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mentioned in the job description Strong background in mathematics, in particular matrix analysis and related methods relevant for quantum information theory More Information Location: [[Kent Ridge Campus
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in Bioengineering/Materials Science/Chemistry Strong experimental skills, especially in self-assembled monolayers, surface fabrication and characterization, and associated methods Excellent
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) who is highly skilled in and deeply passionate about computational electromagnetism and mathematical physics/engineering. The SRF should have strong background in computational methods for solving
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analytical biochemistry/chemistry or bioengineering, who will be tasked to conduct in depth biochemical characterization of alternative proteins and peptides using analytical methods such as high-performance
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Prepare manuscripts, reports and presentations Guide and train students and junior lab members Maintain complete documentation for modelling methods and analysis used Regular communications with supervisors
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Sun on LRRK2 project under a project on Develop novel allosteric inhibitor of LRRK2. The main responsibilities of the position include: 1. Developing innovative methods for the structural analysis
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assays, and the FANCI method. Analyze experimental data and integrate results into the broader context of RNA biology and disease mechanisms. Collaborative Research Collaborate with other researchers in
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theoretical framework development, method development, and empirical works in collaboration with clinicians, medical innovators, and decision makers. The successful candidate will be expected to perform
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methods encompassing physics and data for the investigation of composite structures or fluid-structure interaction. Key Responsibilities: Undertake theoretical development of physics-enabled data driven
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skills in: Electron-beam lithography Metal deposition Dry and wet etching Low-noise microwave measurements Operation of cryogenic equipment Mechanical assembly for RF devices Josephson junction fabrication