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the research on multi-layer metasurfaces for wireless communications, sensing, and computing. Key Responsibilities: Design the multi-layer metasurfaces prototype for wireless communications, sensing
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designed to attract and empower the world’s brightest early-career researchers. This fellowship supports outstanding scientists who harness Artificial Intelligence (AI) to accelerate breakthroughs across
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and experimental research on mid-infrared silicon photonics. Design and implement mid-infrared active and passive devices such as lasers and detectors and waveguides. Develop and validate mid-infrared
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research on design and manufacturing of soft fluidic catheter robotics. This role will propose novel design of soft robotic materials and structures driven by the fluidic environment. Experiments will be
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translational applications Design, plan and execute experiments using cancer models, including organoids, patient-derived xenografts (PDX), and functional genomics tools (e.g., CRISPR) Conduct animal studies with
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. Design, develop, and evaluate interactive systems or interventions that promote positive socio-emotional outcomes. Publish and present research in top-tier HCI and communication journals and conferences
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to adapt and incorporate novel ideas and approaches in scientific industry. Demonstrated ability to formulate hypothesis and design effective experimental plans. Ability to design and implement new
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/sensing applications. Design the quantum sensing prototype for wireless communications/sensing applications. Conduct software simulations and hardware experiments. Document research outcome to publish at
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Responsibilities: Lead the design, implementation, and validation of data-driven Digital Twin (DT) models to simulate and forecast dynamic energy demands and renewable generation patterns within shipyard operations
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Science, Biomedical Sciences, Chemistry or related fields Experience (2+ years) in biomaterial design, not limited to material functionalization, characterizations, biofabrication and biosensing