Institut supérieur de l'aéronautique et de l'espace (ISAE-SUPAERO)

About Institut supérieur de l'aéronautique et de l'espace (ISAE-SUPAERO)

ISAE-SUPAERO is an independent public higher-education and research institution located in Toulouse. Its legal form is a public scientific, cultural, and professional establishment constituted as a grand établissement, supervised by the Ministry for the Armed Forces through France’s defence procurement administration. The current institution dates from 1 October 2007, when SUPAERO and ENSICA merged. References to 1909 describe the beginning of the SUPAERO lineage rather than the legal founding year of today’s institution. The institute is deliberately focused rather than comprehensive. Its mission covers higher education for highly qualified engineers in aeronautics, space, and connected fields, specialist and continuing education, scientific research, technological development, and doctoral training. Its July 2026 figures report more than 1,940 enrolled students across all programmes, 129 faculty members, and 243 supervised doctoral students. The same source records 66 nationalities on campus and says that international students represented 37% of newly recruited students across all programmes. ISAE-SUPAERO awards accredited engineering diplomas and offers a national Master’s Degree in Aerospace Engineering, doctoral education, Advanced Master programmes, exchanges, and shorter international formats. These credentials are not interchangeable: the French Diplôme d’ingénieur has its own admission structure, while the national master’s has a separate international application process. Advanced Master is a distinct specialized credential and should not be confused with the national master’s degree. The institutional setting will suit students seeking sustained engagement with aerospace engineering, applied research, and industry. It is less appropriate for applicants wanting a broad selection of unrelated humanities, social-science, or professional majors. Programme language also matters: the general engineering curriculum is listed in French, whereas the Aerospace Engineering master’s is fully taught in English.

Admissions are programme-specific. Applicants should first determine whether they seek the French Diplôme d’ingénieur, the national Master’s Degree in Aerospace Engineering, an Advanced Master, or doctoral study. Each has different prior-education, language, selection, and application requirements; admission to one should not be inferred from the rules for another. The general engineering diploma is a three-year, French-taught programme entered after preparatory education or another accepted higher-education route. The official page lists entry at high-school diploma plus two years or Licence-equivalent level. French competitive examinations are a major route, while university, international, and double-degree pathways have their own conditions. Candidates educated outside France should consult the route matching their qualifications and confirm French-language expectations directly. For the 2026 intake, the English-taught Master’s Degree in Aerospace Engineering requires an appropriate bachelor’s degree or equivalent in engineering or science. The application materials listed by ISAE-SUPAERO include the qualifying diploma or current-enrolment certificate, transcripts from the previous three years, an English CV and motivation letter, an English-language test, at least two recommendations submitted by referees, and a €100 application fee. The programme page lists minimum results including IELTS Academic 6 or TOEFL iBT 87 and says test results must be less than two years old. Only citizens of specified English-speaking countries are exempt under the published rule; merely studying at an English-medium institution does not automatically remove the test requirement. The institute’s page does not provide one universal deadline for all routes. Applicants should use the live programme application page for the relevant 2026 or 2027 intake and avoid relying on deadlines from a different credential. Doctoral candidates must follow the applicable doctoral-school and funded-project procedures.

The academic portfolio centers on aeronautics, space, complex systems, and the technologies and management practices that support them. ISAE-SUPAERO’s July 2026 academic overview reports 40 programmes. Its principal routes include the three-year general Diplôme d’ingénieur, an engineering diploma delivered through apprenticeship in industrial engineering for aeronautics and space, the two-year national Master’s Degree in Aerospace Engineering, doctoral training, and a range of Advanced Master programmes. Applicants should verify the legal character of each award: an Advanced Master is a specialized credential and is not the same qualification as the national master’s degree. The general engineering diploma combines scientific education with technical, managerial, entrepreneurial, and socio-economic learning. It is taught in French at the Toulouse campus and normally begins after two years of higher education or an accepted Licence-level route. The curriculum uses aerospace as the principal application domain while addressing complex-system design, innovation, project work, and environmental transition. The Master’s Degree in Aerospace Engineering is a two-year, in-person programme taught entirely in English. It accepts entrants with an appropriate bachelor’s degree or equivalent in science or engineering. The programme develops multidisciplinary expertise for aeronautical and space systems and includes advanced study pathways, project work, and preparation for industrial or research careers. The official programme page identifies it as a national master’s degree accredited by the French higher-education ministry and lists a limited double-degree opportunity with the Technical University of Munich. Research is integrated closely with teaching. July 2026 institutional figures list five research departments, 21 research facilities, 219 active research projects, and more than 200 scientific publications annually. Doctoral education spans disciplines oriented toward aeronautical and space questions and is connected to both academic laboratories and industry. Students considering research should examine individual thesis offers, supervision arrangements, doctoral-school requirements, and funding rather than assuming admission through a general programme application.

Key Highlights

• Public grand établissement supervised by the French Ministry for the Armed Forces
• Present institution formed through the SUPAERO–ENSICA merger on 1 October 2007
• More than 1,940 students across all programmes in the institute’s July 2026 figures
• Students from 66 nationalities represented on campus

Student Life & Environment

ISAE-SUPAERO has a residential, specialist-campus environment rather than a dispersed city-university model. Its 19-hectare wooded campus combines teaching, research, accommodation, dining, sport, student organizations, and support services. The institute’s July 2026 figures identify more than 130 cultural, sporting, and technical clubs and associations, giving students opportunities ranging from ordinary campus activities to aerospace-related technical projects. Six new or fully renovated residences provide 959 units on campus. Room types range from furnished single rooms with private bathrooms and basic food-preparation equipment to studios and duplex units with kitchenettes. Shared services include laundry facilities, bicycle storage, parking, parcel reception, and a technical hotline. Campus accommodation is convenient but should not be treated as automatically guaranteed; students must consult the housing operator’s current reservation, eligibility, deposit, and rental terms. The student center contains gathering and association spaces as well as a snack bar and fitness facilities. The wider sports complex includes a gymnasium, climbing wall, multi-sports spaces, squash court, indoor swimming pool, weight room, playing fields, and tennis courts. Some facilities require membership or an additional charge. The campus also has catering, medical and social services, and the Marie Marvingt Aérothèque, which functions as both a library and a cultural-exchange space. International representation is substantial, with 66 nationalities reported in 2026. Nevertheless, programme language varies: life outside an English-taught course and routine administration may require practical French. Incoming students should budget time for housing applications, insurance, visa formalities where applicable, and adjustment to a technically intensive timetable.

Location & Surroundings

The campus is at 10 avenue Marc Pélegrin in Toulouse’s Rangueil scientific area, around 20 minutes from the city centre according to the institute. This places students near other higher-education and research organizations, including ENAC, INSA Toulouse, CNRS laboratories, ONERA’s Toulouse research center, and facilities associated with the University of Toulouse. CNES and other aerospace organizations are also part of the surrounding scientific and industrial ecosystem. That setting is academically consequential. Toulouse is a major European center for civil aviation, space activity, engineering research, and associated supply chains, so coursework, research projects, placements, and employer events take place in a region with a dense concentration of relevant organizations. It also means the campus is southeast of the historic center rather than embedded in its streets. Public-transport directions from Toulouse-Matabiau station involve the metro and a connecting bus, or a direct bus route depending on current service. Travelers arriving at Toulouse-Blagnac Airport can use an airport connection toward central Toulouse before continuing to campus. Students should check the Tisséo network for current routes and schedules rather than relying on static journey times. Beyond study, Toulouse offers the services and social life of a large student city. The Mediterranean, Atlantic coast, and Pyrenees are reachable for longer outings, though the institute’s published travel estimates should be understood as approximate and mode-dependent.

Costs & Career Outcomes

Costs vary sharply by credential, nationality or fee category, and funding status. ISAE-SUPAERO does not publish one tuition figure applicable to every student. Applicants should therefore use the fee panel within their chosen programme and confirm the intake year before committing. The official English-programmes page lists 2025 Master’s Degree in Aerospace Engineering tuition of €15,100 per year, with a reduced €5,450 rate for eligible EU students; these are explicitly 2025-intake figures and should not be presented as confirmed 2026 charges. The master’s application carries a €100 fee, and admitted students are asked for a non-refundable €1,200 tuition deposit to confirm their place. For Advanced Master programmes, the latest detailed official table located applies to 2025–2026. It shows substantial variation by programme and applicant category, commonly listing standard EU fees from €14,500 to €20,000 and separate non-EU or reduced rates. Because Advanced Master is a different credential, those prices should not be used to estimate the national master’s or engineering diploma. The institute also identifies scholarships and reduced-fee arrangements, but eligibility is conditional and funding should not be assumed before a written award. Housing, food, transport, insurance, and personal spending are additional. On-campus accommodation exists, but current room prices and availability must be checked with the housing operator. One programme FAQ suggests planning roughly €900–€1,000 per month for living expenses; this is guidance rather than a guaranteed budget. Career support benefits from close relationships with aerospace organizations. July 2026 figures report more than 2,000 job and placement offers distributed to students and 38 partner companies. The institute’s 2026 survey of 2025 graduates is programme-specific, so outcomes should be compared by credential. For the Aerospace Engineering master’s, the programme page reports that 69% found work before graduation and 78% entered aerospace; these results should not be generalized to every programme.