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time, Fixed-Term (3 years – potential to extend), Based in Hobart About the opportunity We are seeking to appoint a Research Associate (Level B) in Ocean Modelling in the Institute for Marine and
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wave climates and sea level rise. You will use modelling to help improve our understanding of the relative importance of human and climate impacts on marine ecosystems. In addition to using numerical
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hydrodynamics, coastal/ocean engineering, or a related discipline. Masters degree in related field will be advantageous. • Knowledge of coastal dynamics such as waves and tides. • Strong writing and
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shared commitment to collaborative, interdisciplinary science. "Integrative" denotes our philosophy that multiple approaches are important in creating a better understanding of the ocean system. We take
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the expertise to produce process-based sea-level projections. The future sea-level projection products developed by CSIRO have been utilized by over 20 countries. As part of the Sea Level, Waves and Remote
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enterprise programs operated by OSU in proximity to HMSC include PacWave (an open ocean facility for the testing of wave energy conversion devices) and the NSF-funded Ocean Observatories Initiative Endurance
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enterprise programs operated by OSU in proximity to HMSC include PacWave (an open ocean facility for the testing of wave energy conversion devices) and the NSF-funded Ocean Observatories Initiative Endurance
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spent in the computation of the forward and adjoint wave propagation. The kernel of this process involves the numerical solution of partial differential equations (PDEs) that model the propagation
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Postdoctoral researcher position supports the research in magnetospheric dynamics by Prof. Lunjin Chen’s group, with emphasis on the roles of wave-particle interaction. Numerical simulations and data analysis
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surface waves, upper-ocean physics, and ocean chemistry. MPL has contracts & grants with federal agencies, industry, other Universities and nonprofits, and various state agencies. MPL's research programs