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Energy Studies Institute (ESI) The Energy Studies Institute (ESI) is a research institute at the National University of Singapore seeking to advance the understanding of energy policy issues by
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of Biological Sciences is seeking a Research Fellow to contribute to a project focused on the functions of cell polarity proteins in epithelial lumen formation. Key Responsibilities: Design, conduct, analyse, and
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in Singapore. • Perform measurement and verification of different operating modes of a radiant-based energy system installed in Singapore, and benchmark it against other common HVAC systems
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position as Senior Research Fellow for its Energy Law and Policy Programme (ELP). The ideal candidate would be interested in working on globally-oriented energy governance issues with a regional focus
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on biological aspects of alternative protein technology Job Requirements: PhD Degree in molecular biology, and related degrees Experience in cell differentiation, particularly adipose cells biology; cultivated
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School of Electrical and Electronic Engineering (NTU EEE) invites applications for the position of Research Fellow. The research fellow will work on project on Li-ion battery ageing analysis and experiment testing. Key Responsibilities: Perform experiment testing for Li-ion batteries Development...
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The Energy Research Institute @ NTU (ERI@N ) invites applications for the position of Research Fellow. Key Responsibilities: Perform literature review and survey to understand the developments and
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Job Description The successful candidate will work with Professor Barbaros Oezyilmaz on energy storage and conversion. The main responsibilities include: Building upon our ground breaking work in 2D
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Job Description The NUS Centre for International Law (CIL) is seeking applications from motivated and committed candidates for a 2-year position as Senior Research Fellow for its Energy Law and
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on developing a novel floating hybrid tidal-wave energy system. Computational fluid dynamics (CFD) simulations will be conducted for design and analysis. Hydroelasticity of the tidal turbine blades will be