International Generalist Engineer dual degree course

Professions and careers of the future

ESTIA trains trilingual general engineers, who are responsible for design and methods offices, production and major projects.

ESTIA trains them to master mechanics, electronics, energy and IT so that they can be operational in a wide range of sectors: aeronautics, space, automotive, mechatronics, energy, R&D, agri-food, capital goods and IT.

ESTIA engineer profile

As a generalist engineer, ESTIA engineers specialise in the integration of technologies, thanks to their broad training in mechanics, electronics, electrical engineering, renewable energies, IT, industrial management and engineering, and human sciences.

French, English and Spanish or another 3rd modern language (lessons are adapted for those who have never studied Spanish before).

In addition to the ESTIA engineering degree, all students simultaneously study for a 2nd European Master's degree.

Taking the initiative and teaching in project mode stimulate entrepreneurship among students.

Immersed in an ecosystem of innovation and scientific and technological research, ESTIA engineers are trained to innovate, take risks and dare. They manage major programmes and complex projects.

Socio-ecological transition and CSR, application projects integrating eco-design are at the heart of the teaching. ESTIA is a signatory to the Grenoble COP2 student agreement and offers a wide range of socially committed initiatives. The campus aims for energy autonomy, carbon neutrality and a positive environmental impact.

Ongoing interaction with companies, thanks to a campus located in a technology park and a network of companies from a wide range of sectors. Each student completes a minimum of 11 months of work placements and assignments with a company, or experiences working for a company through an apprenticeship.

Depending on the pathway chosen, students take part in academic placements in the UK, Spain or abroad at our partner universities and in Europe as part of the Erasmus programme.

Second European diploma for all

In addition to the ESTIA Engineering degree, you will also obtain a Master of Science or University Master's degree from one of ESTIA's academic partners in the UK, Spain or France.

18 double degree courses with the universities of

  • Cranfield, Wolverhampton, Salford-Manchester, in the United Kingdom,
  • the University of the Basque Country in Bilbao and San Sebastian, the University of Mondragon and ETSIAE in Madrid, Spain,
  • université Paris-cité, IAE Bayonne and Université de Pau et des Pays de l'Adour, Université Côte d'Azur

A generalist engineer without borders

The ESTIA engineer knows no borders: teachers of several nationalities, trilingual teaching and courses abroad.

You can immerse yourself directly in the international world of ESTIA with stays and courses in England, Spain or France (depending on the course chosen by the student). It is also possible to spend academic semesters abroad as part of the Erasmus programme: Great Britain, Spain, Germany, Italy, Portugal, Czech Republic, Norway, etc. and outside Europe: Colombia, Mexico, Japan, Taiwan, Chile, etc

International mobility throughout the world

In addition to the 3rd year co-degree courses, each student has an international experience during their ESTIA course:

  • as part of a non-degree-granting academic mobility programme lasting at least 1 semester in Europe, Asia, Latin America, Africa, etc.
  • as part of an internship or work placement (for apprentices)

Engineering school rankings

ESTIA is part of group A of the best engineering schools in France according to the 2024 ranking by L'Etudiant and is ranked 1st among engineering schools in the Best School Experience - Happiness Barometer 2024 ranking by the Speak&Act label. ESTIA also stood out by receiving a score of 4.73/5.

Innovative teaching methods

The material resources made available (digital environment with a laptop equipped with all the software needed for teaching, connected teaching platforms, wifi, technical platforms and fablabs, industrial technology platforms) allow everyone to gain autonomy and experience in a professional environment.
By encouraging students to take the initiative and assume responsibility, and by involving teachers and students in events, workshops and seminars, ESTIA enables everyone to reveal their creative qualities, and fosters a permanent spirit of innovation that characterises the "Estia touch"!

Students have access to a prototyping space (Fablab 4.0) where they can quickly go from idea to physical object and realise their innovations. This technology hall is equipped with innovative equipment (3D printers, 3D scanners, laser and water jet cutting, numerically controlled machining, welding and electronic measurements, cobots and robots, "factory 4.0" equipment, etc.).
ESTIA engineers are trained to innovate, to think outside the box and to follow well-trodden paths. Depending on their personal tastes and career prospects, they can choose from 3 courses and 18 career options in 3rd year, and personalise their curriculum by opting for in-depth modules and expertise.

ESTIA's generalist engineering curriculum

1st year engineering programme

COMMON TRUNK

UNIT 1: SCIENTIFIC AND TECHNICAL FOUNDATION

- Mathematics - Reinforcement of thematic skills depending on the original training in : Mathematics, Mechanics, EEA, Computing, Communication

UNIT 2: ELECTRONICS, ELECTRICAL ENGINEERING & AUTOMATION

-Electronics - Electrical Engineering - Automation

COURSE 3: INFORMATION TECHNOLOGY

-Version Management System - Database Management System - Static Web Development Procedural Programming

UE4: MECHANICS & MECHANICAL TECHNOLOGY

- Mechanical Design and 3D CAD - Materials and Manufacturing - Structural Mechanics

COURSE5: ENGINEERING

-Product Life Cycle Introduction to Product Life Cycle Management (PLM) - Mechanical Engineering Project - EEA Engineering Project (Electronics, Electrical Engineering & Automation) - IT Engineering Project

UNIT 6: INDUSTRIAL MANAGEMENT AND PRODUCTION ENGINEERING
- Organisation of production systems

UE 7: HUMANITIES
- Company discovery - Sustainable development - Socio-ecological transition issues

UE 8: PROFESSIONS
- Professional Integration - Entrepreneurship, Business Creation Seminar - Project Management and Agility - English and Spanish, FLE

Innovation projects to learn by creating

EXAMPLES OF PROJECTS :

MECHANICAL ENGINEERING PROJECT CAD development on soft mobility, additive manufacturing of automotive parts, etc.

EAA PROJECT : Radar speed detector, digital thermometer, intelligent heating, intelligent watering, portable solar tracker, obstacle detection system for robots, etc.

COMPUTING PROJECT: Creation of a digital tool for image processing on the web, remote control of greenhouses for organic farming, etc.

A two-month work placement

A 2-month work placement will enable you to gain a deeper understanding of the structures, challenges and practices of the industrial world in which you will be working in the future.

2nd year engineering programme

COMMON TRUNK

UNIT 1: SCIENTIFIC AND TECHNICAL FOUNDATION

- Applied statistics - Transforms - Computer tools for mathematics

COURSE 2: ELECTRONICS, ELECTRICAL ENGINEERING & AUTOMATION

- Microprogrammed systems - Automation - Control of discrete systems

UE 3: COMPUTER SCIENCE

- Object-oriented programming, event-driven programming (dynamic web) - Communicating mobile systems - Application and integration work

UE4: MECHANICS & MECHANICAL TECHNOLOGY

- Materials and manufacturing Level 2 - Mechanical construction - Assembly and dimensioning Level 2

UE5: ENGINEERING

- Engineering for systems design - Socio-ecological transition to eco-design

UE 6: INDUSTRIAL MANAGEMENT AND PRODUCTION ENGINEERING

- Industrial Methods and Techniques ("Business Management") - Information Systems and ERP - Decision Support

UE 7: HUMANITIES

- Tools and basics of Lean Management - Introduction to Management

UE 8: TRADES

- Industrial Robotics Level 1 - Professional integration - English and Spanish - FLE Choice of trade expertise

Customise your individual path with a choice of modules

MSE - Mechatronics, Systems & Energy

Rapid application development


Smart Electric Power Systems


Control and supervision techniques


Industrial Robotics Level 2

OGI - Organisation & gestion industrielle

Gestion de production


Qualité et amélioration continue Niv. 2


Chaines logistiques


Gestion financière (micro/macro)

CNI - Digital design & innovation

Advanced mechanical simulation


Fluid mechanics


Design of mechatronic systems


Advanced programming

Multi-disciplinary project for an organisation or company

Here are a few examples:

BRIGADE SAPEURS-POMPIERS PARIS Modelling the integration of a sensor (LIDAR, stereo camera, etc.) into firefighters' equipment capable of mapping their response environment indoors as soon as they are reconnoitred.

AERIALMATERIC Design of a capsule for transporting medical products by drone/ Composite manufacture of a drone fuselage for transporting medical products.

ENARGIA Developing a product/service concept based on the production of autonomous hydraulic energy from the recovery of a bicycle wheel with an electric motor hub.

ASSOCIATION LA ROUE QUI TOURNE Design of a transportable launching chair for people with reduced mobility.

NAASC Nanosatellite project - Scientific experimentation in a sounding balloon

rENAULT Experience simulator for Renault cars

3rd year engineering programme

Students choose one of 3 pathways (Digital Design & Innovation - Mechatronics, Systems & Energy - Industrial Organisation and Management). Each of these pathways enables engineering students to enrol for a 2nd specialised diploma corresponding to a career direction. Below is a map of the 18 career paths for the start of the 2024 academic year.

Mechatronics, Systems and Energy pathway

INTERESTED IN?

  • Embedded systems, industrial robotics, AI, drones, mobile robots, intelligent vehicles
  • The automotive sector, industry, robotics, research

INTERESTED IN?

  • Electricity production and distribution, electrical engineering, electricity network management, renewable energies
  • The renewable energies sector, the fight against global warming, energy production and distribution

INTERESTED IN?

  • Complex systems engineering, digital twins,
  • Transport, space, aeronautics, defence and nuclear industries
    • ASEP certification from AFIS/INCOSE and 3 3DExperience certifications from Dassault Systèmes.

INTERESTED IN?

  • Electrical engineering, renewable energies, the environment, ecology and sustainable development
  • The environmental and pollution industries, electrical engineering and energy

Industrial Organisation and Management

INTERESTED IN?

  • Air transport, airport logistics management, project and team management
  • Working as an airport surveillance and organisation development engineer

INTERESTED IN?

  • Team management, industrial organisation, production management, logistics and production-related services
  • You want to remain open to all sectors of activity, in both industry and services

INTERESTED IN?

  • Managing teams, particularly internationally
  • Marketing and business management professions
  • International business engineering

INTERESTED IN?

  • Industrial management
  • Continuous improvement approaches
  • Agile methods and project management

INTERESTED IN?

  • Becoming a specialist in project and management management
  • Remaining open to all sectors of activity, whether industry or services

Digital Design & Innovation pathway

INTERESTED IN?

  • Mechanics, calculation and digital simulation of materials, design, etc
  • The aeronautics, space, defence, automotive, naval, rail, engineering and design office sectors

INTERESTED IN?

  • Advanced computing for calculation, mechanical modelling and fluid mechanics
  • Careers in aerostructure, aerospace, aeronautics, the transport industry, meteorology and air traffic flows

INTERESTED IN?

  • Computer applications development, scientific computing (calculation, simulation, modelling, 3D, virtual and augmented reality)
  • Design and development jobs in digital companies or industry

INTERESTED IN?

  • Creativity and design for innovation, design and manufacturing processes
  • Careers as design engineers, project managers or team leaders in the preliminary or advanced design of manufactured products

INTERESTED IN?

  • A passion for aeronautics and scientific computing: modelling calculations, big data, digital design for aeronautics, etc
  • Careers in aeronautical or space engineering using digital tools for the factory of the future

INTERESTED IN?

  • Systems engineering, ergonomics, taking the human factor into account in product design, human factors in the workplace, etc
  • Ergonomics and the design of man-machine interfaces

INTERESTED IN?

  • IT, big data and digital application development
  • The professions of data scientist, software designer and developer, and digital companies and start-ups

INTERESTED IN?

  • Scientific computing, calculation, signal and image processing,
  • Careers in digital computing in the aerospace, automotive, electronic engineering and high-tech industries.

INTERESTED IN?

  • Expertise in engineering software development and solid skills in technical programming, data management, software engineering and application development.
  • A wide range of career opportunities in the digital, financial and industrial sectors, as well as in video game studios.

Assessment - obtaining the engineering degree

Passing from the 1st to the second year and then from the second to the third year of the engineering cycle is decided by a passing jury, taking into account the results of the continuous assessments carried out during the year. The terms and conditions are set out in the study regulations issued on entry to the course. To obtain the title of engineer, students must acquire 180 ECTS credits, validate and defend their end-of-study project, achieve a minimum level of English (level C1) and complete an international mobility programme lasting at least 3 months.

Internships & Apprenticeships

An international, generalist engineering course with a double degree, including apprenticeships

In addition to full-time student status, students can choose to follow their course through an apprenticeship.
Students who choose to do an apprenticeship at ESTIA benefit from the same dual degree system without extending their study time. At the end of their course, in addition to the ESTIA engineering degree, they obtain a second European Master's degree or a recognised professional qualification.
This option combines the 2 statuses of student engineer and company employee. The school and the company work together to ensure that the student receives the knowledge and develops the skills of the ESTIA engineering reference framework with the same programme and an adapted timetable. Apprentices have access to all the options and career choices offered by the school.

Note that BTS students must follow the apprenticeship programme.

See the sandwich course timetable

 

ESTIA also offers 3 other apprenticeship courses with partner CFAs in mechatronics / agri-food / industrial cybersecurity

The contractor engineer

Business (its constant adaptation, innovation, markets, etc.) is an integral part of the ESTIA engineer's "training landscape". Throughout their training, they are brought into direct contact with the activities of the creators housed in the incubator.

The educational aim of the work placements is to take part in industrial activities on subjects that meet a real need in the company.

  • At the end of 1st year: a 2-month work placement* enables you to gain a deeper understanding of the structures, challenges and practices of the industrial world in which you will be working in the future.
  • At the end of 2nd year: a 3-month work placement* enables you to apply the knowledge you have acquired to a measurable industrial application.
  • At the end of 3rd year: a 6-month "professional assignment" enables you to carry out a project in the engineer's speciality, in line with the company's strategy and necessary for its business plan.

* The work placement takes place in France or abroad. On return, a public presentation is made to a panel of teachers and practitioners.

These are research and development projects carried out within the school, based on the needs of industry and designed to provide an initial application of theoretical lessons. The "methods", "costs" and technical aspects are compulsorily covered. They are supported by experienced professionals.

They enable the student engineer :

  • Get to grips with the problems involved in carrying out a project, both in terms of initiative and team spirit, and in terms of organisation, budget, supplies, etc.
  • Apply the concepts of the "Engineering Methods" module in the design and development of the project.
  • Work with industrialists and outside experts.
  • Produce prototypes (hardware or software).

ESTIA offers all its engineering students exciting opportunities to develop and showcase their creativity:

  • The 24 Hours of Innovation
  • Act In Space
  • Student and Young Entrepreneur Workshop
  • Africa Basque Challenge
  • Participation in several national competitions: Défi Aérospatial, Coupe de France de Robotique, Dassault UAV Challenge, etc.

ESTIA engineering students are trained in creativity, innovation and business creation. To spread the entrepreneurial spirit, stimulate the creation of activities, develop autonomy and design entrepreneurship, stimulate the creation of activities, develop autonomy and design entrepreneurship as a means of professional integration.

ESTIA ENTREPRENDRE runs an incubator for start-ups and incubators for innovative activities in several thematic areas:

  • Digital engineering, image processing, software publishing, embedded systems, IOT / AI
  • Design, outdoor and sports industries
  • Robotics and advanced manufacturing

www.entreprendre.estia.fr

Careers

Professions and careers with a future

ESTIA engineers receive scientific and technological training combined with a solid industrial culture, which prepares them for three types of function:

Digital design and innovation: developments and integration in mechanics, electronics and IT


 

Electronics, electrical engineering and embedded systems: image processing, mobile robots, renewable energies


 

Strategy, industrial organisation: industrialisation, global logistics, performance management


 

These disciplines of industrial engineering and mechatronics open up a very wide range of professions, which develop a global vision of the company and take into account its permanent need for innovation and evolution. The teaching approach alternates theory and practice, during a trilingual curriculum that prepares ESTIA engineers to fully exercise their responsibilities in a world without borders:

Some courses are taught in French


 

Others in Spanish (notably by professors from the Bilbao School of Engineering and the Universities of Mondragon and San Sebastian)


 

Others in English (in particular by teachers from Cranfield, Wolverhampton and Salford-Manchester Universities)


 

A wide range of career opportunities

In all professional sectors, thanks to your broad skills in engineering, project management and innovation, as well as the systemic approach of the ESTIA programme.
In all countries, thanks to your fluency in French, English and Spanish.

Our young graduates quickly gain access to responsibilities for their first job:

80% are responsible for a project

40% are responsible for a budget

25% manage a team

20% are responsible for a department

Possible further studies

There are many opportunities for further study after engineering studies in Specialised Masters, Masters and MBAs in economics and management. Information can be obtained from the Partnership-Internship-Integration Department (05 59 43 84 00).

Engineers can also prepare a doctoral thesis in 3 years. The ESTIA RECHERCHE team provides information and help with thesis preparation. Contact: n.couture@estia.fr

Rates

International schooling for all at a preferential cost

All ESTIA students have the opportunity to obtain a double international degree. Indeed, acquiring a 2nd Master's degree attesting to a double specialised skill is one of ESTIA's fundamental and differentiating points, appreciated and recognised by employers. The tuition fees cover enrolment at ESTIA, the specific costs of the 2nd degree and the provision of a digital environment with a laptop equipped with all the software needed for the courses. In just 3 years, ESTIA gives students access to a double engineering and European Master's degree at preferential rates.

For students following the apprenticeship route, the ESTIA engineering course is free as it is paid for by the company. For the international course and the double European diploma (optional for apprentices), there is an additional charge of 4,900 euros per year for the work-linked years of study.

LEARN MORE

1st year €8,000

2nd year €8,000

3rd year €8,000

(these rates do not apply to apprenticeships, continuing education courses and VAE)

Admission to the ESTIA engineering cycle

ESTIA will be recruiting 260 engineering students at the beginning of September 2025.
Admission is based on different competitive entrance exams depending on the applicant's origin.
Click below to consult the procedures according to your profile
Go to the admissions page