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Job Description To conduct research in area of composite hybrid thermoelectric materials and devices Qualifications 1. A Ph.D. degree in area of Polymer Science and Engineering, or Physical
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Job Description To conduct research in area of composite hybrid thermoelectric materials and devices Qualifications 1. A Ph.D. degree in area of Polymer Science and Engineering, or Physical
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Job Description Perform numerical and finite element analysis of fiber-reinforced composite specimens, tanks and pipes. Optimize lay-up, materials selection and design of thermoplastic composite
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CST microwave Studio, composite material fabrication, microstructural characterization, and microwave measurements. The candidate should have a PhD degree on relevant areas, e.g., mechanical engineering
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CST microwave Studio, composite material fabrication, microstructural characterization, and microwave measurements. The candidate should have a PhD degree on relevant areas, e.g., mechanical engineering
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CST microwave Studio, composite material fabrication, microstructural characterization, and microwave measurements. The candidate should have a PhD degree on relevant areas, e.g., mechanical engineering
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polymers and composite materials for environmental sustainability applications. The successful candidate will be expected to be part of the research team under the supervision of the Principal Investigator
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environments such as short run memory and pressure gauges in downhole environment, implantable medical devices, cold temperature aerospace applications and IoT devices, etc, and (2) Hybrid nano-composite 3D foam
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is in collaboration with National institute and industries (e.g. ST Engineering and DSO, etc). 2. Hybrid nano-composite 3D foam synthesis for high Energy Battery. • New battery development with high
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demographic responses to simulated drought o Using ecosystem demographic models to explore the impact of future climate change on forest structure, composition and biomass dynamics o Modelling forest