Summary

Since 2020, the global higher education market, inclusive of engineering schools, has seen significant growth trends and transformations. Valued at $477.12 billion in 2022, the market is expected to grow at a CAGR of 7.03% until 2030. In terms of engineering education, France aims to increase the number of engineering graduates to 50,000 by 2027, with 46,827 engineers having graduated in 2021. Despite a slight year-on-year increase in graduates (+6%), the target remains ambitious. The French engineering school landscape is marked by the internationalization of institutes and a high proportion of research work, with active researchers responsible for 52% of total teaching hours. Notably, around 100 start-ups and spin-offs were created between 2019 and 2021 by DEFI schools, illustrating the role of engineering schools in fostering innovation. Moreover, international exposure is significant, with 18% of the student body comprised of international students and 48% of doctoral students enrolled in engineering schools coming from abroad. There has been a growing trend towards private engineering schools which, between 2016 and 2021, saw a 37% increase in enrolment compared to a 13% increase for public schools. Furthermore, nearly 80% of CTI-accredited courses have obtained the "EUR-ACE" label, an indicator of quality at the European level. Lastly, French engineering schools play a pivotal role in research, with 17,500 doctoral students being supervised by the schools' staff, and a significant portion of theses defended in the field of exact sciences and their applications being related to engineering schools..Title: Navigating the Dynamic Landscape of the French Engineering Education Market In recent years, the French engineering school market has demonstrated robustness in terms of student enrollment and international presence, while also facing the challenge of maintaining competitiveness in the global educational arena. With over 200 engineering schools accredited by the Commission des Titres d'Ingénieur (CTI), France offers a diverse range of options for students pursuing a scientific and technological education, leading to an engineering diploma equivalent to a master's degree. As of 2022, the number of students enrolled in French engineering schools hovered around the quarter-million mark, a substantial pooling of future engineers, considering that there were between 40,000 and 50,000 graduates per year – nearly three in ten being women and one in seven being international students. This participation reflects both the growing demand for engineers and the acknowledged quality of French engineering education. The international attractiveness of French engineering schools is reflected in the fact that around one in five students come from abroad, keeping France on the map as a desirable destination for technological education. Programs like BRAFITEC have notably promoted Franco-Brazilian educational exchanges, and significant participation from Moroccan and Chinese students also highlights diverse international connections. Moreover, the recent developments in France’s educational policies aim at addressing the imminent shortfall of engineers, projected to be around 50,000 to 55,000 by 2030, by increasing the output of engineering graduates. The government has pledged to raise the number of graduates to 50,000 per annum by 2027. This target aligns with the need to fuel the green industrial revolution, where engineers play an essential role. Further boosting the dynamism of this sector, engineering schools are making significant contributions to innovation and research in the country. With approximately 440 startups and spin-offs reported to be created between 2019 and 2021 and over 1,700 patent application publications in those years, it's clear that these institutions are serving as fertile grounds for technological advancements. Maintaining stability in an evolving global market, French engineering schools are progressively forging partnerships, expanding international collaboration, and attracting global talent. These efforts are part of a broader trend in higher education towards flexible learning, technological integration, and meeting the complex demands of a rapidly changing world. All these factors put together describe a vibrant, competitive, and forward-looking marketplace for French engineering education, against the backdrop of a global sector valued at hundreds of billions and with a steadily climbing annual growth rate. It is a field marked by deep-rooted traditions,.### Key Players Shaping the Engineering Education Landscape in France In the panorama of French engineering education, certain institutions stand above the rest as significant players, contributing dynamically to the grooming of future engineers. Their stature in the education industry is informed by their academic reputation, research prowess, international outreach, and the vast networks they belong to. **École Polytechnique**, often referred to as l'X, holds a prestigious spot in the market. Its reputation is not just national but global, attracting top-tier faculty and students from around the world. Polytechnique distinguishes itself with its intensive scientific curriculum and has become synonymous with excellence. **Mines Paris - PSL** is another giant, notable for its close association with industry and commerce. As part of Paris Sciences et Lettres (PSL) research university, it offers a multidisciplinary approach, with a curriculum that is as rigorous as it is broad and integrated. **CentraleSupélec** emerges as a heavyweight through its fusion of two premier institutions - École Centrale Paris and Supélec. A research-intensive institution, it places a strong focus on digital technologies, energy, and systems, emphasizing an education that is at the forefront of technological advancement. **École des Ponts ParisTech**, affiliated with the Ministry of Ecological Transition, stands out for its focus on civil engineering and infrastructure, while also branching out into economics, management, and transportation. **Télécom Paris** is a leading institution within the Institut Polytechnique de Paris, specializing in telecommunications and digital innovation. It stands at the forefront of ICT education and research, making crucial contributions to the rapidly evolving tech industry. The **Centrales** and **Mines** networks represent collective ordeals among leading engineering schools in France, such as École Centrale de Lyon, Centrale Nantes, Mines Alès, and Mines Saint-Étienne. These groups boost their influence by leveraging shared resources, research collaboration, and academic harmony. **INSA**, encompassing schools in Lyon, Toulouse, and Strasbourg, among others, further illustrates the networked approach in France's engineering education landscape, encompassing schools known for a strong practical and professional emphasis complementing their technical curricula. The **Institut Mines-Telecom**, with its broad array of schools, remains a cornerstone in the French engineering education sector, contributing to innovative research and producing graduates finely attuned to the needs of the digital age. **ParisTech** and **Institut Polytechnique de Paris**
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Summary and extracts

1 Market overview

1.1 Definition and scope of study

An engineering school is a higher education institution that teaches mainly scientific and technological disciplines. They award their students a Bac+5 engineering diploma (conferring a master's degree). Engineering schools in France are accredited by an independent body, the CTI (Commission des titres d'ingénieur). There are both general and specialized schools (e.g. in civil engineering, industrial engineering, aeronautics, chemical engineering, electronics, materials, etc.). In France, there are 204 public and private engineering schools, with a total enrolment of 246,000.

The schools are distinguished by their status (public, private or consular) and their different entry routes (post-bac, post-pépa or by application after a diploma course). There are three types of training:

  • initial training: students follow their first course of study from the baccalaureate;
  • continuing education: students who already have experience of working life return to school for further training and career development;
  • apprenticeships: alternating training between company and school.

The French system is extremely particular and unique in the world. In the United States, for example, engineering programs are integrated into universities, with the option of a Master of Science (MS) or Master of Engineering (Meng) at the end of the degree. The global market is dominated by American and British schools , with institutions such as Harvard, Stanford, MIT, Oxford and Cambridge. French schools are finding it hard to gain a foothold in international rankings due to their small size compared with the big American or Chinese universities. They are therefore grouping together to form conglomerates of schools and universities such as PSL (Paris Sciences et Lettres), Université Paris-Saclay or Institut Polytechnique.

Numerous rankings of French engineering schools are published every year, according to different criteria and weightings. However, a top 5 has been emerging for several years, comprising École Polytechnique, Mines Paris - PSL, CentraleSupélec, École des Ponts ParisTech and Télécom Paris. In addition, there are several networks of engineering schools, including INSA (Lyon, Toulouse, Strasbourg...), Centrales (Paris, Lyon, Nantes...) and Mines (Alès, Carmaux, Saint-Etienne).

Competition exists at two levels: the best schools position themselves on their reputation, their international influence and their academic output, while the smaller schools position themselves on the specialization of their studies.the trend is towards the internationalization of schools, the development of partnerships with other academic institutions, the recruitment of researchers for academic production, and the ecological transition.

1.2 The United States' prominence in international rankings

Unfortunately, no information is available on the global market for engineering schools, but we can consult the global market for higher education, a broader group including engineering schools, which will give us the main trends. In ****, this market was valued at $***.** billion , and is expected to grow at a CAGR of ...

1.3 A highly competitive engineering school landscape in France

Through their training, engineers are able to respond to the major issues facing modern society. France plans to increase the number of engineers graduating each year in the near future. Indeed, as part of the"green industry" bill, the government has set up a plan to increase the number of engineers ...

2 Demand analysis

2.1 Number of students enrolled in engineering schools

Throughout Part *, we'll be using a report from the CDEFI (***) on data for ****. Some *** schools submitted their data in the spring, and over *** in the autumn. Of the *** French engineering schools, **% took part in the latest CDEFI campaign, ** percentage points more than in ****.

Percentage of schools responding to the DEFI survey ...

2.2 Origins of engineering school admissions

In ****, the engineering schools welcomed **,*** post-baccalaureate entrants and around **,*** post-baccalaureate +* entrants. Among the specialties of those admitted, **% had chosen mathematics combined with one or more exact sciences. **% had chosen mathematics and physics.

Academic origin of all Bac+* entrants France, ****, in Source: ****

The Baccalauréat average for first-time entrants to *ʳᵉ years of ...

2.3 Graduates and international exposure

In ****, there were **,*** graduates, **% of whom were women and **% foreigners. The number of graduates is up slightly (***), but remains below the target of **,*** mentioned in Part *.*.between **** and ****, the number of graduates rose significantly, by **%.

Among students enrolled in engineering schools, **% are from outside France, representing almost one in five students ...

2.4 The weight of research

Active researchers are responsible for **% of total teaching hours. In addition to teaching, engineering school staff also look after doctoral students. In ****, **,*** doctoral students were supervised by engineering school staff, corresponding to **% of doctoral students in the exact sciences and their applications.

By ****-****, some **,*** research staff were working in the ...

2.5 Engineering schools: a breeding ground for French innovation

Between **** and ****, around *** DEFI schools have announced the creation of more than *** start-ups and spin-offs, in their own name or on behalf of a member of their staff, *** of them in **** alone. This information comes in the context of an initiative launched a few years ago by the MESR to improve ...

3 Market structure

3.1 Overview of the engineering school landscape

France's higher education sector includes *** engineering schools[***]. These institutions are accredited by the Commission des Titres d'Ingénieur (***), which gives them the right to issue the title of "ingénieur diplômé".

There are two main legal statuses for engineering schools:

public schools: these are under the authority of the government, ...

3.2 School networks

Schools are often grouped into networks to facilitate interaction between members. These networks include:

Arts et Métiers ParisTech: école nationale supérieure d'arts et métiers ; ENI: national engineering schools; FESIC: Fédération des établissements d'enseignement supérieur d'intérêt collectif; FGL: Gay-Lussac federation of chemistry schools; GEA: ...

3.3 Geographical distribution of engineering schools

Engineering schools are all located in or around major cities. Most of France's major cities have one or more engineering schools. However, there is a high density of engineering schools in the following areas:

Main locations of engineering schools France, ****, in number of schools Source: ****

As mentioned in the previous sub-section, ...

4 Offer analysis

4.1 A wide range of prices depending on school status

Private higher education establishments of general interest(***) are free to set high tuition fees, ranging from *,*** to over **,*** euros per year, while tuition fees for the *** public institutions under the authority of the Ministry of Higher Education are *** euros. The ** schools under the authority of other ministries generally have higher tuition ...

4.2 Increasingly attractive private-sector offerings

As seen in section *.*, private engineering schools are booming. Private schools, like public ones, are sure to have many suitors at their doors due to the high French birth rate between **** and ****[***]. However, this forced increase in enrolment is more profitable for private schools, since each new student represents additional resources ...

4.3 The rise of apprenticeship

Today, **% of engineering schools offer apprenticeships, with CESI being a notable example. However, apprenticeship is not limited to certain institutions, and has spread to all types of engineering school. In general, schools establish partnerships with institutions specializing in sandwich courses. These institutions include the Instituts des Techniques d'Ingénieur de l'Industrie ...

5 Regulations

5. Regulations

The Commission des Titres d'Ingénieurs (***) is responsible for ruling in the first instance on the ability of legally constituted private technical schools to award engineering diplomas, on the basis of their programs and the quality of their teaching. This decision is taken at the request of the schools concerned, and ...

6 Positioning the players

6. Segmentation

  • École Polytechnique
  • Mines Paris - PSL
  • CentraleSupélec
  • École des Ponts ParisTech
  • Télécom Paris
  • Ensta Paris
  • École Centrale de Lyon
  • Isae-Supaero
  • Ensae Paris
  • ESPCI Paris - PSL
  • CDEFI

List of charts

  • Projecting the size of the global higher education market
  • Number of engineering graduates per year
  • Percentage of schools responding to the DEFI survey out of the total number of schools offering CTI-accredited courses
  • Breakdown by registration system
  • Breakdown of engineering students by type of school
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Companies quoted in this study

This study contains a complete overview of the companies in the market, with the latest figures and news for each company. :

École Polytechnique
Mines Paris - PSL
CentraleSupélec
École des Ponts ParisTech
Télécom Paris
Ensta Paris
École Centrale de Lyon
Isae-Supaero
Ensae Paris
ESPCI Paris - PSL
CDEFI

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