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] * Background of the recruitment and description of the project The aim of this laboratory is to deepen academic understanding and develop innovative technologies by focusing on thermal fluid dynamics in vacuum
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for developing a strong, independent research program, and teaching and mentorship excellence at both the undergraduate and graduate levels. Applications submitted electronically by November 2, 2025, will receive
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smooth functions and solutions (in imaging and computational fluid dynamics) with uncertainty quantification. You will have the opportunity to develop, analyze, and implement advanced computational methods
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(Mentoring), you will be responsible for the coordination and day-to-day operations of the RMIT University Career Mentoring programs. The position also executes in-program stakeholder management, hosts
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pumps using reactive fluids. Summary of the topic: In the context of energy transition and decarbonisation of residential heating, the development of high-efficiency, low environmental impact
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an active research agenda, and engage in program development and university service. We seek a dedicated individual who will contribute to our vibrant academic community through innovative research, teaching
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advertised should align to either medical device development, including sensing and instrumentation, or biomechanics, which is broad and we welcome candidates from both solid mechanics, fluid mechanics and
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Infrastructure? No Offer Description This project is part of the European ERC Synergy project Karst https://erc-karst.eu/ , which aims to develop a predictive flow model for an entire karst network. We will
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Centre Euopéen de Recherche et de Formation Avancée en Calcul Scientifique (CERFACS) | Toulouse, Midi Pyrenees | France | 12 days ago
. To investigate the Space Launch Impact on Climate and Environment, SLICE will therefore develop a research and training programme that bridges the current divide between space engineering and climate science to
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position centers on uncovering fundamental and applied mechanisms of clay–fluid interactions, environmental geotechnics, and sustainable soil-based materials through integrated computational modeling