Report1 June 202623 min read
Teaching the sea and maritime affairs in France
Report for the Conseil d’État — Deep Blue’s contribution to the Conseil d’État’s work on France’s maritime policy

Summary
This report stems from the observation that there is no tool for judging the effectiveness of the schemes aimed at bringing the sea into the national culture.
Article translated from French. The translation may contain inaccuracies: only the original version is authoritative. Read the original version
For the general attention of the “Section for Studies, Foresight and Cooperation”; for the particular attention of Mr Rémy Schwartz, Mr Fabien Raynaud and Ms Laurène François. This report was prompted by the Conseil d’État’s wish, following the hearing of DeepBlue Foundation in January 2026, to receive a study making it possible to assess the schemes aimed at bringing the sea into the national culture. We would like to express our thanks for this opportunity and ask you, Madam, Sir, to kindly receive our work.
Author: Hugo Sannier, Head of the Research section at DeepBlue Foundation.
ACKNOWLEDGEMENTS
This report would not have been possible without the generosity, availability and flexibility of its contributors. We would particularly like to thank Pascal-Raphaël AMBROGI, State administrator, First-class Inspector General of Education, Sport and Research, Senior official responsible for the French language and terminology, Member of the Conseil Supérieur des Programmes, Captain (operational reserve) and Coordinator of the Navy-Youth Training network (Navy Personnel Directorate); Bertrand GORI, Commander, in charge of partnerships with the national education system at the French Navy’s School and Training Office; Tristan LECOQ, Inspector General of National Education, former associate university professor (contemporary history), Université Paris Sorbonne, Captain and Member of the Naval section of the Académie de Marine; François LAMBERT, Director General of the École Nationale Supérieure Maritime (ENSM) and former Chief of Staff at the Ministry of the Sea
SUMMARY
This report stems from the observation that there is no tool for judging the effectiveness of the schemes aimed at bringing the sea into the national culture. There is indeed a tradition of reports on the state of sea education; it sets out to inventory the schemes developed in response to the repeated observation that the sea and its stakes are absent from national education. However, by adding to the map of classic teaching two others – that of maritime training in France and that of education through awareness-raising – we wish to shift away from this tradition in two ways. Since the logic that equates the inclusion of the sea in curricula with an effective maritime culture among French pupils is flawed, it seems necessary to us to understand teaching as a whole as going beyond the limits of the national education system, especially when the object we seek to observe is as supple and labile as the sea and its stakes. We argue that the pedagogy of specialised training and awareness-raising contribute just as much to bringing the sea into the national culture.
INTRODUCTION
Taking on the exercise of a report on teaching the sea means placing oneself in a line of continuity. The tradition of these reports was born in 1996 with the Legohérel report, produced by the Inspector General of that name. Continued by many Inspectors General after him, this tradition has a notable milestone: the speech given at the Académie de Marine on 18 October 2021 by another Inspector General of National Education, Tristan Lecoq1 . It seems important to look first at the approaches of the earlier reports; we will then be better able to appreciate the originality we wish to develop. The Legohérel report was produced after a three-year observation period (1993-1996); its most widely supported idea can be summed up as follows: the sea, coastlines and French maritime heritage feature in localised educational initiatives, and there is no scheme or curriculum item that mentions them explicitly. In other words, there is “no integration of the ‘maritime dimension’ into teaching, no general culture of the sea, no worldview in which the sea would have its place ”. Legohérel’s dissection of national education rests on one category: the balance between land and sea. Discipline by discipline, the Inspector General makes a number of proposals which, through case studies, would help to highlight the “maritime entry points” in the curricula. In this report, the sea is a surface on which geography and history should be presented to pupils; this reflects an overwhelmingly spatial understanding of the sea. The idea of the sea as a world which, in the collective imagination, would attest to a positive “marine culture” does not yet exist. The first report on teaching the sea was therefore the occasion for noting its absence and for the first proposals to remedy it, but it also reflected the way the sea was conceived 30 years ago.
“ Where do we stand 25 years later?”: this is the central question of T. Lecoq’s speech. This retrospective speech takes the Legohérel report as a milestone in order to take stock of what had since been put in place. Whereas the Legohérel report was essentially justified by a tension – France is the world’s second maritime power, yet the sea is not taught – the positive tone of the “Lecoq speech” stems from a correlation between the “ maritime trajectory of the world” and the effective presence of the sea in teaching. In other words, since the sea is a matter of current affairs, it is taught. And indeed, “ the sea is now a dimension of our teaching: we have put salt into the curricula”. Again, “a history and geography of the sea at school has firmly taken shape around paradigms that are the great moments and great stakes of our maritime history, sustainable development, globalisation in all its aspects, territories, their actors, their stakes and their conflicts ”. Thus, “Teaching the sea means conceiving and teaching an overall dimension, one that makes it possible to trace a line of sea, like a lifeline, in, through and for all the subjects of the Republic’s school”. To characterise it, let us say that the continuity between the Legohérel report and the “Lecoq speech” is performative, that is, effective in terms of reforms. “From lower secondary school to the final year of upper secondary school and preparatory classes, the maritime dimension has never been as present in the curricula as following their rebuilding between 2008 and 2019 and their implementation since. To mark this unprecedented development, to move from the implicit to the explicit, the first topic taught in final-year geography, from the start of the 2020 school year, is entitled ‘Seas and oceans. At the heart of globalisation’. The so-called ‘specialist’ courses in the penultimate and final years at the same time emphasise the historical, geographical, geopolitical and environmental dimensions of the study of maritime spaces”. The maritime dimension of our teaching lies at the junction of the three characteristic elements of our education system: curricula, examinations and teacher training. Note the questions from which the various earlier works look for absence: “What is the place of the sea and maritime issues in teaching in France? How is the sea presented to young French people? What do they know about it and about our country’s major maritime problems when they leave the education system ?”.
Given the achievements of the previous reports, the “maritimisation of French education” goes without saying; but is it really possible to produce a second-order discourse about education that would judge the effectiveness of the schemes and stages of this “maritimisation”? To consider that it is indeed possible amounts to accepting the following logic: infusing the sea into the curricula amounts to reaching all French pupils. In other words, “we have put salt into the curricula” is understood as “we have put salt into the minds of French pupils”. Although no measuring instrument or scheme can yet set a limit to this logic, let us note that its mechanism tends to take the means (we have made the curricula maritime) for the end (we have made minds maritime). It seems, however, that there is an irreducible distance between the curricula and teaching as a whole; does the reality of national education not rest, as T. Lecoq said, on the trio of curricula, pedagogy and training? But conversely, is it even possible to believe oneself capable of shifting attention from the curricula to the effective presence of the sea in pupils’ lived world? The scope of a report certainly does not allow it. On the other hand, we believe that another, more thematic logic could be the occasion for a parallel approach.
Let us take things from further back. As we have said, producing a report on the state of sea education means placing oneself in the continuity of a type of report which is, moreover, performative, in the sense that the earlier proposals have now been applied. However, while the “Lecoq speech” was original in bringing the Legohérel report to fruition, we want to believe in the relevance of a more cross-cutting understanding of teaching. The originality of our report’s approach lies at the crossroads of two paradigms. First, the cartographic one, because it is essential to meet the need for a stocktaking by investigating curricula, schemes, pedagogies and complementary resources; second, the desire to understand teaching more broadly than education, because we want to assess the maritimisation of culture more directly than the two other reports. Against the lack of a tool for judging the effectiveness of the “maritimisation of minds”, we propose a semantic rapprochement linking education and awareness-raising, so as no longer to look only at what is maritime in education, but also to try to approach the way maritime issues live for pupils.
It is customary to distinguish “sea” and “maritime”. The adjective “maritime” would designate specific training for seafaring professions and would also cover questions of sovereignty, strategy and defence. The noun “sea”, for its part, would be a hypernym embracing all the remaining diversity of what is “marine”, or what relates to maritimity. Because it contains a wider diversity, the noun “sea” seems better suited to bringing out the stakes. We will use this distinction to structure the body of our report. A first, so-called “classic” mapping (curricula, pedagogy, resources and schemes) will thus occupy a first major part (A). A second, focusing more directly on vocational training, will seek to show that even when employment becomes the purpose of sea education, cultivating a maritime mindset is not necessarily set aside (B). Finally, we will confront the particularity of our report’s approach in order to assess its consequences, that is, to establish awareness-raising as a pedagogical approach (C).
Before entering into the mapping itself, the relationships between the various actors in the maritimisation of national education should be shown.
A particular actor: the French Navy. Its link with the national education system stems from a Protocol signed in 2017 on two points: developing the maritime and defence dimension (maritime issues classes / defence classes, attached to a military unit, and therefore also to the Navy) and professional integration. The BCN (National Cohesion Office) runs several programmes directly integrated into schooling, among the most notable of which are the “youth schemes”.
MAPPING
A / TEACHING THE SEA
As we said above, taking stock of the teaching of the sea and its stakes means first and foremost following a compilation logic. Mapping is called for, and so is its structure: we will therefore look at the teaching of the sea and its stakes in the national education system through the trio of curricula, pedagogy and training. Note that the maritimisation of national education can be seen more directly in curricula and resources than in teacher training. Since initial training is essentially the responsibility of the INSPE (national institutes for teacher training), it falls rather within higher education than within the remit of the Ministry of National Education; in-service training of teachers once recruited, on the other hand, does fall within national education.
1 / THE MARITIMISATION OF CURRICULA
Mapping the teaching of the sea means first and foremost reporting on the maritimisation of curricula, as it has taken place and continues to take place since the early 2010s. “Maritimity” has indeed infused the curricula thanks to several impulses that it seems logical to detail before getting concretely into the substance of school curricula. We will break it down into three levels: first lower secondary school (collège), then upper secondary school (lycée), and finally higher education. The progressive maritimisation of curricula has been under way since the early 2010s. In other words, these things are now fairly firmly anchored.
Note
We have chosen not to look at primary school curricula; we will justify this decision more precisely in our last part. At this level, education about the sea and its stakes falls much more than in secondary school within awareness-raising schemes.
i / Mapping of lower secondary (collège) curricula
| SIXIÈME (YEAR 7) | ||
|---|---|---|
| Main resource: Cycle 3 curriculum, see Appendix 2 | ||
| Subject / Theme | Teaching content | Stakes and objectives |
| Geography: Living on coastlines | Study of industrial-port and tourist coastlines. Analysis of how people live, work and develop these coastal areas. | Understand the concentration of the world population on coasts and the variety of developments. Raise awareness of the protection of coastal flora and fauna and of the environmental problems linked to development. |
| Science and Technology: Matter | Research on how long materials (plastics, metals, etc.) take to decompose in nature. Measurement of the temperatures at which state changes occur (notably of water). | Know the consequences of waste on the marine environment. Identify the different physical states of water in nature. |
| Science and Technology: Energy | Study of energy resources (water, wind, etc.) and the distinction between renewable and non-renewable energy. | Characterise the consequences of resource use for the environment (greenhouse gas emissions). |
| Science and Technology: Living things and biodiversity | Classification of living things (nested groups, relationships). Comparison of two ecosystems: aquatic and terrestrial. Study of major biological crises. | Establish links between a habitat and the organisms living there. Follow changes in populations according to physical and biological parameters (temperature, food). |
| Science and Technology: The Earth and climate | Study of recent global warming from data (temperatures, glacier melt). Analysis of changes in greenhouse gas levels linked to human activities. | Describe the consequences of warming on the populations of habitats. Cite mitigation or adaptation strategies. |
| Modern Languages (LVER) | Geographical and cultural landmarks of the regions studied. Specific features of the biodiversity of the countries concerned. | Integrate sustainable development issues into language learning. |
| Comments | Teaching about the sea in sixième spans several subjects, but it is in geography that it is addressed most directly, through the theme “Living”. |
| CINQUIÈME (YEAR 8) | ||
|---|---|---|
| Main resource: Cycle 4 curriculum, see Appendix 3 | ||
| Subject / Theme | Teaching content | Stakes and objectives |
| Geography: Global change and its main effects | Study of the impact of global warming on coastlines: rising seas and increasing frequency/intensity of cyclones. | Analyse the vulnerability of coastal areas and understand risk-prevention strategies for populations. |
| Geography: Managing limited resources | Management of water and energy resources. The curriculum refers explicitly to SDG 14. | Raise awareness of the need for sustainable management of maritime and aquatic resources. |
| Life and Earth Sciences: The Earth, the environment and human action | Study of meteorology and the dynamics of air and water masses (winds and ocean currents). Distinction between weather and climate. | Understand the role of ocean currents in regulating the global climate and the influence of human activities on these balances. |
| Life and Earth Sciences: Biodiversity and resources | Exploitation of natural resources by humans (in this case fishery resources). | Explain how human activities change the organisation and functioning of marine ecosystems. |
| Physics-Chemistry: Organisation of matter | Experimental study of changes of state (glaciers and sea ice). Relationship between the variation of density with temperature and sea-level rise. | Understand energy transfers and the physical causes of ocean rise linked to global warming. |
| Physics-Chemistry: Chemical transformations | Analysis of the environmental impact of greenhouse gas emissions and ocean acidification. | Propose remedial solutions (carbon-free energy, recycling, CO2 capture). |
| Modern Languages (LVER) | Study of environmental issues (water, pollution) and of the climatic and biodiversity features of the countries whose language is studied. | Develop an eco-responsible civic awareness at global level through renewable energy and the preservation of the biosphere. |
| Comments | As in sixième, it is geography that takes on the sea most directly as teaching content. |
| QUATRIÈME (YEAR 9) | ||
|---|---|---|
| Main resource: Cycle 4 curriculum, see Appendix 3 | ||
| Subject / Theme | Teaching content | Stakes and objectives |
| Geography: Spaces transformed by globalisation, Seas and Oceans: a maritimised world | Study of major areas of production and trade. Analysis of the main shipping routes, strategic passages (Suez and Panama canals, straits of Malacca, Gibraltar, etc.) and the world’s major ports (industrial-port zones). | Understand the maritimisation of the world economy and the importance of the oceans as essential vectors of globalised trade. |
| History: Merchant bourgeoisies, trade and the slave trades | Development of the major Atlantic seaboard ports (e.g. Nantes, Bordeaux) and the growth of international maritime trade in the 18th century. Study of the triangular system of the slave trade. | Analyse how the plantation economy and maritime trade enriched the European merchant bourgeoisies and transformed coastal spaces. |
| Life and Earth Sciences: Climate and resources | Study of the dynamics of water masses (ocean currents) and their link with weather phenomena. Exploitation of fishery resources (fishing). | Explain the interactions between ocean and atmosphere. Raise awareness of the sustainable management of marine resources to avoid overexploitation. |
| Physics-Chemistry: Matter and global change | Experiments on the variation of the density of water with temperature. Study of ocean acidification due to the absorption of atmospheric CO2. | Understand physically the causes of sea-level rise (thermal expansion) and the chemical impact of carbon pollution on marine biodiversity. |
| Modern Languages (LVER) | Approach to environmental protection, plastic pollution of the oceans and the preservation of the marine biosphere in the countries of the language studied. | Develop a specific vocabulary linked to marine ecology and become aware of global environmental issues through a cultural perspective. |
| Comments | It is in quatrième that history seems to join geography by looking directly at the sea through its flows. |
| TROISIÈME (YEAR 10) | ||
|---|---|---|
| Main resource: Cycle 4 curriculum, see Appendix 3 | ||
| Subject / Theme | Teaching content | Stakes and objectives |
| Geography: France and the EU in the world | Study of France’s global presence through its overseas departments, regions and communities. Analysis of the French Exclusive Economic Zone (EEZ), the second largest in the world | Understand France’s maritime power and the stakes of sovereignty, exploitation and protection of its immense maritime spaces. |
| Life and Earth Sciences: Planet Earth, the environment and human action | Study of the dynamics of water masses and ocean currents) and of climate phenomena. Analysis of the exploitation of fishery resources | Explain the influence of human activities on the climate (greenhouse gases) and the consequences for the distribution of living things and the functioning of ecosystems. |
| Physics-Chemistry: Organisation and transformations | Relationship between the variation of the density of water with temperature and the rise in mean ocean level. Study of ocean acidification linked to the chemical transformations of CO2. | Understand physically the causes of global change. Propose limitation solutions: carbon-free energy, recycling and carbon dioxide capture. |
| Modern Languages (LVER): School and society | Discussion of the place of the environment (water, pollution, waste treatment) and responsible consumption in the countries of the language studied. | Raise awareness of climatic specificities and global biodiversity (biosphere reserves) to form an eco-responsible citizen |
| History-Geography (cross-cutting) | Study of globalised production and trade networks in connection with the economy. | Analyse how maritime flows structure global space and relations between states. |
| Comments | The emphasis is on human responsibility in the face of global transformations (acidification, rising seas) and on the geopolitical dimension of the sea for France and its EEZ. Pupils must be able to link scientific knowledge about currents and marine resources with global economic and environmental issues. |
ii / Mapping of upper secondary (lycée) curricula
| SECONDE, GENERAL AND TECHNOLOGICAL (YEAR 11) | ||
|---|---|---|
| Main resource: history-geography curriculum for general and technological seconde (special Official Bulletin No. 8 of 25 July 2019, p. 13), Appendix 4. | ||
| Subject / Theme | Teaching content | Stakes and objectives |
| Geography: Societies and environments: fragile balances | Study of societies facing risks and the management of major resources (water, energy) to analyse the fragility of maritime environments. Analysis of the overexploitation of fishery resources and marine pollution. | Understand the vulnerability of societies and coastlines to global change. Study concrete cases such as the fragility of the Arctic or the protection of the oceans from a sustainable development perspective. |
| Geography: Generalised mobility | Study of the Mediterranean Sea as a major migration basin. | Analyse the geopolitical and human stakes of sea crossings and population flows. |
| Life and Earth Sciences: Biodiversity, outcome and stage of evolution | Study of the scales of biodiversity (genetic, species, ecosystems). Use of the ocean as an example to illustrate ecosystems and human impact (acidification, coral bleaching). | Explain how human activities cause major changes in marine biodiversity. Show that biodiversity is dynamic and changes over time (biological crises). |
| Modern Languages (LVER): Saving the planet, thinking about possible futures | Themes linked to the environment, sustainable development and the ecological transition in the countries of the language studied. | Contribute to the pupil’s commitment as an eco-responsible citizen and citizen of the world by addressing the protection of the biosphere and marine environments. |
| Physics-Chemistry / Science Education | Although covered in more detail in the final year, teaching already addresses the mechanisms of ocean acidification and mean sea-level rise linked to human activities. | Understand the scientific models forecasting major impacts on marine ecosystems before the end of the 21st century. |
| PREMIÈRE, GENERAL AND TECHNOLOGICAL (YEAR 12) | ||
|---|---|---|
| Main resource: history-geography curriculum for general and technological première (special Official Bulletin No. 8 of 25 July 2019, p. 14), Appendix 4bis. | ||
| Subject / Theme | Teaching content | Stakes and objectives |
| Geography: Spaces of production in the world | Study of the coastal concentration of productive spaces and the growth of flows. Analysis of the major maritime façades (Asia-Pacific, Northern Range) and of ports of international scale such as Rotterdam. | Understand how the globalisation of production processes relies on shipping. Analyse the territorial reorganisation linked to the shift of activities towards coastlines (the example of China). |
| Life and Earth Sciences (specialism): Ecosystems and humanity | Study of ecosystems as dynamic balances between biotope and biocoenosis. Analysis of humanity’s global impact: climate change, water pollution and biodiversity loss. | Identify the ecosystem services provided by the sea (provisioning, climate regulation, water purification, carbon fixation) and the need for their sustainable management. |
| Modern Languages (final cycle): Changing environments | Reflection on the themes "Scientific innovation and responsibility" and "Building a common future". | Make pupils aware of their responsibility as citizens of the world in the face of environmental challenges and of the need to protect, conserve and improve the biosphere. |
| History: Globalisation and trade | Although not detailed in the supplements, the document stresses the constant link with the globalised production and trade networks that structure contemporary history. | Analyse the evolution of powers through their capacity to control sea routes and trade flows. |
| TERMINALE (FINAL YEAR, COMMON CORE) | ||
|---|---|---|
| Subject / Theme | Teaching content | Stakes and objectives |
| Geography: Seas and oceans: at the heart of globalisation | Study of sea routes, submarine cables and flows (hydrocarbons, containers, data). Analysis of the exploitation of resources (fishing, minerals, renewable energy). | Understand the maritimisation of the economy. Address geopolitical tensions (appropriation of EEZs, piracy, freedom of navigation) and the protection of the marine environment. |
| Science Education: The climate of the future | Study of the rise in mean ocean level (possibly up to 1 m by 2100) and of water acidification linked to CO2 emissions. | Understand the major impacts of global warming on marine ecosystems and scientific forecasting models. |
| Economic and Social Sciences: What public action for the environment? | Analysis of sustainable growth in the face of ecological limits (resource depletion, pollution). Study of international negotiations and "free rider" strategies. | Understand how innovation can help push back ecological limits and identify the roles of the various actors (states, NGOs, companies) in protecting global commons. |
| Modern Languages (LVER): Innovation and responsibility | Themes on "changing environments" and building a "common future". | Raise awareness of the need to protect, conserve and improve the marine biosphere while developing civic responsibility on a global scale. |
| HGGSP SPECIALISM (History-Geography, Geopolitics and Political Science) | ||
|---|---|---|
| Main resource: curriculum for the history-geography, geopolitics and political science specialism in the final year (special Official Bulletin No. 8 of 25 July 2019), Appendix 5. Notably pp. 5-6. | ||
| Line of study | Teaching content | Stakes and objectives |
| THEME: new spaces of conquest, INTRODUCTION: Ocean and space | Comparison of the ocean and space as "last frontiers". Study of constantly evolving knowledge and control. | Identify the specific features of these two environments and understand why they are at the heart of new stakes of conquest. |
| Line 1: Conquests, assertions of power and rivalries | Analysis of maritime power projection: nuclear deterrence (submarines) and projection forces (aircraft carriers). Study of the exploration of the abyss and of the ocean as a space of rivalries. | Understand how states assert their power through control of the seas. Analyse the geopolitical stakes of the conquest of the seabed. |
| Line 2: Diplomatic stakes and cooperation | Study of global governance: from the creation of EEZs (Montego Bay Convention) to the common management of biodiversity (BBNJ). | Analyse international tensions and cooperation over the sharing, exploitation and preservation of marine resources. |
| Concluding case study: China | Study of China’s strategy: a political will to assert itself through the conquest of seas and oceans. | Measure the considerable economic and geopolitical stakes of Chinese maritime expansion for the rest of the world. |
| Comments | This curriculum places the ocean at the heart of global power relations. Unlike the more descriptive approaches of earlier years, the HGGSP specialism insists on the strategic and political dimension: the sea is a tool of power, but also a challenge for international diplomacy and maritime law (governance of areas beyond national jurisdiction). |
iii / “Maritime Issues Classes” (CEM)
Launched in 2022, the Maritime Issues Classes (CEM) scheme has been very successful, with nearly 300 classes active today. It allows teachers to build a year-long multidisciplinary educational project, supported by talks from experts and seafarers, linking school curricula to the sea. CEMs should not be confused with Defence Classes, which are directly sponsored by a French Navy unit and attached to a ship. Of the more than 1,000 such classes in France (mainland, overseas, abroad), about 190 are directly under the Navy’s supervision. Their main feature is to encourage regular exchanges between pupils and the crew. The table below shows the change in the number of schools with at least one CEM. Let us say at once that this table does not claim to list all CEMs in France, but simply to bring out a quantified trend in the spread of this scheme in schools; this trend would in fact match that of a table specific to the number of classes.
| CHANGE IN CEMs (2022 – March 2026) | ||||
|---|---|---|---|---|
| Year | Number of schools | Trend | ||
| / | Active | Planned | Total | / |
| 2022 | 27 | / | 27 | / |
| 2023 | 53 | / | 53 | ( + 26 ) |
| 2024 | 108 | / | 108 | ( + 55 ) |
| 2025 | 158 | 47 | 205 | ( + 97 ) |
| March 2026 | 177 | 50 | 227 | ( + 22 ) |
iv / In higher education
| TABLE OF INSTITUTIONS AND CHAIRS DIRECTLY INVOLVED IN TEACHING THE SEA | |||
|---|---|---|---|
| Lead institution | Chair / Scheme | Associated partners | Themes & Objectives |
| CESM (Centre d’études stratégiques de la Marine) | Contributions to master’s programmes & grandes écoles | Universities, HEC, Polytechnique, Sciences Po | Naval strategy and blue economy. (Main contact: François Sechet). |
| CESM | Chair of Ocean Geopolitics | Sciences Po Paris | Integrating the maritime dimension into the analysis of international relations. |
| CESM | Chair of War and Strategy Studies | Université Paris 1 Panthéon-Sorbonne | Specific expertise on naval strategy and the law of the sea in a joint-forces framework. |
| CESM | Chair of Major Contemporary Strategic Issues | Sorbonne Université | Sharing contemporary maritime expertise with master’s and doctoral students; 2026 theme: “Revolutions and ongoing changes in military affairs” |
| CESM | Chair of Underwater Archaeology | DRASSM (Ministry of Culture) | Logistical support (nautical assets) and academic promotion of underwater heritage. |
| CESM | Academic partnerships | UCO (Université Catholique de l’Ouest) | Study of defence ethics and the law of armed conflict at sea. |
| École Navale | Chair of Naval Systems Cyber Defence | Naval Group, Thales, Brittany Region, Pôle d’Excellence Cyber | Study of the resilience of combat ships to cyberattacks. |
| École Navale | Chair of Resilience and Digitalisation | / | Exploring the impact of technology on crew management and operations (predictive maintenance). |
| École Navale | Chair of Energy and Naval Propulsion | / | Decarbonisation, ship energy efficiency and new propulsion systems. |
| École Navale | Chair of Leadership and Ethics | Private beneficiaries | Maritime ethics applied to the business world. |
| Intechmer (Cherbourg) | Institute specialising in marine techniques | / | Training and research in biology, marine geology and prospecting. |
This overview shows that maritime issues have effectively been integrated into French higher education. However, this dynamic of maritimising curricula should not mask a persistent fragility of French higher education in the field of maritime studies, particularly in the humanities and social sciences. While several institutions, chairs and schemes now help spread maritime issues among students, this offering remains largely specialised and often carried by actors outside the general public university. Indeed, most of the structures identified are either specialised schools or institutions linked to defence, engineering or targeted partnerships. The CESM, the École navale, the ENSM, the IUEM and some major engineering schools play a leading role in spreading contemporary maritime issues; however, these schemes remain concentrated on strategic, technical, operational or environmental questions, and much more rarely on the humanities, law, geopolitics, maritime economics or ocean governance. This finding is all the more worrying because contemporary maritime issues precisely require a build-up of legal, diplomatic and strategic skills. France has the world’s second-largest Exclusive Economic Zone, sits at the International Maritime Organization (IMO), and must defend its sovereign interests, its shipowners, its port infrastructure and its capacity for influence amid growing geopolitical competition over the seas and oceans. This situation calls for training lawyers specialising in maritime law and the law of the sea, but also experts able to link economic, diplomatic, environmental and strategic issues.
On the contrary, several recent signals point to a relative weakening of these disciplines in public higher education. In the Parisian academic legal world, the retirement of Professor Philippe Delebecque has left a significant gap in the field of maritime law. More broadly, the academic structuring of maritime studies in the humanities remains limited and scattered. This fragility was illustrated particularly strongly by the closure of the Centre de Droit Maritime et Océanique (CDMO) of Nantes Université, decided in February 2026. Created in 1972, the CDMO was nevertheless one of the main French laboratories specialising in maritime law. Its disappearance, despite the mobilisation of the academic and maritime world and a petition gathering more than 1,500 signatures, caused deep concern among researchers and professionals in the sector. Beyond the Nantes case, this closure symbolises the difficulties faced by academic structures specialising in maritime questions when they lack sufficient critical mass or lasting institutional recognition.
Thus, even as the maritimisation of school curricula has been progressing for more than a decade, the French public university still struggles to structure a genuine interdisciplinary field of maritime studies in the humanities and social sciences. Yet the growing importance of issues linked to sea routes, sovereignty, marine resources, jurisdictional conflicts, submarine cables, the energy transition and the international governance of the oceans makes strengthening this teaching indispensable. Bringing the sea into the national culture cannot rest solely on the scientific, environmental or operational dimensions of maritime issues; it also requires training a new generation of lawyers, diplomats, economists, historians, geographers and international relations specialists able to think of the sea as a political and strategic object in its own right.
2 / TEACHER TRAINING
Because the sea is present in the curricula, it is also a pedagogy through which teachers teach. As a sine qua non, curricula and pedagogy are two sides of the same coin. This part attempts to inventory the schemes and resources that attest to the development of a “pedagogy of the sea”.
First, a few words about initial training. We said above that this training is essentially the responsibility of the INSPE (national institutes for teacher training), and therefore falls more within higher education than within the Ministry of National Education. However, without necessarily wishing to draw conclusions, let us say nonetheless that the maritimisation of curricula directly affects those of the recruitment examinations. See, for example, the curriculum of the 2026 history agrégation, in which the ocean is mentioned seven times2 . In-service training of teachers, once recruited, does fall within national education. To deepen their knowledge, the state, ministries and associations offer in-service training through a number of schemes, resources and teaching tools.
| ACTORS IN TEACHERS’ IN-SERVICE TRAINING ON MARITIME ISSUES | |||
|---|---|---|---|
| Type of actor | Structure / Body | Training format | Educational missions & maritime themes |
| Internal structures of national education (official framework for training, education for sustainable development, subjects) | EAFC (Écoles Académiques de la Formation Continue, regional in-service training schools) | Courses (regional education authority) | Design and deliver in-person training modules (e.g. coastlines, marine biodiversity). They replace the former regional training plans (PAF). |
| / | M@gistère platform | Online (national) | Hosts self-training courses designed with researchers (e.g. climate change, ocean acidification, fishery resources). |
| / | Inspectors (IA-IPR, IEN) | Briefing days (field/regional) | Support curriculum reforms (e.g. geopolitics of the seas at lycée) through training days for teachers. |
| Institutional partnerships (Defence) | Regional “Trinômes” (National Education, IHEDN, Armed Forces) | Consultation bodies and training sessions | The Navy takes an active part in these bodies to train teachers in defence education, incorporating strategic and maritime issues. |
| Scientific and voluntary-sector partners (field expertise and official approval) | Tara Ocean Foundation | Webinars, in-person sessions and support | Offers a strong educational division linked to its expeditions. Helps teachers set up scientific projects based on real data. |
| / | OFB (French Biodiversity Agency) | Technical and educational training days | Trains teachers involved in the “Educational Marine Areas” (AME) project to run a sea council with their pupils. |
| / | OCE (Office for Climate Education) | International training and teaching kits | A body under the aegis of UNESCO basing its resources on the IPCC. Trains on climate change with a strong focus on the ocean machine. |
3 / SCHEMES AND RESOURCES
After mapping the curricula and teachers’ in-service training, we now propose another mapping. Twofold, this anthology aims to review all the schemes set up by all the actors in the maritimisation of national education, and the various resources made available to the whole teaching profession, ensuring continuity in teachers’ in-service training.`
`
| SUMMARY TABLE OF ALL THE SCHEMES DEPLOYED IN RECENT YEARS | |||
|---|---|---|---|
| Scheme / Initiative | Actors involved | Target audience | Description & Objectives |
| BIMer (Brevet d’initiation à la mer, introductory sea certificate, see Appendix 7) | Inspectorate General, French Navy, Directorate of Maritime Affairs | Pupils (from troisième to preparatory classes) | Validates a general maritime culture and introduces the diversity of the realities of the sea and its professions. Growing strongly: from 2,209 candidates (2024) to more than 2,800 (2025). |
| CAEIMer (Certificat d’aptitude à l’enseignement à la mer, sea-teaching certificate) | Inspectorate General, French Navy, Directorate of Maritime Affairs | Teachers | A diploma enabling teachers to acquire the skills needed to deliver BIMer training to pupils. |
| L’Appel des Pôles (see Appendix 8) | National education, scientific and maritime partners | Schools (primary and secondary) | National educational campaign aimed at raising pupils’ awareness of the environmental, climatic and geopolitical issues specific to polar and |
| Year of the Sea (2024-2025) | Government, national education, blue economy actors | Schools and the general public | ocean environments. A major national drive (linked to the United Nations Ocean Conference in Nice in 2025) to bring together educational projects and raise awareness of maritime issues. |
| 400 years of the French Navy (see Appendix 9) | French Navy, national education | Pupils and the general public | Historical commemoration (1625-2025) highlighting France’s naval heritage and history and its contemporary role among young generations. |
|---|---|---|---|
| Equal Opportunities Plan / Cordées de la Réussite | French Navy (units and grandes écoles such as the École navale), national education | Lower and upper secondary pupils | A mentoring scheme to combat self-censorship in educational guidance. Young people are supported by sailors or students to raise their academic ambitions. |
| Defence Cadets | Ministry of the Armed Forces (Navy units), national education | Lower secondary pupils (generally in troisième) | A civic programme outside school hours (often on Wednesday afternoons). Young people discover the military institution, develop team spirit and are introduced to defence (and maritime) culture. |
| Guidance: Éduscol platform (Ocean section, training and careers) | National education (DGESCO) | Pupils, teachers, careers advisers | Centralised official resources providing information on the range of training paths and careers linked to the blue economy and the sea. |
REVIEW AND SPECIFIC TABLES
To be more precise, let us say a few words about some of these schemes, for which we have more detailed data.
An initiative of the Inspectorate General, the French Navy and the Directorate of Maritime Affairs to design and build an introductory sea certificate (BIMer) and a sea-teaching certificate (CAEIMer) so that pupils across the national territory can discover the diversity of the realities of the sea and its professions. Aimed at pupils from troisième to preparatory classes, it validates a general maritime culture. It is a great success for the office: it grew from 2,209 candidates in 2024 to more than 2,800 in 2025.3
| SPECIFIC TABLE – CAEIMer: CHANGE IN CERTIFICATION FIGURES | |||||
|---|---|---|---|---|---|
| Year | Registered | Present | Regional education authorities involved | Passed | Pass rate |
| 2021 | 41 | / | / | / | / |
| 2022 | 234 | 195 | 19 | / | / |
| 2023 | 348 | 275 | 26 | 236 | 85.81 |
| 2024 | 275 | 241 | 25 | 157 | 65.15 |
| 2025 | 283 | 235 | 25 | 184 | 78.30 |
| SPECIFIC TABLE – BIMer: CHANGE IN CERTIFICATION FIGURES | |||||
|---|---|---|---|---|---|
| Year | Registered | Present | Regional education authorities involved | Passed | Pass rate |
| 2021 | 219 | 141 | 3 | 118 | 83.7 |
| 2022 | 680 | 595 | 14 | 472 | 79.3 |
| 2023 | 1535 | 1410 | 20 | 1127 | 79.9 |
| 2024 | 2209 | 1983 | 24 | 1639 | 82.6 |
| 2025 | 2811 | / | 25 | / | / |
| ANTHOLOGY OF THE VARIOUS RESOURCES AVAILABLE ON THE ÉDUSCOL PLATFORM | |||
|---|---|---|---|
| Name of the resource / scheme | Offered by / Partner | Type of teaching resource | Target level |
| Selection of maritime resources | Lumni Enseignement | Videos and interactive files on maritime space and its economic, political and environmental stakes. | All levels |
| File “The year of the sea at the Museum” | Muséum national d’Histoire naturelle (MNHN) | Resources to watch, read and listen to; files on the main issues related to the Ocean. | All levels |
| Teaching booklet “Oceans: understand and act” | French Development Agency (AFD) | Booklet with summary content, case studies (climate, biodiversity, fishing, pollution) and further resources. | Cycle 4 to lycée |
| The science of the Ocean | Tara Ocean Foundation | Teaching sequences, scientific experiments, activity sheets, exchanges with researchers. | Cycle 3 to lycée |
| Behind the scenes of laboratories | Tara Ocean Foundation | Web documentary, interviews and interactive activities to discover researchers’ instruments. | Ages 8 to 15 |
| From Boat to Lab | Tara Ocean Foundation | Kits of scientific data from the schooner Tara’s expeditions for carrying out an inquiry-based approach in class. | End of cycle 4 and lycée |
| Plastic under the magnifying glass | Tara Ocean Foundation | Citizen science operation: collecting and analysing samples of plastic waste for research. | Collège and lycée |
| Beneath the Ocean | Tara Ocean Foundation | Short videos (3 min) and radio programmes on 10 key issues (SDGs), made by pupils. | Collège and lycée |
| The climate in our hands – Ocean and Cryosphere | Office for Climate Education (OCE) | Teaching guide, scientific documentation, multimedia animations, expert videos and training tools. | Teachers and pupils |
| The Ocean, my planet… and me! | La main à la pâte Foundation | Multidisciplinary education for sustainable development project (science, geography, debates, experiments) on ecosystems and climate. | CM1, CM2, sixième, cinquième |
|---|---|---|---|
| Mission Ocean | Ifremer, Dassault Systèmes Foundation, Canopé network | Digital course on the Étincel platform (3D modelling, virtual reality, simulations) in physics, life and earth sciences and maths. | Secondary education |
| Pass’Océan | Onisep | Interactive booklet (in the Folios application) linking school skills, training and seafaring careers. | Secondary |
| Bring the ocean into your classroom | Nausicaá | Resources for raising awareness of the marine environment and ideas for class activities. | School audiences |
| Following sailing races (La Course bleue, L’Écho des océans) | Sailors (Tom Laperche, Fabrice Amedeo) | Following a race (such as the Vendée Globe) through the lens of marine conservation and the energy transition. | Primary and lower secondary schools |
B / TEACHING MARITIME AFFAIRS
Part of the interest of our mapping lies in this first shift away from the tradition of earlier reports. The tone we adopted in the first part of the mapping stemmed mainly from the needs of the exercise; we did not judge the effectiveness of the schemes put in place over the past fifteen years or so, for lack of an assessment tool. To fill this gap, we will later propose the idea of a “National Quiz”. Whereas the tradition stops at the limits of the national education system, we want to extend it with a mapping of vocational pathways and training. We maintain that even when employment becomes the purpose of sea education, cultivating a maritime mindset is not necessarily set aside. In this respect, a few words from François Lambert, director of the ENSM, on the value of cultivating a certain “sea spirit” among maritime professionals: “ Operating navigation equipment does not require a knowledge of French maritime history; however, we believe that where there is heritage, there is a legacy. Following the signing of our objectives contract, we are trying to develop structures that strengthen our attachment to this maritime heritage”. We believe that the maritimisation of teaching is not judged solely by the presence of the sea in national education, but also by the way maritime actors strive to cultivate it in society. In other words, this change of approach, which takes employment as the paradigm for approaching the sea and its stakes in maritime teaching, will also be an opportunity to show that the maritimisation of teaching is also a problem that institutes training for seafaring professions face.
1 / MARITIMISATION THROUGH EXPERIENCE AND BRIDGES
Teaching the sea must also be able to mean opening a “sea path”. This perspective is very widely embraced by various actors, notably the French Navy, whether it opens bridges (between vocational baccalaureates and Navy careers) or offers periods of sea experience within non-maritime training.
| CASE STUDY: THE NETWORK OF BRIDGES IN TOULON AND ITS SUBURBS | |||
|---|---|---|---|
| School | Town | Courses / Diplomas concerned | “Navy” scheme & specific features |
| Lycée Rouvière | Toulon | BTS: CIRA, Electrotechnics, CIEL, CPRP, Materials Processing | PEM partnership (Saint-Mandrier): military apprentice status (paid, housed, fed). Work placements (PFMP) and military training take place at the PEM. |
| Lycée Paul Langevin | La Seyne-sur-Mer | Vocational Bac: MSPC (formerly MEI) | Culture and immersion: 2 hours a week of “marine culture”. Specific placements on board ships or in the naval base workshops. |
| Lycée Georges Cisson | Toulon | Vocational Bac: CIEL, MELEC; Additional qualification: Naval Mechatronics (post-bac) | Technical pathway: routes leading to onboard systems and energy. Training to become a maintenance technician on warships. |
| Lycée La Cordeille (private) | Ollioules | From seconde onwards | Acculturation: agreements with the CIRFA (Navy recruitment centre). Ship visits and facilitated placements in Navy units. |
| Lycée Bonaparte | Toulon | General education | Civic bridge: twinning with the amphibious helicopter carrier Dixmude. Discovery of geopolitics and officer careers through exchanges with the crew. |
| FRENCH NAVY SCHEMES FOR MARITIMISING PROFESSIONAL EXPERIENCE | |||
|---|---|---|---|
| Category | Original pathway / Target | Bridge / Navy career | Description & Status |
| Enlistment status | All vocational Bacs | École de Maistrance (petty officer) | Middle manager and senior technician. Contract: 10 years. Training: 4 months + specialist school. |
| Enlistment status | All vocational Bacs | Leading seaman and seaman (QMF) | Field operator / technician. Contract: 2 to 6 years. Training: a few weeks of initial school. |
| Career match | Maintenance, electricity, mechanics (MELEC, MSPC, aeronautics…) | Mechanic, electrotechnician, aeronautical technician, nuclear technician | Engine maintenance, power generation, aircraft/helicopter maintenance, introduction to nuclear propulsion. |
| Career match | Digital, electronics, telecoms (CIEL, SN…) | Information and communication systems specialist, detection operator | Managing computer networks, satellite telecommunications, operating radars and sonars. |
| Career match | Administration, logistics (AGOrA, logistics…) | HR assistant, logistician, storekeeper | Managing pay, crew administration and stocks (food, spare parts). |
| Career match | Hospitality, catering (cooking, CSR…) | Cook, catering manager | Preparing meals for the crew and managing kitchens, ashore and at sea. |
| Career match | Security, prevention (security professions) | Naval rifleman, marine firefighter | Protection of bases and ships, firefighting, operational first aid. |
| Immersion | Upper secondary pupils (from age 16) | Navy Military Preparation (PMM) | Discovering the Navy without commitment. Format: about 10 weekends + 1 week at a naval base. |
| Immersion | Vocational Bac studies | Work placements (PFMP) 32 | Compulsory periods of workplace training carried out within a Navy unit. |
2 / “MARITIME VOCATIONAL HIGH SCHOOLS” (LPM)
A specific network for training in seafaring professions is that of the Maritime Vocational High Schools (LPM). These institutions report directly to the Ministry of the Sea and comprise 12 public schools spread along the entire French coastline. Career prospects are mainly in merchant shipping, fishing, professional yachting and aquaculture. The table of enrolments in the various LPMs for the 2025-2026 academic year and a typical class timetable can be found in the Appendices, see Appendices 11 and 12.
| DETAILS OF THE LPM NETWORK | |||
|---|---|---|---|
| Seaboard (main focus) | School (LPM) | Region | Specialities & features |
| Channel – North Sea (cross-Channel trade, small-scale fishing) | Boulogne-sur-Mer / Le Portel | Hauts-de-France | Seafood processing and navigation. |
| / | Grand-Fort-Philippe | Hauts-de-France | Fishing and merchant shipping. |
| Le Havre | Normandy | Strongly focused on the merchant navy and ship maintenance. | |
| Fécamp | Normandy | Known for its marine mechanics courses. | |
| Cherbourg-en-Cotentin | Normandy | Trains for ship operation and maritime exploitation careers. | |
| Atlantic – Brittany (fishing, merchant shipping, marine farming) | Saint-Malo | Brittany | A historic and very comprehensive school (deck, engine, marine farming). |
| Paimpol | Brittany | Renowned for its marine electromechanics courses. | |
| Étel | Brittany | Specialising notably in safety and boat handling. | |
| Nantes | Pays de la Loire | Covers fishing and merchant shipping careers. |
| La Rochelle | Nouvelle-Aquitaine | Very active in shellfish farming (oysters/mussels) and pleasure-boat maintenance. | |
|---|---|---|---|
| Gujan-Mestras | Nouvelle-Aquitaine | Located on the Arcachon basin, expert in marine farming. | |
| Mediterranean (luxury yachting, coastal resources) | Sète | Occitanie | The main maritime training centre of the Gulf of Lion. |
| / | Bastia | Corsica | Meets the island’s specific needs: passenger transport and local fishing. |
3 / TRAINING FOR SEAFARING PROFESSIONS
| TRAINING FOR SEAFARING PROFESSIONS | |||
|---|---|---|---|
| Field / Sector | Institution / | Location | Features & career outlets |
| Specialised training | BTSM diploma (Brevet de Technicien Supérieur Maritime) | Various | PGEM: Fishing and marine environment management. MASEN: Maintenance of electro-naval systems. |
| Training centres | CFPAM (Centre de Formation Professionnelle aux Affaires Maritimes) | Various | Continuing vocational training and seafaring career pathways. |
| Merchant Navy & Transport | ENSM (École Nationale Supérieure Maritime) | Le Havre, Marseille, Nantes, Saint-Malo | Training merchant navy officers (deck and engine streams). |
| French Navy | The École Navale | Lanvéoc-Poulmic | Training naval officers (recruitment by competitive examination after preparatory classes or on the basis of qualifications). |
| French Navy | The École de Maistrance | Brest, Saint-Mandrier | Training to become a petty officer (non-commissioned officer). |
| Engineering & Shipbuilding | ENSTA Bretagne | Brest | Grande école of engineering specialising in naval architecture and hydrography. |
| Engineering & Marine Energy | Centrale Nantes | Nantes | World-renowned for its expertise in ocean engineering and Marine Renewable Energy (MRE). |
| Engineering & Technology | ISEN Yncréa | Brest, Toulon | Specialising in electronics and digital technologies applied to the marine environment. |
| Engineering & Marine Sciences | SeaTech | Toulon | Engineering school focused on marine sciences and technologies. |
| Marine Sciences & Environment | IUEM (Institut Universitaire Européen de la Mer) | Brest | A major centre (master’s and doctorates) for the study of marine biology, oceanography and ecosystem protection. |
| Special cases: underwater works | INPP (Institut National de Plongée Professionnelle) | Marseille | The reference school for training commercial divers (underwater public works, archaeology, offshore). |
The ENSM, a case of taking charge of maritime culture
| The École Nationale Supérieure Maritime does not merely train future seagoing | |
|---|---|
| personnel; it is also a vector for the “maritimisation of minds” and the development of | |
| maritime culture. This, at any rate, is how we interpret the fourth focus of its | |
| objectives contract4 . To instil this “sea sense”, the institution is involved, for example, in | |
| building the projects for the introductory sea certificate (BIMer), and also through the “Yes | |
| We nsm” scheme, an initiative of the ENSM Foundation aimed at creating cross-generational crews | |
| to promote these careers. This desire to spread maritime issues is also illustrated | |
| by the school’s planned involvement in major events, such as the Year of the Sea | |
| in 2024 or the United Nations Ocean Summit in 2025. Internally, the | |
| transmission of maritime culture relies on promoting its rich heritage and “crew | |
| spirit”. The school plans, for example, to fund a doctoral thesis on its own | |
| history and to publish a collection of maritime traditions, distributed to new year groups at the same | |
of maritimisation and the development of a sea spirit and marine culture as of the school’s visibility; we do not wish to reduce one to the other, simply to recall this necessary perspective.
C / EDUCATION THROUGH AWARENESS-RAISING
The first shift, from a mapping of sea teaching to one of maritime teaching, supported the idea that the maritimisation of teaching is not judged solely by the presence of the sea in national education, but also by the way maritime actors strive to cultivate it by nourishing marine culture. This last part completes the justification of our report’s particular approach, that is, establishing awareness-raising as a pedagogical approach in order to assess its consequences. While the mapping of teaching became more supple in moving from sea teaching to maritime teaching, it becomes even more so in this last part. Before getting into the subject, let us note that the “coastal” nature of initiatives formed the basis of the Legohérel report’s finding. It was against this particular localisation of initiatives, and towards a generalised presence of the sea and its stakes, that the schemes and resources we have mentioned were deployed. Our shift with respect to that report therefore aims to build on the achievements of the generalisation of sea teaching while revisiting the pejorative interpretation of local initiatives. Because generalisation cannot discard all its component parts, we wish to recall that it is, for example, through awareness-raising that marine culture mainly takes root in the minds of the youngest primary school pupils. In our view, this education through awareness-raising is less a particular locality to be generalised than an extension of the educational perimeter, from extracurricular activities to leisure.
1 / MUNICIPAL AND CITIZEN INITIATIVES
| MUNICIPAL AND CITIZEN MOBILISATION | |||
|---|---|---|---|
| Initiative / Scheme | Role of the municipality | Description and educational objectives | Examples and key figures |
| Educational Marine Areas (AME) | Strong municipal support for the “managing” class. | National label (OFB) allowing a class to study and protect a small coastal area. | 2026: more than 1,500 active areas (about 450 of them marine). Pioneer: Vaitahu (2012). Examples: La Brée-les-Bains (9 years of activity), Brest (Moulin Blanc, impact of pleasure boating), Fréjus (Caouanne beach, sand fences), Cayeux-sur-Mer (Grand Gravelot). |
| Sea classes and educational pathways | Funding of trips or year-long projects. | Organising talks in primary schools (marine biologists, fishers, environmental associations). | / |
| Maisons de la Mer | Management of exhibition spaces. | Popularising local environmental issues: coastline retreat, fragility of ecosystems, maritime heritage. | / |
| “The sea starts here” campaign | Installing plaques or street stencils near drains. | A scheme reminding passers-by that waste and cigarette butts dropped on the ground end up in the ocean. | A very widespread scheme, including in towns far from the coast. |
| Interpretation trails and signage | Development of coastal paths and beach access. | Installing explanatory panels on biodiversity: importance of the strandline, nesting of coastal birds, dune protection. | / |
|---|---|---|---|
| Beach and harbour clean-ups | Logistical support (supplying equipment, managing collected waste). | Citizen collection operations often including a component characterising the | / |
| Children’s and youth municipal councils (CME/CMJ) | Support and encouragement for these bodies. | waste found. Involving young elected members in environmental issues to create awareness campaigns by and for young people. | / |
Case study: the development of the Educational Marine Areas (AME) schemes
| Educational Marine Areas (AME) | ||
|---|---|---|
| Period | Number of projects | Key event |
| 2016 | 1 (French Polynesia) | Concept imported to mainland France |
| 2018 | ~50 | First national AME seminar |
| 2021 | ~250 | Creation of the single “Educational Areas” label (of which the AME is a subcategory) |
| 2024 | ~400 | Large-scale integration into the BIMer scheme |
| March 2026 | ~450 | Generalisation in the “Maritime Issues Classes” |
2 / RESEARCH GROUPS’ INITIATIVES
In practical terms, research institutes offer programmes raising awareness of contemporary maritime issues through popularisation. Here is a comprehensive inventory.
| Institute / Partners | Flagship programmes | Description and educational activities | Target audience & features |
| Institut Océanographique Paul Ricard | • Le Collège de la Mer (and “Les Primaires de la Mer”) • La Mer pour Tous | Hands-on immersion in biodiversity: studying plankton under the microscope, field trips (Posidonia meadows). Often feeds Educational Marine Area (AME) projects. | Local classes (South region), primary and lower secondary. |
| CNRS & Sorbonne Université (Institut de la Mer de Villefranche) | • Adopt a float • Plankton Planet / Planktomania | Pupils “adopt” an underwater robot, follow its trajectory in real time and analyse its data. Use of kits and 3D modelling to study plankton. | From nursery school to lycée. Direct exchanges with scientists. |
| Ifremer | • Mon lopin de mer • Ma Mer en Shorts ! | A game and educational pathway on the interdependence between human activities and ocean health. Creating short smartphone-format videos to question researchers. | Particularly 14-18-year-olds (lower and upper secondary pupils). |
| Tara Ocean Foundation (with CNRS, CEA, CEDRE) | • Plastique à la loupe • Graines de reporters scientifiques | A major citizen science programme: strict sampling of microplastics on beaches, sent to researchers. Producing reports validated by scientists (Ocean/Climate). | Lower and upper secondary schools. Very rigorous scientific protocol. |
| MNHN (Muséum national d’Histoire naturelle) and Marine Stations | • Vigie-Nature École (Coastal / BioLit strand) | Citizen science on the foreshore: classes count and identify species (periwinkles, seaweed, crabs) to feed the Muséum researchers’ monitoring databases. | All school levels. Fieldwork. |
| Océanopolis Brest (with the Université de Bretagne Occidentale, Ifremer and the CNRS) | • Young reporters of the arts, sciences and environment | A school-year pairing between a class and researchers on a specific theme (underwater sound, the abyss). Creative presentation at a large congress at the end of the year. | School pupils (mainly in Brittany). Approach combining art and science. |
|---|
A particular case: the Collège de la Mer of the Institut Paul Ricard (IPR)
Rather than presenting the IPR’s “Collège de la Mer” as a special initiative compared with those of other research institutes, we want to use it as an opportunity for somewhat more precise detail, in order to better understand the local dynamics of education through awareness-raising. We maintain that young generations’ grasp of maritime issues cannot depend exclusively on national education; it requires the active involvement and expertise of scientific actors deeply rooted in the territory. The “Collège de la Mer” programme, recently rolled out by the Institut océanographique Paul Ricard as part of the Contrat de Baie de Toulon et des Îles d’Or, is a valuable example of the need for this educational relay. By targeting local lower secondary pupils (notably in Toulon and La Seyne-sur-Mer), the Institute contributes to extending the scope of classic pedagogy. Learning takes the form of repeated sessions — such as cycles of three half-days per class — combining theory and practical experience. This extracurricular approach immerses pupils directly in the study of the harbour that surrounds them every day, raising their awareness of overall water management, “from source to sea”. By bringing young pupils face to face with these ecosystems so that they can feel their richness and fragility, learning becomes a stimulus to maritime awareness. It is this direct, immersive contact, supervised by researchers, that gives the Institute its motto: “we protect better what we know ”5 .
PROPOSALS
This report stems from the observation that there is no tool for judging the effectiveness of these schemes. The so-called “classic” mapping set out to inventory the schemes developed since the early 2010s in response to the repeated observation that the sea and its stakes are absent from national education. The shift we made with respect to this tradition is twofold: adding to this classic mapping two others, that of maritime teaching in France and that of education through awareness-raising. Justified by the flawed logic that equates the maritimisation of curricula with an effective maritimisation of French pupils’ culture, this shift was not an occasion to revisit the largely descriptive needs of the teaching; we have indeed made no more precise assessment. We repeat once more: teaching as a whole goes beyond the limits of national education, especially when the object we seek to observe is as supple and labile as the sea and its stakes; the pedagogy of specialised training and awareness-raising also show that the maritimisation of students’ minds is being taken in hand.
1 / The National Marine Quiz
To address this lack of a tool, we propose the idea of a National Marine Quiz. This proposal arose during discussions with Mr P.-R. Ambrogi and Mr B. Gori. Our discussion settled on the following format: during one lesson, a marine quiz would be held nationally in order to assess the effectiveness of maritimisation at the end of lycée. Meeting the need for quantified survey data, this quiz could strengthen an existing national education partnership – we are thinking in particular of the French Navy – or provide an opportunity to forge new ones with private polling institutes.
2 / Building a genuine academic field of maritime studies in the humanities and social sciences
The growing importance of contemporary maritime issues makes it necessary to structure a genuine interdisciplinary field of maritime studies within the French public university. While marine sciences, technical training and operational approaches now have identified actors, the maritime humanities and social sciences remain fragmented, not very visible and insufficiently coordinated at national level. It appears necessary to encourage the creation of chairs, research centres, master’s degrees and specialised pathways combining maritime law, the law of the sea, geopolitics, maritime economics, international relations, maritime history, the environment and ocean governance. This structuring could rely in particular on partnerships between universities, grandes écoles, maritime institutions, economic actors and the administrations concerned.
3 / Strengthening the teaching of maritime law and the law of the sea
France must be able to train a new generation of specialised lawyers able to defend its strategic, economic and diplomatic interests. The issues linked to maritime disputes, sovereignty, trade routes, undersea resources, port infrastructure and international negotiations require high-level legal expertise. Strengthening training in maritime law and the law of the sea is all the more important because several recent signals point to a relative weakening of these disciplines in public higher education. The closure of the Centre de Droit Maritime et Océanique (CDMO) of Nantes Université and the absence of strong structuring in the Parisian academic landscape illustrate this fragility.
4 / Developing national coordination of maritime studies
The multiplicity of existing schemes reflects real dynamism but also a strong dispersion of initiatives. Better coordination between the various actors in maritime teaching and in raising awareness of ocean issues would strengthen the visibility, continuity and coherence of this educational policy. Creating a national network for maritime studies could make it possible to pool teaching resources, facilitate academic cooperation, encourage the mobility of teachers and researchers, strengthen links between secondary education, higher education, research and the professional world, and make maritime pathways more visible to students.
5 / Strengthening teachers’ in-service training on maritime issues
The growing presence of the sea in school curricula calls for a parallel deepening of teachers’ in-service training. While several schemes already exist thanks to the EAFCs, scientific partners and specialised institutions, this momentum could be amplified. Developing interdisciplinary modules on contemporary maritime issues, notably climate, biodiversity, sovereignty, the blue economy, geopolitics, energy resources and the law of the sea, would consolidate the place of the sea in everyday teaching practice.
6 / Consolidating awareness-raising and experimentation schemes
Teaching the sea does not rest solely on school curricula. Awareness-raising schemes, citizen science, Educational Marine Areas, maritime issues classes, voluntary-sector projects and research institutes’ initiatives play a major role in spreading a maritime culture among young generations. It appears necessary to give more support to these immersive, place-based approaches that allow pupils to experience marine ecosystems, coastal issues and contemporary environmental problems directly. This field-based pedagogy is an essential lever for lasting awareness.
7 / Making the sea a cross-cutting subject of general culture
The maritimisation of teaching cannot be limited to an exclusively scientific, environmental or professional approach. The sea is also a major historical, political, cultural and economic subject. Developing a genuine French maritime culture therefore means thinking of the sea as a cross-cutting subject running through all disciplines: history, geography, political science, law, economics, literature, philosophy, science and technology. This global approach would place maritime issues durably at the heart of the intellectual training of future citizens, decision-makers and public officials
Notes
Bibliographic information
- Type
- Report
- Date
- 1 June 2026
- Author
- Hugo Sannier
- Editor
- Deep Blue Foundation
- Original language
- French
- Original document
- PDF, 167 pages
- Full text
- Partial transcription of the document (see note above)




