ENSTA Partner of the Forteim Project Selected by France 2030

Research

FORTEIM aims to train the talents of tomorrow for the energy-efficient transformation of the marine industry. Led by CINav and supported by France 2030 under the "Skills and Professions of the Future" call for expressions of interest, it brings together 15 academic and industrial partners. Cécile Plaud and Catherine Adam, teacher-researchers at ENSTA / Laboratoire FoAP in Educational Sciences, are both involved in this project. They aim to test the pedagogical tools used and to propose ways of improving them.

To support the marine industry's ecoenergy transition, Forteim is focusing on training future professionals in the field. 

I have already collaborated in the past with CiNav, the bearer of Forteim, and so it was quite natural for me and my colleague Catherine Adam to join this ambitious project,

explains Cécile Plaud, teacher-researcher in educational sciences at ENSTA, Brest campus. 

Forteim brings together a number of experts and educators to design training modules adapted to different levels (from CAP [Certificat d'Aptitude Professionnelle] to engineering school). Educational games, 3D simulators, hybrid modules... the formats on offer will be varied. The aim is to provide practical, hands-on learning through an innovative approach.

They will provide a common knowledge base on environmental issues in the marine industries (natural resources, biodiversity, pollution and waste, decarbonization of energy, etc.) and specific training to translate these issues into concrete actions (product life cycle, eco-design, etc.). 

We will intervene, once the first pedagogical devices have been created, to test them and, if necessary, suggest adjustments,

clarifies Cécile Plaud. 

Launched at the end of November 2024, the stakes for this 3-year project are high: the industry plans to recruit 72,000 professionals and train 3,200 apprentices by 2030. 

Our latest news

Alumni | Training | Research
A thesis on characterizing the strength of a submerged textile structure

Noise pollution generated during the installation of offshore wind turbines is attracting increasing attention. An engineer trained at ENSTA in the specialty of “mechanical modeling of materials and structures,” Jeanne Cavoit wrote her thesis on the...

A thesis on characterizing the strength of a submerged textile structure

Noise pollution generated during the installation of offshore wind turbines is attracting increasing attention. An engineer trained at ENSTA in the specialty of “mechanical modeling of materials and structures,” Jeanne Cavoit wrote her thesis on the...

Alumni | Innovation
DeepFoil: Two ENSTA Graduates Are Reinventing Underwater Exploration

Graduates in architecture and naval hydrodynamics, Emillia Perdigon and Paul François have designed the DeepFoil, a flying underwater wing that allows for effortless movement underwater. Fueled by public enthusiasm and investor support, their project is...

DeepFoil: Two ENSTA Graduates Are Reinventing Underwater Exploration

Graduates in architecture and naval hydrodynamics, Emillia Perdigon and Paul François have designed the DeepFoil, a flying underwater wing that allows for effortless movement underwater. Fueled by public enthusiasm and investor support, their project is...

Innovation | Research
Gabriel Betton: Exploring the karst networks

Beneath our feet, in the darkness of the underground, a natural network spanning more than a third of France’s territory supplies drinking water to nearly 30 million people. But the quality of this vast freshwater reservoir is threatened by climate change...

Gabriel Betton: Exploring the karst networks

Beneath our feet, in the darkness of the underground, a natural network spanning more than a third of France’s territory supplies drinking water to nearly 30 million people. But the quality of this vast freshwater reservoir is threatened by climate change...

All news