project II
Semester 8 – Graduation & Final Project
- Bachelor’s Thesis or Capstone Project
- Final Space Engineering Design Project
- Professional Elective
- Presentation and Portfolio Development
Career Opportunities
Graduates of this program can work in many fields related to aerospace, space systems, satellite design, defense industry, research centers or space agencies. They may join companies building satellites, aerospace firms, defense contractors, or national and international space research institutes. Some graduates work on spacecraft design, orbital mission planning, rocket and propulsion systems, satellite manufacturing or space-vehicle testing. Others enter roles in systems engineering, aerospace project management or research & development in space technologies. With ITU’s ABET-accredited education and strong practical background, graduates are also eligible for graduate studies in aerospace engineering, astrophysics or related fields, and can join international space projects.
Why Choose This Program
Choosing the Space Engineering program at ITU means joining an advanced engineering field with real-world importance — designing and building spacecraft, satellites or aerospace systems that shape our scientific and technological future. Students master aerodynamics, propulsion, materials, orbital mechanics and systems design while gaining hands-on laboratory and simulation experience. This strong technical foundation prepares them for challenging engineering tasks in space industry or research.
The program’s unique strength lies in its practical labs, modern facilities and connection to national and international aerospace projects. Students learn to work in teams, solve complex engineering problems, and apply interdisciplinary thinking involving mechanics, materials science, electronics and systems engineering. If you are passionate about space, science and technology, this programme offers a robust pathway to contribute to aerospace, satellite technology, and global space efforts.
Contact Information
Istanbul Technical University – Faculty of Aeronautics and Astronautics
Merkezi Derslik C Blok, Reşitpaşa Mah. Katar Cad. No: 2/8A
Sarıyer, Istanbul, Türkiye
Tel: +90 212 285 31 44
Email: uzaymuh-uubf@itu.edu.tr
Department of Space Engineering – Programme Contact
Same Address as above
Tel: +90 212 285 31 44
Email: uzaymuh-uubf@itu.edu.tr
International Office – ITU
Ayazağa Campus, Istanbul, Türkiye
Tel: +90 212 285 71 12
Email: international@itu.edu.tr
