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Materials and Chemistry

We are developing technologies to enhance added value of functional chemicals, and to realize practical use of new materials, with strengthening value chains of materials through synergistic interaction between materials and chemical technologies in mind. Thus, we are aiming to contribute to the primary materials and chemical industries.

 


Type B (Tenured position)

The below-listed job opportunities are for Type B. 
 

Job Opportunities for the 3rd round of Open Recruitment 2023 - Closed at 23:59 on 10 January 2024 (JST)
Entry ID
mc5-31
Title Research on material diagnosis and bio-manufacturing at the "organic and biomaterial base"
Job Summary and Essential/Desirable Skills and Experience We are conducting research on material diagnostic technology and biomanufacturing to realize a circular economy on the MPI (Material Process Innovation) platform of the AIST Chugoku Center.
In material diagnostic technology, we are looking for researchers with advanced expertise and experience in the fields of measurement and analysis of organic materials and biomaterials, manufacturing process evaluation, and data informatics.
In biomanufacturing, we are looking for researchers with a high degree of expertise and experience in microbial and protein engineering, fermentation process design and optimization.
We 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 R&D.
Start of Employment April 1st, 2024
Research Unit Research Institute for Sustainable Chemistry
Work Location AIST Chugoku
URL https://unit.aist.go.jp/ischem/index_en.html
Inquiry E-mail: mc-saiyo-ml*aist.go.jp
(Replace "*" with "@")
Number of Position 3
Key Words Polymer science/Materials process engineering/Data science/Biochemistry/Applied Microbiology
Related Research Areas Nanotechnology/Materials/Manufacturing Technology/Life Science
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Entry ID
mc5-32
Title Research and Development on Chemical Process that Contributes to Sustainable Society
Job Summary and Essential/Desirable Skills and Experience In this position, you will engage in research and development on chemical process technology that contributes to realization of resource-recycling society, or to intensification of our chemical industry.
Applicants are expected to have expert knowledge and research experience in the fields of organic chemistry, inorganic chemistry, catalytic chemistry, materials chemistry, chemical engineering, process engineering, super critical fluid technology, and related fields.
We 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 R&D.
Start of Employment April 1st, 2024
Research Unit Research Institute for Chemical Process Technology
Work Location AIST Tohoku, AIST Tsukuba
URL https://unit.aist.go.jp/cpt/index_en.html
Inquiry E-mail: mc-saiyo-ml*aist.go.jp
(Replace "*" with "@")
Number of Position 1
Key Words Chemical Process/Chemical Engineering/Resource Recycling/CCUS/Flow Synthesis
Related Research Areas Environmantal science/Nanotechnology/Materials/Manufacturing Technology
Click here for registration
 
Entry ID
mc5-33
Title Research and development of innovative functional materials and the advanced processes
Job Summary and Essential/Desirable Skills and Experience We are looking for researchers who can contribute to solving social issues related to safety and security, carbon neutrality, material circulation, by researching and developing innovative functional materials, and the advanced processes for their realization. In particular, we recruit researchers who have basic foundations in applied chemistry, applied physics, and materials engineering such as smart active functional materials, highly efficient energy and electrochemical conversion materials, energy-saving processing technologies that highly control bulk, surface interfaces and nano-structures, development of data-driven materials and the realization of next-generation magnetic materials.
We 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 R&D.
Start of Employment April 1st, 2024
Research Unit Innovative Functional Materials Research Institute
Work Location AIST Chubu
URL https://unit.aist.go.jp/ifm-ri/index_en.html
Inquiry E-mail: M-webmaster_ifm-ri-ml*aist.go.jp
(Replace "*" with "@")
Number of Position 1
Key Words Fuel cell and electrolytic cell materials/Photo-chromic and thermal control materials/Resource recycling processes and new materials/Next-generation magnetic materials/Innovative manufacturing process
Related Research Areas Nanotechnology/Materials/Natural Science/Manufacturing Technology
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Entry ID
mc5-34
Title Development of interdisciplinary resource recycling technology based on catalyst technology
Job Summary and Essential/Desirable Skills and Experience Driven by an actual mechanism-based understanding of reactions, the project will conduct R&D based on innovative catalyst technologies that contribute to resource recycling and circular economy, such as chemical recycling technology for plastics and chemical process technology oriented toward commercial and practical production. To conduct data-driven interdisciplinary research and development that also introduces AI and process informatics, we are seeking highly motivated researchers with advanced expertise and experimental techniques in the fields of catalytic chemistry, synthetic chemistry, chemical engineering, or information science, and who are willing to take on the challenges of different fields.
We 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 R&D.
Start of Employment April 1st, 2024
Research Unit Interdisciplinary Research Center for Catalytic Chemistry
Work Location AIST Tsukuba
URL https://irc3.aist.go.jp/english/
Inquiry E-mail: mc-saiyo-ml*aist.go.jp
(Replace "*" with "@")
Number of Position a few positions available
Key Words Molecular Catalysts/Solid catalysts/Organic Synthesis/Chemical Processes/Artificial Intelligence
Related Research Areas Nanotechnology/Materials/Environmental science/Manufacturing Technology
Click here for registration
 
Entry ID
mc5-35
Title Advanced data driven materials design research using quantum computers
Job Summary and Essential/Desirable Skills and Experience Eligible researchers for this job recruitment are expected to contribute our research program on advanced quantum computing (QC) for data driven materials design including QC accelerated computer simulation and data science computation. Applicants are expected to have excellent scientific attainments or research experiences on quantum computing and materials informatics as well as strong motivation for quantum computing applications for material and chemistry industry problems.
We 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 R&D.
※Data driven materials design technology is a technology that derives design rules out of materials data and process data using AI.
Start of Employment April 1st, 2024
Research Unit Research Center for Computational Design of Advanced Functional Materials
Work Location AIST Tsukuba
URL https://unit.aist.go.jp/cd-fmat/index_en.html
Inquiry E-mail: mc-saiyo-ml*aist.go.jp
(Replace "*" with "@")
Number of Position 1
Key Words quantum computing/computer simulation/data science/data driven materials design
Related Research Areas Nanotechnology/Materials/Natural Science/Informatics
Click here for registration
 

 

 

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