Job Search

Recruit Detail

Find out more about the work we do, the experience and skills we can bring to the table, and our terms and conditions.

Company Name

Kuken Kogyo Co., Ltd.

Job Type

Development position

Work Detail

Development of new products and improvement of existing products, including cooling towers. - Development of new products utilizing Kuken Kogyo's existing expertise - Development of new products through joint research with other companies and universities - Market research for the development of new products - Improvement and refinement of existing products In the future, cryogenic technology will become increasingly important. For example, cryogenic technology will be used in the following situations: - Creating superconductors to reduce power loss - Using superconducting magnets in nuclear fusion reactors - Superconducting linear motors - Quantum computers Heat dissipation is essential for the application of cryogenic technology, and cooling towers are used for this heat dissipation. We aim to evolve cooling towers to the next level as heat dissipation devices supporting cryogenic technology by applying Kuken's cooling tower technology.

Ideal Profile

• Someone who is not afraid of failure and is willing to take on challenges • Someone who wants to start a research project from scratch

What we especially look for in a PhD or postdoctoral fellow

You must meet one of the following criteria: • Possess knowledge of the four fundamental mechanics, structural mechanics, and material mechanics. • Conduct research on thermal systems. • Conduct research on airflow and fluid dynamics.

Work Location

Fukuoka Prefecture

Phd. Stating Salary

281,500 yen

Selection Flow

Individual interview ⇒ First selection round ⇒ Final selection round

External Site

https://www.kuken.com/

Similar Recruits

National Institutes for Quantum Science and Technology

Job Type
Postdoctoral Fellow

High-heat-load equipment for fusion reactors is repeatedly exposed to high-energy particles, high heat loads, and electromagnetic forces, requiring high heat removal capacity and resistance to electromagnetic forces. Therefore, tungsten is used for the surface exposed to plasma, and the equipment consists of a plasma-facing unit metallurgically bonded to a water-cooled heat removal structure, and a supporting structure. This research theme focuses on improving the performance of high-heat-load equipment for fusion reactors through research and development related to surface material modification, improved heat removal performance and durability of cooling structures, improved manufacturability and inspectability of support structures, and improved quality of dissimilar material joining and welding. High heat flux components for fusion reactors are repeatedly exposed to high energy particles, high heat loads, and electromagnetic forces, requiring high heat removal capability and durability against electromagnetic forces. Therefore, the surfaces exposed to plasma are made of tungsten, metallurgically bonded to a water-cooled heat removal structure, which consists of a plasma-facing unit and its supporting structure. In this solicited theme, from the viewpoint of improving the performance of high heat load components for fusion reactors, research and development will be conducted on surface material modification, heat removal performance and durability of the cooling structure, fabrication and inspection of the support structure, and quality improvement of joining and welding between different materials.

2025年卒