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, polymer matrix ceramic composites, ceramic matrix composites, and advanced coating systems for a variety of applications in the aerospace, defense, nuclear, and microelectronic industries. Develop standard
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or have equivalent commercial microelectronic engineering experience. Knowledge of Long Term Evolution or Internet of Things device development and implementation is valuable, as well as experience in
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incorporated into complex microelectronic and optoelectronic architectures, with particular emphasis on interfaces between two-dimensional and conventional semiconductor materials. This position resides in
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will contribute to an industry-sponsored project focused on the integration of energetic materials with microelectronic devices through advanced printing technologies. The successful candidate will lead
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one or more of the following areas: electronics and microelectronics, optical systems and lasers, ultrasound or sensor technologies, precision instrumentation, mechanical design and Computer-Aided
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areas: electronics and microelectronics optical systems and lasers ultrasound or sensor technologies precision instrumentation mechanical design and CAD biomedical imaging systems Programming experience
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, Sputtering or MOCVD systems for microelectronics and emerging sensor technologies. Key Responsibilities: Develop and optimize wafer-scale 2D materials, including TMDCs, MXenes, and MOFs, for microelectronics
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for Microelectronics” —a physics-informed AI framework that links composition, structure, and operating conditions to defect evolution and functional performance. The successful candidates will lead experimental
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science, or a closely related field Experience in the development and/or deployment of superconducting devices, or related technologies in quantum devices, low-temperature systems, microelectronics, or
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Position Description PART 01 Introduction of the project group Relying on mathematics, quantum computing, computer, microelectronics and other disciplines, Center for Network and Information