9609 marketing germany English-speaking jobs in Germany

Operating from Germany and Singapore—two global hubs of technology and innovation—we are uniquely positioned

Location: Berlin, Germany, office-first 4 days / week Type: Full-Time Experience Level: Mid-Level to

This role can be based in Hamburg or worked remotely, but you must be based in Germany for this position

Q.ANT is headquartered in Stuttgart, 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.

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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At Audible, we believe stories have the power to transform lives. It’s why we work with some of the world’s leading creators to produce and share audio storytelling with our millions of global listeners. We are dreamers and inventors who come from a wide range of backgrounds and experiences to empower and inspire each other. Imagine your future with us.