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techniques that leverage experimental data to construct detailed 3D representations of complex interfaces in energy storage and conversion devices at the atomistic level. These include solid-liquid (S-L
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during organoid growth. In the case of shell actuator this also requires a good engineering mindset as additional components will need to be designed and constructed, e.g., using 3D printing, and
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digital 3D processes (CNC, plasma cutter, etc.) E-Verify Participation Notice: https://www.e-verify.gov/sites/default/files/everify/posters/EVerifyParticipationPoster.pdf E-Verify Right to Work: https
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Remote/Telecommuting No remote/telecommuting opportunity Position Summary Conduct research in the area of virus-associated cancer research in 2D and 3D human models of disease as well as in patient tumor
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), Shom (Service of Hydrography and Oceanography of the French Navy), and CNRS-LMA. The project is running until the end of December 2028. The goal of the proposed work is to perform 3D numerical modeling
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area of Gaussian Process based Simultaneous Localisation and Mapping (SLAM) and recent advances in non-parametric, 3D environment modelling. We will assess the utility of these tools for map-building
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fabrication skills. Commitment to maintaining a safe work environment. Proficient in 3D printing and associated CAD software (SolidWorks and/or AutoCAD) · Experience with Data Acquisition systems · Experience
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replacements, where required. Contribute to designing and fabricating custom lab components using CAD software and additive manufacturing (3D printing). Participate in developing vibration-isolation and
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AI systems for real-time 3D mapping on compact, low-power devices. The project will combine optical sensing, event-based vision, and radio-frequency (RF) data with advanced AI to build robust mapping
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the field of mechanical engineering with focus on the following topics: computer aided design modeling, engineering design methodology, the creative design process, prototyping using custom 3D printed parts