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Field
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cleanroom nanofabrication techniques (thin-film deposition, lithography, etching, encapsulation). Integrate optical cavities (e.g., DBR cavities) with CQW emitters to enhance spontaneous emission via
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lithography, through etch, metallisation, passivation, and wafer-level test—working closely with DREAMS partners to align device architectures with project work-packages. This post requires executing
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, process integration, and electrical/optical metrology to evaluate stacks for all-optical magnetic switching (AOS). You will plan and run cleanroom process flows end-to-end—from mask design and lithography
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-on cleanroom fabrication experience including lithography, etching, thin-film deposition, and device packaging. Interpersonal skills (e.g. ability to work independently, develop solutions under strict timelines
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materials developed within the EXPRESS programme. You will design and implement fabrication process flows within a cleanroom environment, including thin film deposition, lithography, mask design and etching
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materials developed within the EXPRESS programme. You will design and implement fabrication process flows within a cleanroom environment, including thin film deposition, lithography, mask design and etching
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(e.g., SolidWorks) for microfluidic device design. Experience with Raman spectroscopy instrumentation and spectral data analysis. Preferred Experience in microfluidic chip fabrication (soft lithography
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and non-technical matters; Some experience in sample preparation and device engineering techniques (e.g. photo- and ebeam-lithography) preferred. More Information Location: [[Kent Ridge Campus
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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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orbital currents and local magnetization. Key Responsibilities: Depositing high quality magnetic thin films Performing structural and magnetic characterization Fabricating devices using lithography