The energy transition and collective awareness of climate change have highlighted the need to shift the world's energy towards a low-carbon energy mix, favoring renewable energies.
According to the International Energy Agency, fossil fuel shares (coal, oil, natural gas) in global energy production have remained close to 80% for decades and will fall to 73% by 2030.
The transition to renewable energies (wind, hydrogen, biomass, solar…) is underway. Governments and businesses are investing heavily in renewable energies to reduce carbon emissions and combat climate change. The programs for new nuclear reactors (SMR, New nuclear Built, etc.) and green hydrogen are currently at the heart of R&D investments and will place a considerable burden on the engineering professions over the next ten years.
Financing the development of renewable energies (wind, photovoltaic, biogas, hydraulic, etc.)
Integrating energy storage solutions to overcome the intermittency of renewable energy production
Designing new families of high-performance nuclear reactors, less expensive, and with optimized time-to-market
Deploying architecture and control systems in existing plants
Ensuring cybersecurity of the connected energy system
Connecting all transport networks to the delivery point
Meeting demands related to new energy uses (e.g., cobalt/electric vehicles)
Developing new waste sorting and recycling solutions
R&D engineering, Industrial methods, Commissioning and Supply Chain
In the fields of new built, ISS (In-Service Support), facility commissioning and operations
IS & Network skills (Agile, Big Data, IA, Cloud, Cybersecurity, etc.)
3800 energy engineers in 22 countries
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