Type C - Specially Appointed Position
Type C is a specially appointed position to undertake externally funded research projects, e.g. NEDO, JST or private companies. The job holders are required to work exclusively on the project sponsored by the funding institution.
|
Entry ID
ENEENV-104 |
Title |
Research and development of methane hydrate resource development technology |
Job Summary and Essential/Desirable
Skills and Experience |
For the commercialization of natural gas production from methane hydrate reservoir, sedimental property analysis of natural oceanic cores and natural methane hydrate bearing cores, and simulation analysis to ensure the amount of production gas and ground stability during gas production are required.
We seek researchers with advanced knowledge and motivation in chemical engineering, resource engineering and reservoir engineering, earth science, and geotechnical engineering. |
| Start of Employment |
At any time |
| Period of Employment |
The term of appointment will be determined based on a review, covering the period up to March 31, 2030.
(*If the project to which the appointee is assigned is extended, the term may be extended up to March 31, 2031.) |
| Research Unit |
Energy Process Research Institute |
| Work Location |
AIST Hokkaido、AIST Tsukuba |
| URL |
https://unit.aist.go.jp/epri/mhpu/index.html |
| Inquiry |
Department of Energy and Environment
E-mail: saiyou-eneenv-ml*aist.go.jp (Please replace "*" with "@") |
| Number of Position |
2 |
| Key Words |
Energy／Natural gas／Earth environment ／Ocean resource／Carbon resource |
| Click here for registration |
|
Entry ID
ENEENV-107 |
Title |
Fundamental Technologies for Performance Measurement of Next-Generation Solar Cells |
Job Summary and Essential/Desirable
Skills and Experience |
We are seeking researchers to contribute to the development of performance measurement technologies for next-generation solar cells. Candidates should possess experience in solar cell performance measurement, or in foundational fields such as optical measurement, electrical measurement, electrical/electronic engineering, or measurement engineering, and demonstrate a strong motivation to develop the technologies required for measuring the performance of next-generation solar cells.
In addition, "Implementation Policy on Voluntary Research Activities, etc. of Young Researchers Employed to Implement Projects under Competitive Research Funds" (February 12, 2020, Relevant Ministries Liaison Committee on Competitive Research Funds) Based on the agreement (agreed upon), after recruitment, those under the age of 40 will be eligible for voluntary research activities that contribute to the promotion of this research and improvement of research and management skills, up to a maximum of 20% of their effort, if approved by AIST. In some cases, employees may be permitted to engage in activities that contribute to their goals.
We also welcome those who do not have a doctoral degree but who are motivated to utilize their practical experience at a company for the social implementation of AIST's research and development. |
| Start of Employment |
At any time |
| Period of Employment |
The term of appointment will be determined based on a review, covering the period up to March 31, 2029.
(*If the project to which the appointee is assigned is extended, the term may be extended up to March 31, 2031.) |
| Research Unit |
Renewable Energy Advanced Research Center |
| Work Location |
AIST Tsukuba |
| URL |
https://unit.aist.go.jp/renrc/en/unit/pvcsmrt.html |
| Inquiry |
Department of Energy and Environment
E-mail: saiyou-eneenv-ml*aist.go.jp (Please replace "*" with "@") |
| Number of Position |
a few positions available |
| Key Words |
Solar cells／Optical measurement／Optical engineering／Measurement technology／Spectroscopic measurement |
| Click here for registration |
|
Entry ID
ENEENV-108 |
Title |
Research into High Durability, High Efficiency and Low Cost for the Commercialisation of Perovskite Solar Cells |
Job Summary and Essential/Desirable
Skills and Experience |
We seek researchers to develop durable, efficient, and low‑cost technologies for the commercialization of perovskite solar cells. Applicants must have a solid track record in PSC research and be able to work effectively with industry partners and solve technical issues.
In addition, "Implementation Policy on Voluntary Research Activities, etc. of Young Researchers Employed to Implement Projects under Competitive Research Funds" (February 12, 2020, Relevant Ministries Liaison Committee on Competitive Research Funds) Based on the agreement (agreed upon), after recruitment, those under the age of 40 will be eligible for voluntary research activities that contribute to the promotion of this research and improvement of research and management skills, up to a maximum of 20% of their effort, if approved by AIST. In some cases, employees may be permitted to engage in activities that contribute to their goals.
We also welcome those who do not have a doctoral degree but who are motivated to utilize their practical experience at a company for the social implementation of AIST's research and development. |
| Start of Employment |
At any time |
| Period of Employment |
The term of appointment will be determined based on a review, covering the period up to March 31, 2029.
(*If the project to which the appointee is assigned is extended, the term may be extended up to March 31, 2031.) |
| Research Unit |
Renewable Energy Advanced Research Center |
| Work Location |
AIST Tsukuba |
| URL |
https://unit.aist.go.jp/renrc/en/unit/pscrt.html |
| Inquiry |
Department of Energy and Environment
E-mail: saiyou-eneenv-ml*aist.go.jp (Please replace "*" with "@") |
| Number of Position |
a few positions available |
| Key Words |
Solar cells／Perovskite solar cells／High durability, high power conversion efficiency, low-cost process／Commercializaiton |
| Click here for registration |
|
Entry ID
ENEENV-109 |
Title |
Assessment of Impacts of Perovskite Solar Cell Deployment and Development of a Power Generation Simulation Model |
Job Summary and Essential/Desirable
Skills and Experience |
To support the wider adoption of perovskite solar cells for a zero-emission society, we are developing power generation simulation models that consider diverse installation conditions, including building structures and weather conditions. These models will be used to evaluate the potential benefits of deploying perovskite solar cells in urban areas. We are seeking highly motivated researchers with a background in energy engineering, systems engineering, architecture, or related fields, and with fundamental knowledge of solar cell simulation and performance evaluation.
In addition, "Implementation Policy on Voluntary Research Activities, etc. of Young Researchers Employed to Implement Projects under Competitive Research Funds" (February 12, 2020, Relevant Ministries Liaison Committee on Competitive Research Funds) Based on the agreement (agreed upon), after recruitment, those under the age of 40 will be eligible for voluntary research activities that contribute to the promotion of this research and improvement of research and management skills, up to a maximum of 20% of their effort, if approved by AIST. In some cases, employees may be permitted to engage in activities that contribute to their goals.
We also welcome those who do not have a doctoral degree but who are motivated to utilize their practical experience at a company for the social implementation of AIST's research and development. |
| Start of Employment |
At any time |
| Period of Employment |
The term of appointment will be determined based on a review, covering the period up to March 31, 2029.
(*If the project to which the appointee is assigned is extended, the term may be extended up to March 31, 2031.) |
| Research Unit |
Global Zero Emission Research Center |
| Work Location |
AIST Tsukuba |
| URL |
https://www.gzr.aist.go.jp/en/ |
| Inquiry |
Department of Energy and Environment
E-mail: saiyou-eneenv-ml*aist.go.jp (Please replace "*" with "@") |
| Number of Position |
a few positions available |
| Key Words |
Perovskite solar cell／Technology assessment／Simulation |
| Click here for registration |