43 combinatorial-optimization Fellowship positions at Nanyang Technological University
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is to develop and optimize nano-size carriers for nucleic acid delivery, focusing on mRNA therapeutics. The successful candidate will work closely within an interdisciplinary team that will develop a
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of quantum light sources and quantum emitters on photonic platforms. Development of on-chip quantum light sources for quantum information applications. Fabrication and optimization of quantum photonic devices
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biomarkers of immune status and vaccine efficacy. Support the design, optimization, and evaluation of oral vaccine delivery systems, including formulation and in vivo validation in fish models. Collaborate
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outcomes into impactful publications. Key Responsibilities: Design and synthesize novel monomers and polymers Develop and optimize membrane fabrication techniques Conduct advanced material characterization
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outbreaks. Key Responsibilities: Lead and maintain hNEC-ALI cultures from human clinical samples, ensuring high-quality differentiation and reproducibility. Establish and optimize airway or lung-derived
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of deliverables. Lead the design and execution of surface modification processes for fiber materials, including chemical grafting, functional coating, and plasma or other physical treatments. Develop and optimize
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management. The most important factor for a learning based method to find optimal solution is to have sufficient data. However, publicly available data is often not sufficient. Data argumentation techniques
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discussions especially related to project implementation details. Familiarity with green building technology, HVAC system study and optimization, sustainable building design, building energy modelling, CFD
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methods (e.g., SEM, XPS, in-situ XRD) to study sensor performance and degradation mechanisms. Contribute to system-level optimization of sensor signal quality and environmental stability. Prepare research
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oligonucleotide delivery programs. Develop and optimize synthetic strategies for lipid building blocks and lipid-drug conjugates. Apply analytical techniques (e.g., NMR, LC-MS, HPLC) to assess structure, purity