Major
in Sustainable Aeronautical and Naval Industries
The Sustainable Aeronautical and Naval Industries Major offers an innovative and comprehensive program designed to adress the challenges of the 21st century. Covering key topics such as climate change, energy and ecological transition, circular economy, artificial intelligence, and industrial process management, this major trains engineers to be versatile, agile, and forward-thinking - ready to shape the future of rapidly evolving industries.
Upon completion of this program, graduates will have mastered essential engineering skills, including:
- Management and optimization of sustainable production systems for the aeronautical and naval sectors.
- Understanding and application of energy and environmental regulations.
- Control and improvement and industrial processes to reduce energy losses, minimize environmental impact, and enhance performance.
- Assessment and management of industrial risks to support strategic decision-making based on solid performance indicators.
Program Structure
Each academic semester (S8 and S9) consists of six course units (UE) worth 5 ECTS credits each, distributed as follows:
- 4 specialized course units specific to the Sustainable Aeronautical and Naval Industries Major: Energy Systems, Environment, Data Sciences, and Industrial Processes.
- 2 standard course units common to all EPF engineering programs, covering project management, communication, and financial engineering.
Industrial Processes: Define benchmark processes and understand them through a systems-based approach.
Energy Systems: Acquire the fundamentals of the energy transition with an optimization-oriented perspective.
Industrial Ecology: Master the tools and methods driving the environmental transition.
Responsible Digital Technologies: Understand and apply the principles of responsible digital practices to the production systems of tomorrow.
Management & Communication: Develop key tools and soft skills essential to every generalist engineer.
Major Project: Apply the knowledge and skills acquired throughout the program to a comprehensive, hands-on project.
Industrial Processes: Deepen practical understanding through case studies and improvement strategies.
Energy Systems: Develop concrete solutions to embed industrial processes within the energy transition.
Operations Management: Enhance performance using digital tools and data-driven methods.
Production: Optimize workflows and on-site conditions by combining innovation with established practices.
Professional Immersion: Gain expertise in labor regulations and corporate social responsibility to support professional integration.
Major Project: Conduct a comprehensive project synthesizing the technical, environmental, and managerial dimensions of the program.
Hands-on Projects for Professional Development
The semester or major project is carried out in collaboration with an industry partner. It enables students to apply advanced knowledge gained throughout the program to real-world challenges, fostering the development of practical skills and professional expertise aligned with the program’s learning objectives.
Program Details
Duration: Two years
Location: EPF Saint-Nazaire Campus
Tuition Fees for the 2025–2026 Academic Year: €9,880 per year (covered by the host company in the case of an apprenticeship contract)
Career Opportunities
Graduates of the Sustainable Aeronautical and Naval Industries Major have a wide range of professional opportunities aligned with the current challenges of energy, ecological, and digital transition.
In Aeronautics: Engineers play a central role in decarbonization projects, including the design of aircraft with alternative propulsion (electric, hydrogen, SAF), optimization of structures and performance, integration of more sustainable materials, and improvement of energy efficiency. They are also involved in smart maintenance management, onboard cybersecurity, and reducing the environmental footprint of operations.
In Naval Industries: Similar challenges exist, such as the development of more efficient ships (electrification, green propulsion), improvement of production and maintenance systems, retrofitting existing fleets, decarbonizing ports, and sustainable management of shipyards. The digital transition is also transforming professions, increasing the demand for skills in simulation, industrial data, and complex project management.
Graduates can work in R&D, engineering offices, industrial project management, energy optimization, or quality-safety-environment (QSE) roles, meeting the high demand of industrial sectors. They are key contributors to a more sustainable aeronautical and naval industry.
Careers emerging at the intersection of engineering and contemporary challenges include:
Energy Efficiency Engineer
Process Engineer
Corporate Social Responsibility (CSR) Manager
Quality Engineer
Data Analyst
Production Officer
Transition Engineer
Maintenance Manager
Automation Engineer
These roles highlight the versatility required in modern industries, particularly in the transport sector, which is undergoing rapid energy, ecological, and digital transitions.
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