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devices such as modulator (EO conversion) and detector (OE conversion) devices are critical in defining the maximum data rate, footprint, and the overall link power budget. Within the Connectivity
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field of view with computational microscopy & computer vision What you will do Within the imec HSA department, we develop application-driven prototypes built around imec’s unique chip-level technologies
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the Silicon Photonics integration team will be to define the process flows for Silicon Photonics devices to enable new devices and functionality for our customers. As member of the Silicon Photonics integration
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Engineering, or Computer Science, with relevant industrial or academic experience in digital hardware design, system modeling, and/or uArchitecture research. You are experienced in RTL design flows (Verilog
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multidisciplinary and multicultural environment in close cooperation with Researchers, Scientists, Hardware Engineers, Operations, Equipment Vendors, Industrial Assignees, Device and Process experts. You will be
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facilities. Your mission as an Integration engineer will be to define the process flows to enable new device functionality for our Imec partners and customers. You will contribute to driving both imec’s
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of testchips for new technology pathfinding. You will be involved in the definition and design of demonstrator test chips with focus on next-generation memory technologies. You will interact with device
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on next-generation memory technologies. You will interact with device, integration, and system/DTCO teams to drive projects from concept to silicon tape-out in close collaboration with different teams
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emerging opportunities Translate scientific insights into project milestones and report on progress Design and implement advanced measurement schemes to characterize nanopore devices and sensing performance