Toulouse School of Aviation and Aerospace Engineering
Master in Aerospace Engineering
Toulouse, France
Master degree
DURATION
2 years
LANGUAGES
English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
Sep 2027
TUITION FEES
EUR 5,450 / per year *
STUDY FORMAT
On-Campus
* per year for EU, €15.100 for non-EU
Key Summary
About: Join the Master in Aerospace Engineering in Toulouse, offered by ISAE‑SUPAERO and ENAC. The programme is taught entirely in English, accredited in France and recognized in Europe. It offers 7 majors, more than 20 electives, a research project and a work placement. Study aeronautics, space systems, propulsion and avionics.
Career Outcomes: Graduates work as aerospace engineers, systems engineers, design engineers, propulsion or avionics specialists, satellite engineers, R&D engineers and project managers. Major recruiters include Airbus, Safran, OHB, Capgemini Engineering, Sii, GMV. Internships, research projects and the career center prepare you for roles in aeronautics, space, defense and engineering consultancies.
Join our internationally recognised Master's programme, fully taught in English, preparing innovative aerospace engineers to become key players capable of adapting to changes in the aeronautics and space industries.
Do you have a Bachelor’s degree in science or engineering and a passion for aerospace?
Do you dream of taking part in tomorrow’s aerospace projects in an innovative and multicultural environment?
Our Programme is for You!
The Master’s Degree in Aerospace Engineering (MAE) is an internationally recognised programme at the forefront of science and technology. Taught entirely in English, it is designed to equip students with the advanced skills and knowledge needed to thrive in the rapidly evolving aerospace industry.
Accredited by the French Ministry of Higher Education and Research, it is a national Master's degree that is also recognised at the European level. As part of this programme, ISAE-SUPAERO has joined forces with the Technical University of Munich (TUM) to offer 5 places on a double degree course in aerospace engineering.
Program Objectives
The global aerospace sector needs highly qualified engineers and researchers. The complexity of aerospace systems design requires the training of project managers and experts working in a multicultural environment that familiarises them with their future work context.
This multidisciplinary programme targets students with a background in science or engineering, aiming to develop high-level competencies in aerospace engineering:
- Be ready to meet the demanding needs and requirements of the aerospace industry
- Develop your skills in aerospace engineering, technology, and design
- Prepare yourself to work easily and effectively on aeronautical and space systems
Programme Advantages
Academic Excellence
Benefit from the excellence of a world-renowned engineering school with the longest history in aerospace higher education and research, a pioneer in cutting-edge technologies.
A Multidisciplinary Programme
Customise your course, prepare yourself for the world of research and industry, develop practical experience, and integrate skills that go beyond theory, through:
- 7 majors of expertise
- more than 20 elective courses
- a research project and a work placement
- practical courses with lecturers and professionals
A Programme Taught Entirely in English
Join our multicultural programme, which brings together students of more than 25 nationalities every year in an open and engaging learning environment. At ISAE-SUPAERO, we have been awarded the Welcome to France and FLE (French as a Foreign Language) labels, guaranteeing high-quality support and optimum integration for international students on our exceptional campus.
A Favourable Industrial Environment
Immerse yourself in the heart of innovation in Toulouse, the world capital of aeronautics and the European space capital, where our Institute maintains close links with leaders in the sector such as ESA, NASA-JPL, Airbus, Thales, and many others. Thanks to this unique network and our dedicated Career Centre, you'll benefit from tailor-made support to find exceptional internships and career opportunities.
A Vibrant Student Life
Enjoy a unique student experience on a green and dynamic campus, with residences, high-quality sports facilities, and more than 100 clubs and associations. Just 15 minutes from Toulouse's vibrant city centre, you'll find an ideal environment in which to learn, grow, and build lasting relationships.
3 Reasons to Apply
Study at an Institute of Excellence, with Passion
- A world-class player in higher education and research in aerospace engineering
- The engineering school with the longest history of aerospace education
- An international reputation
- A programme taught entirely in English
Benefit from an Environment with Strong Industrial Ties
- Toulouse is the world capital of aeronautics as well as the European space capital
- Leading partners such as ESA, NASA-JPL, Airbus, Thales, Safran, etc.
- Nearby companies in the aerospace, transportation, and digital sectors
Enjoy a Fulfilling Student Experience
- Excellent conditions for international students with the 3-star Bienvenue en France label
- A large campus with student residences, sports facilities, and clubs and associations
- Just 15 minutes from the lively city centre of Toulouse - one of the best places to study in France
A Multidisciplinary Curriculum
Our Master's in Aerospace Engineering (MAE) equips students with the advanced knowledge and practical skills needed to address complex challenges in product and system design, as well as operational strategies within both research institutions and aerospace companies.
Majors of Specialisation
The programme offers 7 majors of specialisation, allowing students to choose their academic journey to align with their individual interests and professional goals.
Aircraft Design and Operation Pathway
Students in the Aerospace Structures, Aerospace Systems & Control, and Systems Engineering majors can follow the Aircraft Design and Operation pathway. This pathway allows students to follow two dedicated modules: Aircraft Design Methods and Multidisciplinary Optimization, and they conduct their Research Project in this field.
Semester 1
- A rich multidisciplinary core curriculum in science, engineering, and project management
- Foreign languages: French, Spanish, German, Russian, Chinese, etc.
Semester 2
- A core curriculum
- More than 20 electives covering the main areas of aerospace engineering
- A research project in semesters 2 and 3
- Foreign languages: French, Spanish, German, Russian, Chinese, etc.
Semester 3
- 7 majors of expertise directly linked to the needs of the aerospace industry and research:
- Advanced Aerodynamics and Propulsion
- Aerospace Structures
- Aerospace Systems and Controls
- Embedded Systems
- Space Systems
- Systems Engineering
- Satellite Applications and NewSpace.
- A research project spread over semesters 2 and 3
- Foreign languages: French, Spanish, German, Russian, Chinese, etc.
Semester 4
- A four to six-month end-of-studies internship in either industry or a research laboratory
The 7 Majors
Advanced Aerodynamics and Propulsion
- Advanced Aerodynamics
- Fluid and Structure Interactions
- Advanced Aerodynamics of
- Turbomachinery
- Numerical Fluid Mechanics
- Aeroacoustics
- Physics and Modelling Turbulence
- Multiphase Flow and Combustion
Aerospace Systems and Control
- Multiple Input and Output Systems
- Control of Flexible Structures
- Robust and Optimal Control
- System Identification and Estimation
- Nonlinear Control
- Hybrid Control
- AI Methods and Tools for Automatic Control
- Power Systems and Aerospace Architecture
- Aerospace Actuation Systems - Preliminary Design
- Modelling and Sizing of Aircraft Air Conditioning Systems
Aerospace Structures
- Aeroelasticity and Flexible Aircraft - Aeroelasticity Section
- Aeroelasticity and Flexible Aircraft - Flexible Aircraft Section
- Aerospace Structures - Advanced Structural Dynamics
- Aerospace Structures - Composite Structures in Services
- Computational Solid Mechanics
- Manufacturing
- Mechanics of Materials
- Space Structures: Spacecraft and Launchers
Embedded Systems
- High-level Formal Programming Languages
- Real-Time Systems
- Model-Based System Engineering
- Real-Time Networks
- AI and Autonomous Systems
- Architecture, Design, and Synthesis of Hardware Systems
- Architecture, Design, and Synthesis of Hardware Systems - UPGRADE
- Systems Dependability (SD)
- Certification
- Satellite Flight Software 20
Space Systems
- Space Environment and Effects
- Mission Analysis and Orbital Mechanics
- Space Communications Systems
- Space Project: Simulation Tools
- Space Systems Architecture: Ground Segments, Satellites, and Suborbital Aircraft
- Launch Vehicle Architecture
- Satellite Propulsion: Chemical and Electrical
- Satellite AOCS
- Launch Vehicle Guidance and Control
- Satellite Electrical Systems
- Onboard Data Processing Subsystems: Functions and Architectures
- Satellite Thermal Control Systems
- Estimation and Filtering
Satellite Applications and the Newspace
- Space Environment and Effects
- Mission Analysis and Orbital Mechanics
- Space Systems
- Random Signal Processing and Estimation
- Wireless Transmission Techniques
- Software Defined Radio
- Machine Learning for Communications
- Constellations and Mobile Services
- Satellite Navigation
Systems Engineering
- Requirements Engineering (RE)
- Systems Engineering Data Technical Management (SEDTM)
- Systems Modelling and Analysis (SMA)
- Systems Dependability (SD) - SEN part
- Systems Dependability (SD)
- Systems Design and Architecture (SDA)
- Introduction to Verification & Validation (IVV)
- AIRBUS Case Study: Systems Engineering & Certification of the A350 (A350)
- Systems Engineering Methods and Tools (SEMT) – Space Track or Aero Track
49th in the 2025 Shanghai Ranking (ARWU) for Aerospace Engineering
The Shanghai Ranking is internationally recognized for the rigor of its methodology, which relies primarily on the objective evaluation of scientific output (volume, quality, and impact) and international visibility.
The 6th Most Chosen School By Preparatory Class Students According to Génération Prépa (2023-2024)
The Génération Prépa website is run by students from the Grandes Écoles and is aimed at students in the preparatory classes. Its rankings are based on data provided by the Service du Concours Ecoles d'Ingénieurs (SCEI) using 5 indicators: the competition in which the school is ranked, its average rank, the number of entrants, the number of places, and the number of students who have entered the school.
5th in the Figaro Étudiant 2025 Ranking of Post-Prépa Engineering Schools (2025)
Every year, Figaro Étudiant publishes its ranking of the best French post-prépa engineering schools.
7th in the Ranking of Engineering Schools According to Data Analysis for University Rankings (DAUR) (2025)
This ranking is the result of a study carried out on 185 engineering schools, with a particular focus on student engineering degrees
Ranked 9th among engineering schools according to L'Usine Nouvelle (2026)
ISAE-SUPAERO has confirmed its place among France's elite engineering schools. This result reflects the recognition our Institute has earned across all evaluation criteria: professional integration, international outlook, proximity to industry, and research.
Science & Engineering
- Objective 1: to master sound technical and scientific skills in the main disciplines related to aerospace engineering
- Objective 2: to be aware of the key disciplines that play a major role in new aerospace projects
Project Management & Systems Engineering
- Objective: to develop a comprehensive, interdisciplinary approach to the design and development process of a product or system
Foreign Languages and Interpersonal Skills
- Objective: to prepare students to work and communicate in multicultural environments, oriented towards teamwork and innovation. French courses are compulsory for beginners during both years of the programme.
Our ISAE-SUPAERO Excellence Scholarships
Application Dates
Eligible candidates can apply during the first application session between October and November 2025.
Type of Scholarship
- Full scholarship:
- ISAE-SUPAERO Foundation
- Thales (STAI)
- MBDA
- Airbus (CEDAR)
- Partial Scholarship :
- ESA Academy: The scholarship is currently on hold and not open for 2026–2027.
- GIFAS
Scholarship Eligibility Criteria
- Be an applicant for the MAE at ISAE-SUPAERO (excluding double degrees)
- Nationality: see scholarship requirements
- Academic excellence
- Minimum GPA: 3.5/4
- or average mark ≥ 80%
- or average mark ≥ 15/20
- Professional aspirations in line with aerospace and the field covered by the scholarship
- Expression of financial need
Application Process
- Submit an application to the Master's in Aerospace Engineering during the first application phase between October and November.
- At the end of the application, a Scholarships tab will open. You can submit a letter of application for the scholarship(s) you wish to apply for. You can apply for one or more scholarships.
- The results are posted on the application website approximately 2 weeks after the results of the first jury (early February).
Employers' Fields of Activity
According to the 2025 First Job Survey, ISAE-SUPAERO MAE Program 2024
- 60% Aeronautics
- 33% Space
- 2% Informatics
- 2% Defense
- 3% Other fields
Main Recruiters
- Airbus
- OHB
- Sii
- Safran
- Capgemini Engineering
- GMV
Our Assessment Procedures
- Individual written assessment
- Case studies and group projects with written and oral assessment
- Tutorial and practical reports
- MCQs (depending on the programme)
- Technological and competitive intelligence (depending on the programme)
- In-company assignment assessed by professionals in the field
- Professional thesis and defence
Our Teaching Methods
Our teaching approach is based on a variety of learning methods designed to encourage skill acquisition in a dynamic and interactive way:
Our Teaching Approach
- Lectures
- Team projects and case studies of professional situations
- Application exercises
- Practical laboratory work (depending on the programme)
- Team work and business games (depending on the programme)
- Conferences
- Visits to aeronautical companies (according to the programme)
- Introductory flights on light aircraft (according to programme)
Our Teaching Frameworks
Our courses are taught in:
- Dedicated, fully-equipped classrooms
- Active learning rooms
- Lecture amphitheatres
- Research laboratories and testing facilities (depending on the programme)
- Language laboratories (depending on the programme)
The digital platform LMS provides online access to course resources.
Access to Campus Resources
Our students also have free access to our university facilities and services:
- Computer rooms
- The aerotheque (library and academic databases)
- A microlearning video platform