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Performing structural and magnetic characterization Fabricating devices using lithography techniques Conducting high-field low-temperature electrical transport measurements Publish research results in high
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of engineered surfaces within the Nano Mechanics and Tribology Laboratory. Research areas include two-photon lithography (TPL) 3D printing, coatings and thin films, adhesion science, and nanomechanical
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orbital currents and local magnetization. Key Responsibilities: Depositing high quality magnetic thin films Performing structural and magnetic characterization Fabricating devices using lithography
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preparation and device engineering techniques (e.g. photo- and ebeam-lithography) preferred. More Information Location: [[Kent Ridge Campus]] Organization: [[National University of Singapore]] Department
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cleanroom environments (e.g. lithography, thin-film processing, etching, device characterization) is an advantage. Experience with optical and opto-electronic experimental techniques, including fiber-based
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the performance of free electron-driven EUV emission for imaging, lithography and other applications. Key Responsibilities: Perform simulations in nanophotonics, free electron-driven EUV emission and EUV
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publication record, in the following areas: * Microtechnology and fabrication: e.g., soft lithography, photolithography, micro/nanofabrication, microfluidic device design and fabrication, micropatterning
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: Design, fabricate, and test micro- and nano-structures at MiNaLab using lithography to create customized platforms (e.g. patterns, (confined) channels, mazes) for studying cancer cell dynamic, with a
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profile The successful candidate should have a PhD degree in physics or engineering and experience in nano-lithography, optical instrumentation and metrology, or synchrotron radiation Knowledge in
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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