The energy transition is one of the most dynamic sectors of the French economy. In 2022, the turnover of sectors related to the energy transition reached €113 billion in France, with over 421,000 jobs mobilized, an increase of 24% in two years.

European regulations, the 2050 carbon neutrality goals, and the escalation of renewable energies create a structural demand for specialized engineers. Choosing this field means committing to a career with a significant impact, driven by planetary challenges and sustainable professional opportunities.

The Energy Transition Engineering Cycle at ECE is accessible in the 4th year of the engineering program, after validation of the core curriculum. The studies undertaken during the initial years of the engineering cycle lay the necessary scientific and technical foundations: mathematics, physics, electronics, and computer science.

Admissions for initial training are done through the Avenir competition. The school examines each application individually, considering the academic background and motivation for energy transition issues. A motivation interview complements the assessment before any admission decision is made.

A specialized energy transition engineer works across a wide range of missions, allowing actions at all levels of the energy system. They design and size renewable energy production installations, optimize the energy consumption of buildings and industries, and deploy storage solutions tailored to the needs of territories.

• Their mission also includes managing smart grids, conducting techno-economic analyses of energy projects, and overseeing the teams responsible for their implementation. 
• In a constantly evolving regulatory environment, their ability to anticipate sector changes is a major asset for the companies that hire them.

Project-based pedagogy is at the heart of the ECE Engineering Cycle. The work conducted throughout the training focuses on real issues in the energy sector. You size photovoltaic installations, model storage systems, simulate smart city networks, and analyze the energy performance of buildings under real conditions.

These practical learnings rely on digital simulation tools and advanced mathematical methods, enabling the acquisition of expertise that is directly applicable in the workplace. Projects often take place in multidisciplinary teams, under conditions similar to those encountered in the field.

Graduates of the Energy Transition Engineering Cycle work in a wide variety of organizations:

• large energy companies ;
• design offices ;
• local authorities ;
• environmental consulting firms ;
• cleantech startups.

The roles held by ECE alumni illustrate this diversity: Short Term Power Optimizer at EDF, Energy Market Risk Analyst at TotalEnergies, Energy Manager at L’Oréal.

With rapidly evolving sector technologies, graduates possess a strong adaptability. Their combined skills in energy systems engineering and project management position them for responsible roles from the early years of their careers.

Artificial intelligence plays an increasingly significant role in energy engineering. The program includes a module dedicated to AI and energy, allowing you to master tools for optimizing production, distribution, and consumption systems. 

You learn to leverage data from smart grids to improve facility performance and reduce energy losses.

This digital dimension is a strong differentiator in the job market. Engineers who can combine expertise in energy systems engineering with mastery of data and AI technologies are among the most sought-after profiles by players in the energy transition in France and internationally.

Yes. The teachings of the Energy Transition Major are delivered in French and English, directly preparing students to thrive in international professional environments. Energy issues are global: the technologies and regulations you master apply everywhere in the world.

The school relies on a network of 142 partner universities across 4 continents and offers 40 international dual degrees. These opportunities enrich your studies abroad and develop a global perspective on the challenges of energy transition, a valuable asset for accessing major companies in the industry on an international scale.

Students who thrive in this program have a strong interest in physical sciences, modeling, and environmental issues. Aptitude for managing complex systems, curiosity about new energy technologies, and a desire to contribute to a decarbonized future are essential drivers of success.

The field of energy transition lies at the intersection of engineering, economics, and environmental sciences. The profiles capable of navigating between these disciplines, communicating with multidisciplinary teams, and making decisions in uncertain environments are precisely those that companies are looking for.

No. The Energy Transition Major is offered only full-time on the Paris campus. This format allows for complete immersion in the courses and projects, enabling students to fully benefit from the richness of the program.

Long-term internships are integrated into the curriculum, providing solid professional experience in companies. These periods in a professional setting constitute essential hands-on learning, allowing students to apply the skills acquired in training in real industrial contexts. 

The network of 10,000 partner companies of ECE facilitates access to high-stakes missions in the energy sector.

The engineering degree from ECE recognized by the CTI is a Bac +5 level qualification that opens several pathways. You can directly enter the job market, where graduates of the Energy Transition Engineering Cycle are highly sought after, or pursue a doctorate or a specialized research program in energy technologies.

ECE also offers the MSc Sustainable Energy Futures, a Bac +5 level program entirely taught in English, allowing you to deepen your understanding of the energy transition issues from an international perspective. 

This dual competence in engineering and energy transition management opens doors to leadership positions in public and private organizations engaged in decarbonization.