152 software-formal-method-phd Fellowship positions at National University of Singapore
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the research project • For those hired at senior levels, management responsibilities may be included Qualifications • Have a PhD degree in Electrical Engineering or equivalent from a recognized University
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of quantitative analytical methods to large datasets. Study key trends and gaps in agricultural sustainability in Southeast Asia. Coordinate and organize workshops with international collaborators. Presentation
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research findings in peer-reviewed journals and present at conferences • Collaborate with the PI to develop research proposals and grant applications Qualifications • A PhD degree in environmental
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RNA metabolism using established human stem cell models of ALS. The post holder will utilise state-of-the-art molecular methods combined with cutting-edge sequencing approaches (through a collaboration
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to critic, test-bed and facilitate large-scale, community-based service innovations through a variety of methods including programme evaluation and social analytics The Research Fellow will join a dynamic
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wearable devices. Investigate new materials and fabrication methods to improve the flexibility, efficiency, and scalability of wearable electronics. Collaborate with multidisciplinary teams, including
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Qualifications • A PhD in Atmospheric Science/Mechanical/Environmental Engineering or equivalent • Proficiency in computational fluid dynamics (CFD) simulations software • Strong passion in research and
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. The fellowship funding period is up to three years. Qualification • Open to all nationalities. • Soon-to-be PhD graduates or have graduated within four years from their respective PhD programs at the time of
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conducting experiments. Secondary duty includes administration support, such as managing possible student assistants. Qualifications • PhD degree with a solid training in mathematics and quantitative
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) Design robust obstacle avoidance algorithms for mobile robots in dynamically changing environments, focusing on formal safety constraints and real-time performance in unpredictable conditions. b) Develop