Nuclear Power Development Researcher

げんしりょくかいはつけんきゅうしゃ

Industry & Occupation

Science & Research

Classification

Summary

A specialist profession that conducts research and development on nuclear power generation and the nuclear fuel cycle, creating safe and efficient nuclear energy utilization technologies.

Description

Nuclear power development researchers understand the characteristics of nuclear reactions and radiation, and engage in fields such as reactor design, fuel development, safety measures, and environmental impact assessments. At universities, national and public research institutions, and power company research institutes, they combine experiments, numerical simulations, and field surveys to improve the efficiency and safety of nuclear energy utilization. They also play a role in promoting industry-academia-government collaboration projects while responding to changes in laws, regulations, and international standards.

Future Outlook

From the perspectives of decarbonization and energy security, interest in nuclear technology is rising again, and research and development in new areas such as small modular reactors and waste treatment technologies is expected to progress. On the other hand, regulatory trends for ensuring safety and social acceptance, as well as communication skills, will become even more important.

Personality Traits

Cautious / Cooperative / Curious and inquisitive / Strong sense of responsibility

Work Style

Industry-Academia Collaboration / Institute Employment / Project-based / Public Research Institutions

Career Path

Researcher → Senior Researcher → Research Group Leader → Department Manager → Institute Director → University Faculty

Required Skills

Data Analysis / Nuclear Physics / Numerical Analysis / Radiation Measurement Technology / Simulation

Recommended Skills

CAD/CAE Tools / English Paper Reading and Writing / Programming (Python, MATLAB) / Project Management

Aptitudes (Strengths Preferred)

Item Description
Analytical & Logical Thinking Because logical handling of complex physical phenomena and data analysis is required.
Attention to Detail & Accuracy Necessary to work accurately down to the details to ensure safety.
Learning Agility & Knowledge Acquisition Continuous learning is required to keep up with the latest technologies and regulations.
Numerical & Quantitative Analysis Analysis using mathematical models and simulations is important.
Problem Solving Problem-solving skills are essential for responding to abnormal situations and research challenges.

Aptitudes (Weaknesses Acceptable)

Item Description
Physical Stamina & Endurance Mainly indoor experiments and analysis, with low physical burden.

Related Qualifications

  • Professional Engineer (Nuclear)
  • Radiation Handling Supervisor

Aliases

  • Nuclear Energy Researcher
  • Nuclear Researcher

Related Jobs

  • Energy Policy Researcher
  • Nuclear Engineer
  • Radiation Safety Manager
  • Reactor Technician

Tags

Keywords