—
General information Organisation The French Alternative Energies and Atomic Energy Commission (CEA) is a key player in research, development and innovation in four main areas : • defence and security, • nuclear energy (fission and fusion), • technological research for industry, • fundamental research in the physical sciences and life sciences. Drawing on its widely acknowledged expertise, and thanks to its 16000 technicians, engineers, researchers and staff, the CEA actively participates in collaborative projects with a large number of academic and industrial partners. The CEA is established in ten centers spread throughout France Reference 2023-25857 Division description Within the Direction de la Recherche Fondamentale (DRF), the lnstitut de recherche interdisciplinaire de Grenoble (lRlG), created on January 1, 2019, conducts research in biology, health, nanosciences, cryotechnologies and new technologies for energy and the environment. Physicists, chemists, biologists, physicians, computer scientists and mathematicians jointly participate in this fundamental research and the applications that result from it, giving the institute a remarkable capacity to respond to major societal challenges. Description de l'unité Within IRIG, the Laboratory of Chemistry and Biology of Metals (Research unit cooperated by Univ Grenoble Alpes, CNRS and CEA) carries out a scientific project at the interface of chemistry and biology, in connection with two major societal transitions: the development of a circular and sustainable economy exploiting renewable energy sources and the development of new technologies for health and medicine of the future. Within this UMR, the SolHyCat team conducts research for the development of new energy technologies. The themes are oriented towards the exploration of sustainable production routes of non-conventional renewable fuels, in particular by exploiting solar energy. Part of the laboratory's activity concerns the development of bio-inspired catalysts for fuel cells, water electrolysis or CO2 valorisation. Artificial photosynthesis is the second major axis of the laboratory and aims at the direct photo(electro)chemical conversion of solar energy in order to produce fuels or solar chemicals. For this purpose, the laboratory develops hybrid photoelectrode materials combining semiconductor materials and molecular architectures. These two activities are developed in close collaboration with two other departments of IRIG, SyMMES and MEM, in partnership with major industrial actors and often in the framework of European research projects. Category Condensed Matter Physics, chemistry, nanosciences Contract Permanent contract Job title Junior research scientist in heterogeneous (photo/electro)catalysis H/F Socio-professional category Executive Job description In the current context of the ecological transition and more particularly of the CEA's transverse program for a circular carbon economy, the SolHyCat team in LCBM must increase its research capabilities towards the development of heterogeneous catalytic systems for the valorisation of CO2, possibly assisted by, or coupled with, photo- and/or electrochemical processes. The applications targeted here include the conversion of CO2 into fuels or commodity chemicals for which breakthroughs are needed in terms of selectivity, stability or performance. The researcher will propose an innovative project aiming at the development of inorganic materials (metal oxides or sulfides, M-Xenes, Single-Atom-Catalysts...) catalyzing at their surface C-C bond coupling reactions (Fischer-Tropsch type, ethylene or ethanol production) and/or hydrogenation (methanol production...) and will integrate them in porous electrodes or photoelectrodes of photoelectrolysis devices. He/she will be interested in understanding at the molecular level the reaction mechanisms operating at the surface in order to improve selectivity, stability and catalytic performances. He or she will integrate a team of four researchers and two engineers on whom he or she will be able to rely to collaborate. He or she will participate in setting up and monitoring collaborative projects in response to calls from the European Commission in the area covered by the Sunergy initiative, in partnership with key industrial players in the field of decarbonization (Toyota Motor Europe, Engie, GDRF, etc.), and, more generally, in the CEA's Circular Carbon Economy program, in collaboration with colleagues from other CEA operational departments. Applicant Profile 792D1451595243FC987604746DF731F6@ts.com Site Grenoble Job location France, Auvergne-Rhône-Alpes, Isère (38) Location Grenoble Position start date 01/01/2024
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| Query | Country | Status | Response ms | Created |
|---|---|---|---|---|
| Junior research scientist in heterogeneous | fallback | 415 | 2026-03-21 21:15 | |
| junior research scientist in France | fr | processed | 3944 | 2026-03-21 17:18 |
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"job_description": "General information\n\nOrganisation\n\nThe French Alternative Energies and Atomic Energy Commission (CEA) is a key player in research, development and innovation in four main areas :\n\n• defence and security,\n\n• nuclear energy (fission and fusion),\n\n• technological research for industry,\n\n• fundamental research in the physical sciences and life sciences.\n\nDrawing on its widely acknowledged expertise, and thanks to its 16000 technicians, engineers, researchers and staff, the CEA actively participates in collaborative projects with a large number of academic and industrial partners.\n\nThe CEA is established in ten centers spread throughout France\n\nReference\n\n2023-25857\n\nDivision description\n\nWithin the Direction de la Recherche Fondamentale (DRF), the lnstitut de recherche interdisciplinaire de Grenoble (lRlG), created on January 1, 2019, conducts research in biology, health, nanosciences, cryotechnologies and new technologies for energy and the environment. Physicists, chemists, biologists, physicians, computer scientists and mathematicians jointly participate in this fundamental research and the applications that result from it, giving the institute a remarkable capacity to respond to major societal challenges.\n\nDescription de l'unité\n\nWithin IRIG, the Laboratory of Chemistry and Biology of Metals (Research unit cooperated by Univ Grenoble Alpes, CNRS and CEA) carries out a scientific project at the interface of chemistry and biology, in connection with two major societal transitions: the development of a circular and sustainable economy exploiting renewable energy sources and the development of new technologies for health and medicine of the future.\nWithin this UMR, the SolHyCat team conducts research for the development of new energy technologies. The themes are oriented towards the exploration of sustainable production routes of non-conventional renewable fuels, in particular by exploiting solar energy. Part of the laboratory's activity concerns the development of bio-inspired catalysts for fuel cells, water electrolysis or CO2 valorisation. Artificial photosynthesis is the second major axis of the laboratory and aims at the direct photo(electro)chemical conversion of solar energy in order to produce fuels or solar chemicals. For this purpose, the laboratory develops hybrid photoelectrode materials combining semiconductor materials and molecular architectures. These two activities are developed in close collaboration with two other departments of IRIG, SyMMES and MEM, in partnership with major industrial actors and often in the framework of European research projects.\n\nCategory\n\nCondensed Matter Physics, chemistry, nanosciences\n\nContract\n\nPermanent contract\n\nJob title\n\nJunior research scientist in heterogeneous (photo/electro)catalysis H/F\n\nSocio-professional category\n\nExecutive\n\nJob description\n\nIn the current context of the ecological transition and more particularly of the CEA's transverse program for a circular carbon economy, the SolHyCat team in LCBM must increase its research capabilities towards the development of heterogeneous catalytic systems for the valorisation of CO2, possibly assisted by, or coupled with, photo- and/or electrochemical processes. The applications targeted here include the conversion of CO2 into fuels or commodity chemicals for which breakthroughs are needed in terms of selectivity, stability or performance.\n\nThe researcher will propose an innovative project aiming at the development of inorganic materials (metal oxides or sulfides, M-Xenes, Single-Atom-Catalysts...) catalyzing at their surface C-C bond coupling reactions (Fischer-Tropsch type, ethylene or ethanol production) and/or hydrogenation (methanol production...) and will integrate them in porous electrodes or photoelectrodes of photoelectrolysis devices. He/she will be interested in understanding at the molecular level the reaction mechanisms operating at the surface in order to improve selectivity, stability and catalytic performances.\nHe or she will integrate a team of four researchers and two engineers on whom he or she will be able to rely to collaborate. He or she will participate in setting up and monitoring collaborative projects in response to calls from the European Commission in the area covered by the Sunergy initiative, in partnership with key industrial players in the field of decarbonization (Toyota Motor Europe, Engie, GDRF, etc.), and, more generally, in the CEA's Circular Carbon Economy program, in collaboration with colleagues from other CEA operational departments.\n\nApplicant Profile\n\n792D1451595243FC987604746DF731F6@ts.com\n\nSite\n\nGrenoble\n\nJob location\n\nFrance, Auvergne-Rhône-Alpes, Isère (38)\n\nLocation\n\nGrenoble\n\nPosition start date\n\n01/01/2024",
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