ISAE-SUPAERO Admission 2026, Courses, Fees, Placement & Ranking

• ISAE-SUPAERO developed from France’s historic aerospace engineering education tradition.
• The school is located in Toulouse, one of the world’s most important aerospace centers.
• It became a leading institution for aeronautics, astronautics, aviation, defense, and space engineering.
• ISAE-SUPAERO built strong ties with aerospace manufacturers, space organizations, defense companies, and research centers.
• The school expanded its academic strengths into aircraft systems, satellite technology, propulsion, robotics, AI, and autonomous systems.
• Its research developed across aerodynamics, flight mechanics, space systems, cybersecurity, materials, and sustainable aviation.
• The institution became known for combining rigorous scientific education with industry-based aerospace projects.
• It strengthened international cooperation through global partnerships, research projects, and exchange routes.
• Its alumni network expanded across aerospace companies, space agencies, defense organizations, research labs, and technology firms.
• Today, ISAE-SUPAERO is recognized as one of Europe’s leading aerospace engineering schools.

• Leading aerospace engineering school located in Toulouse.
• Strong in aeronautics, astronautics, aviation, defense, space engineering, robotics, and AI.
• Located in one of the world’s most important aerospace ecosystems.
• Offers engineering, master’s, specialized master’s, PhD, executive education, and professional training programs.
• Strong industry links with aerospace manufacturers, space organizations, defense companies, and research centers.
• Research strengths include aircraft design, propulsion, flight mechanics, satellite systems, autonomous systems, and sustainable aviation.
• Students benefit from aerospace projects, labs, internships, international exchanges, and company collaboration.
• Graduates can work in aircraft design, space systems, aviation, defense, robotics, AI, consulting, and research.
• Strong alumni network across aerospace companies, space agencies, defense organizations, and technology firms.
• Suitable for students seeking elite aerospace engineering education with strong global career potential.

Admission Process

Admission to ISAE-SUPAERO is selective and depends on the chosen aerospace engineering, master’s, specialized master’s, exchange, executive education, professional training, or doctoral route. Applicants are expected to demonstrate strong preparation in mathematics, physics, mechanics, engineering sciences, aerospace, computer science, systems engineering, robotics, or related technical fields. Engineering and master’s admission may involve academic review, entrance route validation, interview, technical assessment, ranking, or partner nomination. Doctoral admission requires a research topic aligned with a laboratory, research team, or doctoral school, supervisor approval, and funding confirmation where required. Final enrollment includes administrative registration, document verification, tuition or registration payment, and school onboarding.

Admission Details

• Select the ISAE-SUPAERO program route.
• Check academic and technical prerequisites.
• Prepare transcripts, certificates, and degree documents.
• Submit CV or resume.
• Prepare motivation statement or research interest statement.
• Provide recommendation letters where required.
• Submit language proof according to program language.
• Provide technical project details, aerospace experience, or research proposal where applicable.
• Complete academic review, entrance process, interview, technical assessment, or ranking if required.
• Receive admission or pre-admission decision.
• Confirm acceptance.
• Submit final verified documents.
• Pay applicable registration or tuition fees.
• Complete administrative enrollment.
• Complete school or doctoral onboarding.

Eligibility

Engineering and Undergraduate Entry Routes

• Strong preparation in mathematics, physics, mechanics, and engineering sciences.
• Excellent academic performance.
• Eligibility through recognized engineering admission pathways.

Master's Programs

• Bachelor's degree in aerospace engineering, mechanical engineering, computer science, engineering, physics, mathematics, or a related discipline.
• Strong academic record.
• Language proficiency according to program requirements.

Doctoral Programs

• Relevant master's degree.
• Excellent research potential.
• Research proposal aligned with faculty expertise.
• Supervisor approval.
• Funding requirements may apply depending on the doctoral project.

Haan bhai, galti meri thi. Ye raha Batch 1 corrected — actual fee numbers ke saath, no generic “fees vary” as main answer. Jahan exact amount program-wise different hai, wahan representative official/published amount diya hai.

Course Fees | Duration | Intake

• Master in Aerospace Engineering: €15,100 per year standard tuition; reduced tuition for EU students €5,450 per year; Duration: 2 years; Intake: Fall intake
• Advanced Master’s Programs: successful applicants pay €1,500 non-refundable deposit, deducted from tuition; Duration: 1 year / specialized route; Intake: September intake
• Advanced Master’s Program Tuition: estimated tuition generally ranges around €15,000–€25,000+ totaldepending on specialization; Duration: 1 year; Intake: September intake
• Aerospace Engineering Degree: school-specific engineering tuition applies by route and student category; Duration: 3 years engineering cycle; Intake: Fall intake
• Executive Education / Professional Training: fees depend on certificate, company route, and delivery format; Duration: short-term to modular format; Intake: multiple rounds
• PhD Programs: French public doctoral registration basis generally applies, around €397 per year, plus CVEC where applicable; Duration: 3 years standard, extendable; Intake: Fall intake
• Estimated living budget: around €900–€1,000 per month for accommodation, food, transport, health insurance, and miscellaneous expenses.
• Housing, visa charges, insurance, books, travel, equipment, and personal expenses are separate.

• ISAE-SUPAERO Financial Aid: Selected students may access tuition support depending on academic route, profile, and funding availability.
• Merit-Based Scholarships: Strong academic candidates may be considered for merit-based support where available.
• Need-Based Support: Eligible students may apply for assistance based on financial background and supporting documents.
• Aerospace Engineering Scholarships: Selected aerospace students may receive institutional, industrial, public, or partner-based funding.
• Master’s Scholarships: Master’s students may access program-specific scholarships depending on academic merit and applicant profile.
• Advanced Master’s Funding: Specialized route students may use employer sponsorship, professional funding, or external scholarships.
• Doctoral Contracts: PhD candidates may receive doctoral contracts through laboratories, research projects, aerospace partnerships, or public funding.
• Industry-Supported Funding: Some students may receive support through aerospace companies, defense organizations, space-sector partners, or research collaborations.
• External Scholarships: Students may apply for government, embassy, foundation, employer, or country-specific scholarship routes.
• Application Process: Scholarship consideration usually depends on admission status, academic record, financial documentation where required, research alignment, funding availability, and program-specific rules.