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systems designs is more than ever essential to maintain performance increase together with power/area reduction in the next generations of chips. The Back-End-Of-Line (BEOL) interconnects is the metal
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will work closely with the device design, characterization and process development engineers and be responsible for defining and implementing the process options enabling Laser co-integration with Si
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their performance and variability. One key parameter is carrier mobility which directly influences transistor performance and is impacted by defects and strain within the material. As PhD candidate, you
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-opportunities/phd-at-imec Contact City Leuven Website http://www.imec-int.com Street Kapeldreef 75 Postal Code 3001 E-Mail [email protected] STATUS: EXPIRED
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on an amorphous starting surface . During this PhD research, you will embark on a journey to reveal how the geometry, chemical composition and critical (physical) dimensions of the design affect where TMD crystals
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given application. [1-4] However, the synthesis of 2D/3D homo- and heterostructures with industry compatible deposition techniques is still in the early stages. The Goal The main goal is to design novel
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Infrastructure? No Offer Description What you will do As an optical passive designer, you contribute to further development in our silicon photonics technology. You act as the technical interface between cross
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computing, which serve as consistent drivers of innovation, bringing forth a continuous stream of novel and increasingly complex wet processing challenges. For instance, in the Angstrom era in Logic CMOS
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pilot lines. Your responsibilities include: Conception and design of single and multi-qubit arrays spin qubit devices. Helping to develop technological and application-driven roadmaps for relevant
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Innovation Hub (Clifford Allbutt Building), Cambridge Biomedical Campus Hills Road Where to apply Website https://www.imec-int.com/en/work-at-imec/job-opportunities/physically-aware-sys… Contact City Leuven