France: 100,000 people to be found and trained to support nuclear power

The French nuclear industry must recruit and train 100,000 people over the next ten years to support the revival of the atom. The most sought-after trades will be boiler making (+140%) and civil engineering (+220%).

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The nuclear industry is looking for engineers, boilermakers and welders: the sector has 100,000 people to find and train over the next decade to support the revival of the nuclear industry in France, according to a memorandum submitted to the government on Friday. With at least six EPRs to be built and power plants to be extended, the nuclear industry, which supplied more than 60% of France’s electricity in 2022, is facing huge challenges, both industrial and human.

Announced in February 2022 by Emmanuel Macron after years of procrastination, the relaunch of nuclear power in France is shaping up to be “one of the most important industrial programs for our country since the 1990s,” says Gifen, which brings together the sector’s industrialists, in its report called “Match.” It will therefore be necessary to recruit and train on a massive scale, while the industry is short of manpower and France has not built any reactors since 2002, leaving the sector fallow for years.

The study is to be presented Friday to the Minister of Energy Transition Agnès Pannier-Runacher and her Industry counterpart Roland Lescure, at Tricastin, one of the strongholds of the French nuclear industry, which includes a uranium enrichment site for France and Europe operated by Orano (formerly Areva).

The first observation is that the industry expects to see the volume of work required grow by 25% over the next 10 years, in some 20 operational activity segments. This scope covers in particular the maintenance of the existing nuclear fleet and the construction of the first six EPRs, uranium and waste management activities, the dismantling of old reactors, as well as France’s share of the construction of EDF’s EPRs in Great Britain and India.

In order to carry out these projects, the report confirms a figure already mentioned in recent months: “the foreseeable need” is around 100,000 recruitments over 10 years, for the entire sector which counts 220,000 jobs, including the “core” jobs of operators and their first suppliers, but also second-tier suppliers and support functions (HR, management, sales).

On the front line

In detail, the industry will have to rely on “60,000 full-time equivalent recruitments” in its core businesses, of which “half to meet the renewal of retirements or to other economic sectors,” says the report, which is based on feedback from a hundred companies.

“The bulk of the effort on this growth of employment” will focus in particular on suppliers, and this while “they do not always benefit from the same attractiveness as the large groups”, stressed Olivier Bard, general delegate of Gifen during a presentation to some journalists. “It will be necessary to recruit 2,5 times more than people who leave over the ten years for the suppliers”, he estimated. A total of 20 operational activity segments characteristic of the sector were studied (engineering, civil engineering, testing and control, boiler making-piping-welding, etc.), and their 84 key trades were evaluated to identify needs over 10 years.

The most sought-after jobs? Boilermaking, where recruitment will increase by 140% over 10 years, and even more so in civil engineering (+220%). “We will recruit at all levels, from the pro baccalaureate to engineers,” stressed the Ministry of Energy Transition.

In order to specify these needs, the University of Nuclear Professions will submit its detailed action plan for training and skills to the ministers in early June.

After an initial ramp-up in 2023-2026, an “acceleration” in 2027-2030 “linked in part to the start of construction of new reactors, including the EPR2 in France”, six in number, the activity should reach a plateau in “2031-2033”. However, the needs may be re-evaluated insofar as the forecasts transmitted by the operators “do not yet include certain additional growth factors”, such as the construction of 8 other EPR2 reactors, which are still optional, and the development of new small SMR/AMR type reactors.

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