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for high-performance electronics, focusing on heat transfer enhancement, temperature stabilisation, and film boiling suppression. Key Responsibilities: Design and conduct electrically assisted pool-boiling
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system models (EGS/AGS) and associated heat extraction performance. Model and assess geothermal-driven cooling configurations, including absorption chillers and geothermal-assisted heat pumps. Integrate
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-state batteries; high energy batteries; materials synthesis; Develop materials for electronic devices like sensors, semiconductors, switch, transistors. Design and perform electrochemical, mechanical, and
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. Develop and validate geothermal system models (EGS/AGS) and associated heat extraction performance. Model and assess geothermal-driven cooling configurations, including absorption chillers and geothermal
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, and performing characterization and optimization. Key Responsibilities: Design and assemble a compact mid-infrared laser system capable of generating high-average-power and high-peak-power femtosecond
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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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. The candidate will collaborate closely with academic researchers and industry engineers to transform research prototypes into deployable, high-performance solutions aligned with industrial requirements. Key
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Singapore’s AI-for-Science ecosystem. The candidate is expected to conduct the following research works Perform first-principles calculations on bulk systems, surfaces, and nanostructures as required. Develop
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The Energy Research Institute @ NTU (ERI@N) is a pan-university research institute that focuses on systems-level research for tropical megacities. It performs translational research that covers
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formulations including graphene, carbon nanotubes, ceramics, and other advanced fillers to develop sustainable, high-performance feedstocks for 3D printing. This role is central to our efforts to push the