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program, imagers & specialty component program, quantum computing program) and joint development programs with external partners. Work cross-functionally with the integration/process support/hardware teams
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. Collaborating closely with component experts, we innovate at the system level to advance these technologies and bridge the gap between research and industry. Each system integrates a novel microchip or sensor
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Engineering or relevant STEM degree, preferably with early career experience. Experience with performance analysis of HPC applications, such as molecular dynamics or computational fluid dynamics. Experience
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compact form factor. Your responsibilities will include: Technology Roadmapping: Contribute to imec’s strategic research initiatives by defining the evolution of next-generation quantum sensors. Quantum
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characterization data. Design and execute development plans, including DOE setup, in-line characterization strategy, pilot line follow-up, and data analysis. Module Robustness & Scalability: Apply industry
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based on electrical and characterization data. Design and execute development plans, including DOE setup, in-line characterization strategy, pilot line follow-up, and data analysis. Module Robustness
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analysis and performance optimization of such compute pipelines. You follow up on progress within research projects and are able to communicate the accomplished/ in-process work to internal and external