How to Become a Aviation Specialist in France
How to Become a Aviation Specialist in France
France is a recognised destination for students aspiring to build careers in the aviation and air transport industry. The country offers specialised aviation education and professional training programmes that help students develop the operational, technical, and management skills required in this sector. For aspiring Aviation Specialists, studying in France can provide opportunities to learn about airport operations, airline management, aviation safety, air transport systems, flight operations, and aircraft maintenance management.
Students can explore aviation-focused programmes at institutions such as École Nationale de l'Aviation Civile (ENAC) and ISAE-SUPAERO. ENAC offers programmes in areas such as International Air Transport Operations Management, Airport Management, and Aviation Safety. Depending on the qualification and entry requirements, students can choose from undergraduate, two-year master's, and specialised one-year postgraduate programmes. Some programmes are taught entirely in English, while others may require French proficiency. Tuition fees and admission requirements vary by course and institution, so applicants should check the latest official information before applying.
In this blog, we will explain how to become an Aviation Specialist in France, covering the educational requirements, leading aviation institutions, course options, tuition fees, admission procedures, and potential career opportunities for international students.
Top Aviation Schools in France
France offers several institutions for students aspiring to build careers in aviation, aeronautical engineering, aircraft systems, and aerospace technology. Institutions such as ESME, Pôle Léonard de Vinci (ESILV), and ECE provide specialised programmes covering areas such as flight systems, avionics, aircraft technology, embedded systems, and aerospace engineering. Before applying, students should compare course specialisations, tuition fees, admission requirements, language of instruction, and qualification recognition to select a programme that matches their career goals.
1. ESME – École d'Ingénieurs, Bordeaux
Course Information
Course Name: Bachelor in Aeronautical and Space Systems (Bachelor Systèmes Aéronautiques et Spatiaux)
Course Type: Undergraduate programme in Aeronautical and Space Systems
Duration: 3 Years
Tuition Fee: Check the latest official fee schedule with ESME; a current fee for the programme could not be reliably confirmed.
Total Tuition Fee: Depends on the applicable annual fees and study arrangement.
Degree Level: Bac+3 / RNCP Level 6 professional qualification
Location: Bordeaux, France
Intake: Generally September; confirm the current intake with the institution.
Entry Requirement: French Baccalauréat or equivalent secondary-school qualification. Scientific-background and STI2D applicants are among the eligible profiles.
Admission Requirements: Academic application, previous academic records, CV, motivation letter and interview, as applicable.
Language Requirements: Confirm the required language level and teaching language directly with ESME before applying.
Overview
ESME offers a three-year Bachelor in Aeronautical and Space Systems in partnership with IPSA, an engineering school specialising in aeronautics and space. The programme is designed for students interested in the technologies used in aircraft, aerospace systems, and intelligent transportation.
The curriculum covers applied mathematics, physics, electronics, avionics, aerodynamics, flight mechanics, embedded systems, signal processing, radar technology, artificial intelligence, and cybersecurity. Students also explore aerospace systems, computer-aided design, and sustainable engineering.
The programme includes an international semester in the second year. In the third year, students may undertake work-study training (alternance) or a full-time internship, subject to the programme arrangements. An optional theoretical ATPL preparation pathway is also offered through a partnership with Mermoz Academy. This option should not be confused with obtaining a complete commercial pilot licence.
The Bachelor leads to an RNCP Level 6 qualification. Graduates can enter relevant technical roles or consider further studies at master's level, depending on admission requirements.
Career Opportunities
After completing the programme, graduates can explore opportunities in the aviation and aerospace industries, depending on their technical skills and experience. Potential roles include:
- Aviation Systems Specialist
- Embedded Systems Specialist
- Aerospace Systems Technician
- Aircraft Electronics Technician
- Flight Test Technician
- Aerospace Quality Technician
- Technical Project Coordinator
- Satellite Systems Specialist
Official course page: https://www.esme.fr/formation-bachelors/bachelor-aeronautique/
2. Pôle Léonard de Vinci (ESILV), Paris
Course Information
Course Name: MSc Aeronautical & Aerospace Engineering
Course Type: Postgraduate Master's-level programme in Aeronautical and Aerospace Engineering
Duration: 18 Months
Tuition Fee: €13,400 for the 2026–2027 academic year, according to the published programme information.
Total Tuition Fee: Confirm the complete programme fee and payment schedule with ESILV.
Degree Level: MSc accredited by the Conférence des Grandes Écoles (CGE)
Location: Paris La Défense, France
Intake: January 2027 intake is listed on the official programme page.
Entry Requirement: A four-year undergraduate degree, 240 ECTS or an equivalent qualification in a relevant engineering or scientific field.
Admission Requirements: Academic transcripts, CV, motivation letter, application dossier and online interview.
Language Requirements: English; IELTS 6.5 or an accepted equivalent, subject to the school's exemptions and assessment rules.
Overview
ESILV, part of Pôle Léonard de Vinci, offers an 18-month MSc in Aeronautical & Aerospace Engineering for students who want to develop advanced technical knowledge for the aviation and space industries.
The programme focuses on aircraft and aerospace systems, combining engineering theory with practical projects and simulation-based learning. Students study computational fluid dynamics, aerospace structural mechanics, propulsion systems, flight mechanics, avionics, materials science, and aerospace safety.
The curriculum also introduces computational modelling, computer-aided design, digital simulation, embedded electronics, and flight systems engineering. Through practical assignments and a final engineering project, students develop skills in analysing, designing, and improving aeronautical and aerospace systems.
The programme is taught in English and is designed for applicants with a relevant engineering background. Its 90 ECTS structure and specialised curriculum make it suitable for graduates looking to develop expertise in aeronautical and aerospace engineering.
Career Opportunities
After completing the programme, graduates can explore technical and engineering opportunities in aviation, aerospace, defence, and space-related industries. Potential roles include:
- Aeronautical Engineer
- Aerospace Engineer
- Avionics Engineer
- Flight Systems Engineer
- Aerospace Simulation Engineer
- Structural Analysis Engineer
- Aerospace Project Manager
- Safety and Regulatory Compliance Specialist
Official course page: https://www.esilv.fr/en/programmes/msc-aeronautical-aerospace-engineering/
3. ECE – École d'Ingénieurs, Bordeaux
Course Information
Course Name: Engineering Programme – Major in Aerospace & Space Systems
Course Type: Engineering Degree with a specialisation in Aerospace and Space Systems
Duration: 5 Years for the complete engineering programme; the aerospace specialisation takes place during the final 2 years of the engineering cycle.
Tuition Fee: Check the latest official fee schedule with ECE; a current fee for this specialisation could not be reliably confirmed.
Total Tuition Fee: Depends on the admission route and applicable programme fees.
Degree Level: Bac+5 / CTI-accredited engineering degree, Level 7
Location: Bordeaux, France
Intake: September or October, according to the programme information.
Entry Requirement: Admission depends on the applicant's previous academic level. Relevant entry routes include scientific preparatory studies, 180 ECTS in a scientific or technical field, or 240 ECTS in engineering, electronics, computer science, or a related discipline.
Admission Requirements: Academic transcripts, application dossier and assessment by the admissions team.
Language Requirements: French; the aerospace specialisation is taught in French.
Overview
ECE offers an Engineering Programme with a major in Aerospace & Space Systems at its Bordeaux campus. This specialisation is designed for students interested in developing the technical systems used in aircraft, spacecraft, and other advanced aerospace applications.
The two-year specialisation focuses on the design, security, development, and optimisation of embedded systems for the aeronautical and space industries. Students develop knowledge of electronics, embedded computing, aerospace systems, system integration, and technology used in safety-critical environments.
The programme also benefits from its location in Bordeaux, an important aerospace and defence industrial region. Students can develop technical and project-based skills relevant to companies and organisations working in aircraft manufacturing, avionics, defence technology, and space systems.
The programme leads to an engineering diploma accredited by the Commission des Titres d'Ingénieur (CTI). International applicants should check the appropriate admission route and French-language requirements before submitting an application.
Career Opportunities
After completing the engineering programme, graduates can explore opportunities across the aerospace, aviation, defence, and space technology sectors. Potential roles include:
- Aerospace Systems Engineer
- Embedded Systems Engineer
- Avionics Engineer
- Aircraft Systems Design Engineer
- Aerospace Software Engineer
- Flight Systems Specialist
- Space Systems Engineer
- Aerospace Project Engineer
Official course page: https://www.ece.fr/en/program/engineering-program-major-in-aerospace-space-systems/
Admission, Visa & Career Preparation Process
Step-by-Step Admission Process
- ➤ Choose a recognised engineering university or institution in France offering a relevant Aerospace Engineering programme.
- ➤ Review the admission requirements, academic eligibility, tuition fees, programme specialisations and language requirements.
- ➤ Check whether your academic background in Mathematics, Physics, Mechanical Engineering or a related engineering field meets the programme requirements.
- ➤ Submit the application with the required academic certificates, transcripts, CV, statement of purpose and recommendation letters, where applicable.
- ➤ Provide English or French language proficiency test results if required by the university.
- ➤ Complete any entrance examination, technical assessment or interview required by the institution.
- ➤ Receive the admission decision and official offer letter.
- ➤ Pay the applicable registration deposit or tuition fees according to the university's payment terms.
- ➤ Complete the Campus France or Études en France procedure, where applicable for Indian applicants.
- ➤ Apply for a French long-stay student visa (VLS-TS) through the appropriate application procedure.
- ➤ Arrange accommodation, health insurance where required, and travel preparations before departure.
Important: Admission requirements, application procedures, fees and required documents vary by university and programme. Indian applicants should check the official Campus France India and France-Visas websites before applying.
Career Preparation Process for Aerospace Engineers
- ➤ Develop a strong foundation in aerodynamics, aircraft structures, propulsion systems, flight mechanics and aerospace materials.
- ➤ Learn industry-relevant engineering software such as CATIA, SolidWorks, MATLAB, ANSYS or other tools specified by the programme.
- ➤ Build practical knowledge of Computer-Aided Design (CAD), Computational Fluid Dynamics (CFD) and Finite Element Analysis (FEA).
- ➤ Participate in aircraft design assignments, simulation exercises, laboratory work and aerospace engineering projects.
- ➤ Develop technical skills in aircraft performance analysis, structural design, propulsion and control systems.
- ➤ Apply for internships, research projects or graduate opportunities with aerospace manufacturers, aviation companies and engineering organisations.
- ➤ Build professional connections through university projects, aerospace conferences, technical workshops and industry events.
- ➤ Prepare a technical portfolio showcasing engineering projects, design work, simulations and research experience.
- ➤ Check the applicable French residence and work-authorisation requirements before accepting employment after graduation.
Working in France After Graduation
International graduates may be able to pursue employment in France after completing their studies, but the available options depend on their qualification, nationality, immigration status and applicable residence permit rules.
Non-EU graduates who obtain an eligible French master's degree or equivalent qualification may qualify for the Job Search or Business Creation residence permit, which generally allows them to remain in France for up to 12 months to seek employment related to their studies or establish a business.
Aerospace Engineering graduates can explore employment opportunities in areas such as:
- ➤ Aircraft design and manufacturing
- ➤ Aerodynamics and flight testing
- ➤ Aircraft engines and propulsion systems
- ➤ Aerospace structures and materials
- ➤ Avionics and control systems
- ➤ Satellite and spacecraft engineering
- ➤ Aerospace research and development
Graduates should verify their eligibility and the relevant employment conditions before making post-study plans. A student visa does not automatically provide unrestricted full-time employment rights after graduation.
For official information, consult France-Visas and French Public Service.
Country Benefits for Studying Aerospace Engineering in France
- ✔ Established aerospace industry: France has a major aerospace and aviation industry, with companies and organisations involved in aircraft manufacturing, engines, space systems and aviation technology.
- ✔ Specialised engineering institutions: Students can explore specialised aerospace education at institutions such as ISAE-SUPAERO, ENAC and ISAE-ENSMA.
- ✔ Advanced technical training: Aerospace programmes cover subjects such as aerodynamics, propulsion, flight mechanics, aircraft structures and space engineering.
- ✔ Practical engineering experience: Depending on the programme, students can gain experience through laboratory sessions, engineering projects, simulations and research activities.
- ✔ Aviation and space opportunities: France offers opportunities to explore careers in aircraft engineering, satellite technology, space systems and aviation research.
- ✔ International learning environment: Students can work with classmates and researchers from different countries and develop international engineering perspectives.
- ✔ Access to aerospace networks: Studying in France can help students connect with universities, research laboratories and aerospace industry professionals.
- ✔ Industry-relevant software skills: Students can develop knowledge of CAD, CFD, FEA and engineering simulation tools used in aerospace design and analysis.
- ✔ Research and innovation: Students may explore research areas such as sustainable aviation, electric and hybrid propulsion, advanced materials and space technologies.
- ✔ Internship opportunities: Some programmes include internships or industry-linked projects, providing exposure to professional engineering environments.
- ✔ Further study options: Graduates may pursue doctoral research or specialised postgraduate studies in aerospace engineering, aeronautics, propulsion or space systems.
These benefits depend on the selected institution, programme and individual career goals. Admission to an aerospace engineering programme does not guarantee an internship, employment or permanent residence.
Stay-Back & Language Requirements
Stay-Back Options in France
International students who complete eligible Aerospace Engineering qualifications in France may have options to remain in the country for employment, further professional experience or business creation. However, a post-study stay-back period is not automatically available to every Aerospace Engineering graduate.
Non-EU graduates who obtain an eligible French master's degree or an equivalent recognised qualification may be able to apply for a temporary residence permit known as the Job Search or Business Creation permit (Recherche d'emploi ou création d'entreprise).
This permit generally allows eligible graduates to stay in France for up to 12 months to search for employment related to their studies or establish a business. Eligibility depends on the qualification obtained, the institution's recognition status and applicable immigration rules.
Before enrolling, confirm that your chosen Aerospace Engineering programme awards a recognised qualification that can support the post-study residence route you intend to pursue.
For the latest requirements, consult the official sources:
- ➤ France student visa information: https://france-visas.gouv.fr/
- ➤ French public-service information on residence permits: https://www.service-public.gouv.fr/
- ➤ Campus France: https://www.campusfrance.org/
Language Requirements for Aerospace Engineering in France
French and English language requirements vary between aerospace engineering universities and programmes. Some specialised institutions offer entire aerospace engineering master's programmes in English, while other engineering programmes are taught in French.
Before applying, check the following:
- ➤ French-taught programmes: Confirm the required French proficiency level and whether a recognised language certificate such as DELF, DALF or TCF is needed.
- ➤ English-taught programmes: Check whether IELTS, TOEFL, TOEIC or another recognised English-language qualification is required or accepted.
- ➤ Academic requirements: A strong foundation in Mathematics, Physics and related engineering subjects is important for aerospace engineering studies.
- ➤ Technical requirements: Some postgraduate programmes expect previous knowledge of mechanical engineering, fluid mechanics, thermodynamics or other relevant engineering subjects.
- ➤ Entrance assessments: Confirm whether interviews, technical examinations or academic evaluations form part of the selection process.
Learning French can also help international students communicate during internships, collaborate with engineering teams and explore employment opportunities in France's aerospace industry.
IELTS vs French Language Tests for Aerospace Engineering
| Requirement | French-Taught Programme | English-Taught Programme |
|---|---|---|
| Main language | French | English |
| Language evidence | As specified by the institution | As specified by the institution |
| Possible tests | DELF, DALF or TCF, where accepted | IELTS, TOEFL, TOEIC or other accepted tests |
| Academic background | Mathematics, Physics and Engineering | Mathematics, Physics and Engineering |
| Entrance assessment | Depends on the university | Depends on the university |
There is no single IELTS or French-language score that applies to every aerospace engineering university in France. For example, ISAE-SUPAERO lists IELTS Academic 6.0 and TOEFL iBT 88 among the accepted English-language qualifications for its Aerospace Engineering master's programme. Other universities may have different requirements.
Language Requirements for Aerospace Engineers in France
To study Aerospace Engineering in France, international applicants must meet the language requirements specified by their chosen university and programme. Since some engineering programmes in France are taught in French, applicants may need to demonstrate French-language proficiency. English-language requirements apply to programmes taught in English.
French and English Language Requirements
- ➤ French-taught programmes: Applicants may need to demonstrate French proficiency through an accepted qualification such as DELF, DALF or TCF, depending on the institution.
- ➤ English-taught programmes: Applicants may need IELTS Academic, TOEFL or another English-language qualification accepted by the university.
- ➤ Minimum score: There is no single language score applicable to all Aerospace Engineering programmes in France. Requirements vary by institution and course.
- ➤ Academic and technical assessments: Some universities assess applicants through academic records, technical evaluations, interviews or entrance examinations.
Why Language Skills Matter for Aerospace Engineering
Aerospace Engineering involves complex technical work and collaboration between engineers, researchers, designers, manufacturers and testing specialists.
French proficiency can help international students participate in classroom discussions, understand technical instructions, access internships and communicate with employers in France. English is also important because aerospace engineering involves international research collaborations, technical documentation and multinational engineering teams.
Aerospace Engineering Jobs in France – Career Scope, Salary and Growth
France has a well-established aerospace and aviation industry, with opportunities across aircraft manufacturing, aviation systems, space technology, defence, propulsion and aerospace research.
According to Business France, the country's aerospace industry generated approximately €70.2 billion in revenue in 2023 and included more than 1,000 businesses. The sector offers opportunities for engineers with expertise in aircraft design, manufacturing, maintenance, propulsion and space systems.
However, employment prospects vary according to qualifications, technical specialisation, practical experience, language ability and industry demand.
Aerospace Engineer Salary in France
| Experience Level | Annual Salary (Approx.) |
|---|---|
| Entry Level | From approximately €33,600 |
| Mid-Level | Varies by specialisation and employer |
| Experienced | Varies by experience, responsibilities and employer |
The French career information platform Onisep reports a starting salary of approximately €2,800 gross per month for an aeronautical engineer, equivalent to around €33,600 gross annually. Actual salaries vary according to location, employer, experience and engineering specialisation.
These figures represent gross salary before taxes and employee deductions, not monthly take-home pay.
Where Can Aerospace Engineers Work in France?
- ➤ Aircraft manufacturing companies: Working on aircraft design, structural components, manufacturing and assembly.
- ➤ Aerospace engineering companies: Developing aircraft systems, engineering solutions and advanced aerospace technologies.
- ➤ Space technology organisations: Working on satellites, launch vehicles, spacecraft and space exploration systems.
- ➤ Aircraft engine manufacturers: Developing propulsion systems, engine components and performance technologies.
- ➤ Defence and aviation companies: Supporting the development of military aircraft, drones, avionics and defence-related aerospace systems, subject to applicable eligibility and security restrictions.
- ➤ Research and development centres: Conducting research in aerodynamics, aerospace materials, propulsion and sustainable aviation.
- ➤ Aircraft maintenance organisations: Working on aircraft inspection, reliability, maintenance engineering and technical improvements.
- ➤ Engineering consultancy firms: Providing technical analysis, design support, simulation and engineering services.
Career Opportunities After Studying Aerospace Engineering
Graduates may pursue roles such as:
- ✔ Aerospace Engineer
- ✔ Aeronautical Design Engineer
- ✔ Aircraft Structural Engineer
- ✔ Aerodynamics Engineer
- ✔ Propulsion Engineer
- ✔ Avionics Engineer
- ✔ Flight Systems Engineer
- ✔ Spacecraft Systems Engineer
- ✔ Aerospace Manufacturing Engineer
- ✔ Research and Development Engineer
The roles available to graduates depend on their programme specialisation, academic qualifications, practical experience and technical proficiency with industry-relevant engineering tools.
Aerospace Engineering Courses in France – Details
France offers specialised education in aeronautics, aerospace engineering and space technology through engineering schools and universities. Some programmes focus specifically on aerospace engineering, while others cover related areas such as mechanical engineering, propulsion, aviation systems and space applications.
Institutions such as ISAE-SUPAERO, ENAC and ISAE-ENSMA offer specialised programmes in aviation and aerospace-related fields.
Eligibility Requirements for Aerospace Engineering Courses
Applicants should check the individual university's admission requirements. Common considerations include:
- ➤ A secondary-school qualification equivalent to the French Baccalauréat for undergraduate engineering entry.
- ➤ Strong academic performance in Mathematics and Physics.
- ➤ Academic transcripts and certificates.
- ➤ A relevant bachelor's degree in Aerospace Engineering, Mechanical Engineering, Electrical Engineering or another accepted scientific or engineering discipline for postgraduate entry.
- ➤ A CV and statement of purpose, where required.
- ➤ Letters of recommendation, if requested by the institution.
- ➤ French or English language proficiency appropriate to the programme.
- ➤ Entrance examinations, technical assessments or interviews, depending on the institution.
Prior aerospace industry experience may be helpful for certain specialised postgraduate programmes, but it is not a universal requirement.
What Is Covered in an Aerospace Engineering Course?
Core Learning Areas
- ✔ Aerodynamics and fluid mechanics
- ✔ Aircraft design and development
- ✔ Aerospace structures and materials
- ✔ Aircraft propulsion and engine systems
- ✔ Flight mechanics and flight dynamics
- ✔ Avionics and control systems
- ✔ Computational Fluid Dynamics (CFD)
- ✔ Computer-Aided Design (CAD)
- ✔ Finite Element Analysis (FEA)
- ✔ Spacecraft and satellite engineering
- ✔ Aerospace manufacturing and testing
- ✔ Engineering mathematics and simulation
Practical Training
Depending on the institution, students may complete laboratory experiments, aircraft design assignments, engineering simulations, propulsion studies and collaborative research projects.
Some programmes also include internships, industrial placements or final-year engineering projects. These experiences help students develop practical engineering knowledge and prepare for professional opportunities in the aerospace industry.
Aerospace Engineering Course Fees in France
Tuition fees vary according to the institution, programme, qualification level and academic year. Specialised engineering schools may have different fee structures for European and non-European students.
For example, ISAE-SUPAERO lists its two-year Master's Degree in Aerospace Engineering at €15,100 per year for non-European students for the 2026 academic year. Fees at other institutions and programmes may differ.
Applicants should verify the latest tuition fees, registration charges, laboratory expenses, equipment costs and living expenses directly with their chosen institution before budgeting for their studies.
Age Limit for Studying Aerospace Engineering in France
There is no single age limit applicable to all Aerospace Engineering programmes in France. Eligibility depends on the institution's admission criteria, qualification level and applicant's academic background.
- ➤ Undergraduate programmes generally require a suitable secondary-school qualification.
- ➤ Postgraduate programmes may require a relevant bachelor's degree in engineering or a scientific discipline.
- ➤ Some institutions may have programme-specific admission or age conditions.
- ➤ International applicants must also satisfy the applicable French student visa requirements.
Overall, applicants should focus on meeting the academic, technical and language requirements of their chosen programme rather than assuming a universal age restriction.
Get Started With Your Aerospace Engineering Studies in France With Edugo Abroad
With experience in European education guidance, Edugo Abroad can help students explore study opportunities in France and other European destinations. Students planning to pursue Aerospace Engineering can seek guidance on researching suitable universities, understanding admission requirements, preparing application documents and navigating the student visa process.
Before applying, compare course content, qualification recognition, tuition fees, language requirements, internship opportunities and career outcomes to select a programme that aligns with your engineering interests and professional goals.
Frequently Asked Questions (FAQs)
1Can Indian students study Aerospace Engineering in France after completing Class 12?
Yes. Indian students can apply for undergraduate programmes in aeronautical and aerospace engineering after Class 12, provided they meet the university's academic requirements. A strong background in Mathematics and Physics is generally important for admission.
2Which are the best institutions to study Aerospace Engineering in France?
Students can explore institutions such as ESME, Pôle Léonard de Vinci (ESILV) and ECE. ESME offers a Bachelor in Aeronautical and Space Systems, ESILV offers an MSc in Aeronautical & Aerospace Engineering, and ECE offers an Aerospace & Space Systems engineering specialisation.
3What is the difference between Aerospace Engineering and Aeronautical Engineering?
Aeronautical Engineering focuses on aircraft that operate within Earth's atmosphere, including airplanes and helicopters. Aerospace Engineering covers both aeronautical systems and space technologies, including satellites, spacecraft and launch vehicles.
4How much does it cost to study Aerospace Engineering in France?
Tuition fees depend on the institution, qualification and programme. For example, ESILV lists its MSc in Aeronautical & Aerospace Engineering at €13,400 for the 2026–2027 academic year. Students should also budget for accommodation, food, transport, insurance and other living expenses.
5Is IELTS compulsory for Aerospace Engineering in France?
No. IELTS is not compulsory for every programme. English-taught courses may accept IELTS, TOEFL or other recognised qualifications, while French-taught programmes may require French proficiency through DELF, DALF or TCF. Requirements vary by institution.
6What subjects are important for becoming an Aerospace Engineer?
Mathematics and Physics are particularly important. Students should also develop knowledge of aerodynamics, fluid mechanics, thermodynamics, aircraft structures, propulsion systems, electronics and computer programming.
7Which software skills are useful for Aerospace Engineering students?
Students can benefit from learning engineering tools such as CATIA, SolidWorks, MATLAB and ANSYS. Knowledge of Computational Fluid Dynamics (CFD), Computer-Aided Design (CAD) and Finite Element Analysis (FEA) is also valuable for aerospace design and simulation work.
8What is the average salary of an Aerospace Engineer in France?
Salary depends on qualifications, experience, specialisation, employer and location. Onisep indicates a starting salary of approximately €2,800 gross per month for an aeronautical engineer. Experienced professionals may earn more depending on their responsibilities and technical expertise.
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