Young nuclear professionals in Japan, a counter-current profile

For young Japanese people, studying atomic energy and becoming an engineer or researcher is like a life choice against the current.

Share:

Comprehensive energy news coverage, updated nonstop

Annual subscription

8.25$/month*

*billed annually at 99$/year for the first year then 149,00$/year ​

Unlimited access • Archives included • Professional invoice

OTHER ACCESS OPTIONS

Monthly subscription

Unlimited access • Archives included

5.2$/month*
then 14.90$ per month thereafter

FREE ACCOUNT

3 articles offered per month

FREE

*Prices are excluding VAT, which may vary depending on your location or professional status

Since 2021: 35,000 articles • 150+ analyses per week

“We have to be motivated”: for young Japanese, studying atomic energy and becoming an engineer or researcher in this sector is akin to a contrarian life choice, since the national trauma caused by the Fukushima accident in 2011.

The Japanese government now wants to relaunch nuclear power for good, considering in particular the construction of new generation reactors to reduce the archipelago’s extreme dependence on imported fossil fuels and its high CO2 emissions.

This politically sensitive project is also a challenge in terms of human resources, while the number of students in nuclear science in Japan has declined by more than 25% between 2011 and 2021, according to figures from the Ministry of Education.

These figures vary greatly from one year to the next and concern only a few hundred students, but they should be put into perspective, says Kota Kawai, president of a Japanese network of young nuclear professionals.

“Even after the Fukushima accident, students were interested in how to overcome these great challenges. Many were interested in the field of (reactor) dismantling,” according to this nuclear safety researcher.

“The problem is that there are few people in Japan who know how to build new nuclear power plants” now, warns Mr. Kawai, interviewed in late November by AFP on the sidelines of the International Youth Nuclear Congress (IYNC). This forum of exchange between students and young nuclear professionals from all over the world was organized for the first time in Japan and, as a symbol, in the Fukushima prefecture, in Koriyama (north-east).

In Japanese culture, it’s not a good idea to show off and express “pride” in any profession, recalls Kawai, co-chair of the Koriyama IYNC. But as young nuclear professionals, “we need to be motivated, to say what we think, what we do.

Tepco, a pariah group

Chisato, 28, studied chemistry and radiobiology. After working from 2017 to 2020 at Tepco, the operator of the Fukushima Daiichi accidental power plant, she now holds a position abroad. The Fukushima disaster was “the starting point” of her interest in nuclear power when she was still in high school, she tells AFP, preferring not to mention her last name.

“After the accident, there was so much confusing information in the media, such as the level of radiation in Fukushima (…). It generated a lot of anxiety in people. So I wanted to know the whole story, the facts, in a neutral way.

This disaster did not cause any immediate casualties, but led to the evacuation of some 100,000 local residents. In 2018, the Japanese state acknowledged one radiation death, a nuclear plant employee.

Chisato also recalls her “amazement” during her job interview at Tepco when she was asked if her parents approved of her joining the company, whose reputation sank after the disaster. She then learned that people about to be hired by Tepco sometimes withdrew their applications at the last moment after being dissuaded by their families. Her own parents were also worried about her going to work at Fukushima Daiichi. “I explained to them that it wasn’t going to affect my health,” Chisato says.

Very uncertain

“My parents and friends have never criticized my career choice,” says Hikari, also 28, a nuclear researcher with a large Japanese industrial conglomerate who also prefers to remain anonymous.

But Hikari had to fight “for years” with her anti-nuclear husband: “He finally respected my decision because he understood how committed I was to my work. Kyohei Yoshinaga, 30, a researcher in electrical and energy technologies at the Japanese think tank Mitsubishi Research Institute, entered the university the same year as the Fukushima disaster.

The new ambitions of the Japanese government leave him doubtful for the moment. “The government now wants to use nuclear power as much as possible, because there is a need right now” with soaring electricity prices, he notes. “But the situation can change very quickly. If we only have a short-term outlook, it is still very uncertain.”

French state utility EDF has increased the maximum estimated cost for building six new nuclear reactors to €72.8 billion ($85.29 billion), representing a 40% rise over the original figure.
US-based Holtec has signed a memorandum of understanding with Hungary’s energy group MVM to assess the deployment of its SMR-300 technology, strengthening bilateral nuclear cooperation and opening prospects for a new market in Central Europe.
California-based startup Radiant has secured $300mn to build its first factory in Tennessee and prepare for the mass production of miniature nuclear reactors for off-grid applications.
Terra Innovatum has increased its interactions with the Nuclear Regulatory Commission to advance licensing of its SOLO™ micro-modular reactor, despite the partial shutdown of the US federal government.
The US nuclear regulator has extended the operating licences of three Illinois reactors by 20 years, strengthening Constellation's long-term industrial outlook for the Clinton and Dresden sites.
The SATURNE Industrial Chair aims to develop innovative uranium extraction methods, with joint funding from Orano and the National Research Agency over a four-year period.
US-based X-energy has signed a reservation agreement with South Korea's Doosan Enerbility to secure key components for its small modular nuclear reactors.
Niger expands its mining alliances with Uranium One to develop new sites, while the Dasa project continues seeking financing despite clear political backing.
Samsung Heavy Industries has received Approval in Principle for a floating nuclear plant featuring two SMART100 reactors, marking a step toward the commercialisation of offshore small modular reactors.
The Indian government proposes a unified legal framework for nuclear energy, aiming to boost private investment and increase installed capacity to 100 GW by 2047.
Samsung C&T strengthens its presence in modular nuclear energy in Europe by signing an agreement with Synthos Green Energy to develop up to 24 SMRs in Poland and several Central European countries.
Israeli firm nT-Tao and Ben-Gurion University have developed a nonlinear control system that improves energy stability in fusion plasmas, strengthening the technical foundation of their future compact reactors.
The Indian government has introduced a bill allowing private companies to build and operate nuclear power plants, ending a state monopoly in place for over five decades.
Natura Resources enters a new regulatory phase for its molten salt reactor MSR-1, following the signing of a framework agreement with the US Department of Energy under the Reactor Pilot Program.
Norwegian Nuclear Decommissioning is surveying 22 localities to assess their interest in hosting storage facilities for radioactive waste from the country’s former research reactors.
Electricité de France's Flamanville 3 reactor has reached full power for the first time, marking a key industrial milestone in the deployment of EPRs in Europe, despite cost overruns reaching EUR23.7bn ($25.7bn).
GE Vernova Hitachi’s BWRX-300 small modular reactor has passed a key regulatory hurdle in the United Kingdom, opening the door to potential commercial deployment, despite no current plans for construction.
Molten salt reactor developer Natura Resources has acquired Shepherd Power and partnered with NOV to scale up modular reactor manufacturing by the next decade.
China National Nuclear Corporation expects commercial operation in 2026 for its ACP100 reactor, following successful cold testing and completion of critical structures in 2025.
Start-up SEATOM has been selected to join NATO's DIANA programme with its micro nuclear reactor designed for extreme environments, reinforcing its position in dual-use marine and military energy technologies.

All the latest energy news, all the time

Annual subscription

8.25$/month*

*billed annually at 99$/year for the first year then 149,00$/year ​

Unlimited access - Archives included - Pro invoice

Monthly subscription

Unlimited access • Archives included

5.2$/month*
then 14.90$ per month thereafter

*Prices shown are exclusive of VAT, which may vary according to your location or professional status.

Since 2021: 30,000 articles - +150 analyses/week.