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photovoltaic generation, hydrogen production, and storage alternatives with microgrid-driven power distribution. Through advanced modelling and optimization techniques, this research aims to identify optimum
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Environmental Engineering / Microbiology. The RF will engage in innovative research focused on the formation, structure, and function of bioflocs in climate-resilient aquaculture systems. This position provides
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. Services may not be optimally aligned with population need, particularly for underserved groups, leading to inequitable access, avoidable demand, and poorer health outcomes. The lack of structured assessment
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will facilitate the acquisition of educational competence required for an Associate Professor position. The appointment is for 3 years. Responsibilities The successful candidate will: Develop, optimize
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-sensing concrete. Lab test and analysis of self-sensing concrete. Optimize and evaluate the performance for field trials. Publish several papers in top journals. Write proposals for further development
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calibrating them against established literature and comparing them with empirical data from fabricated components. Collaborate with the fabrication team to diagnose sub-optimal performance by identifying
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of land lost due to sea-level rise. The role will focus on conducting laboratory and field tests on sustainable construction materials, as well as writing project reports and scientific papers. Additionally
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to deliver on a collaborative research project, Proteins for Singapore (P4SG), where you will be part of the research team to establish and understand the structuration of algae/soybean/mung bean
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crystal structure analysis Proficiency in at least one programming language for optimization (e.g., scikit-optimize using Python) Interpersonal skills such as collaborating with internal and external
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, building structure-activity relationships (SAR) around our hit compound. Advance our lab’s radical/photochemical synthetic methods and use to access new sugar-based chemical probes. Evaluate inhibitor