9254 marketing germany English-speaking jobs in Germany

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

Your Tasks In this research project, you will contribute to rethinking the way semiconductors can be manifactured. In interdisciplinary collaboration with researchers in chemistry and material science, you will investigate semiconductors generated by new, chemically controlled techniques, for a broad range of applications in optoelectronic, photovolvatic, or sensing devices.

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JOIN THE TEAM The future of BASF is climate-neutral - and we are shaping the way ahead! We enable BASF to access renewable energy by participating in the production of renewable electricity, concluding long-term supply contracts and bringing renewable electricity to BASF production sites.

JOIN THE TEAM The future of BASF is climate-neutral - and we are shaping the way ahead! We enable BASF to access renewable energy by participating in the production of renewable electricity, concluding long-term supply contracts and bringing renewable electricity to BASF production sites.

JOIN THE TEAM The future of BASF is climate-neutral - and we are shaping the way ahead! We enable BASF to access renewable energy by participating in the production of renewable electricity, concluding long-term supply contracts and bringing renewable electricity to BASF production sites.

JOIN THE TEAM The future of BASF is climate-neutral - and we are shaping the way ahead! We enable BASF to access renewable energy by participating in the production of renewable electricity, concluding long-term supply contracts and bringing renewable electricity to BASF production sites.

Then apply now as: Director Global Talent Management (f/m/d) Bad Vilbel | Germany (DE) | Full-time

Then apply now as: Director Global Talent Management (f/m/d) Bad Vilbel | Germany (DE) | Full-time