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participate in reciprocal research projects. Interpret and vet results from staff, formulate conclusions, and inform team leaders. Develop and implement new computational and statistical methods. Create, test
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(ML) models. The doctoral researcher will also use state-of-the-art methods to make the ML models explainable, namely Deep Linear Probes and Latent Space Cartography. This work will be associated
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field. Two (2) years (24 months) of commercial construction management experience. Demonstrated experience in cost estimation, project budgeting, and/or construction cost analysis. Knowledge, Skills and
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, formulate conclusions, and inform team leaders. Develop and implement new computational and statistical methods. Write, test, and maintain code in R, the primary language for the team’s analytic
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methods, this in close interaction with the researchers developing the in vitro cultures and models. You support the design of new experiments through model-based analysis and simulation. Discover
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active sensing. Technical areas include beamforming, adaptive spatial filtering, matched-field processing, source localization, direction-of-arrival estimation, synthetic aperture techniques, coherent
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online learning methods deployed in converters/drives so that fleets of motor applications (e.g., pumps, fans, compressors) can self-quantify and aggregate flexibility for grid services with formal
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September 2026 Closes: 1st December 2026 Application deadline: 01/12/2026 Research theme: Quantum communication, condensed matter, quantum optics How to apply: https://uom.link/pgr-apply-2425 This 3.5
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, state estimation, formal methods and system verification, distributed or multi-agent systems, and data-driven analysis of dynamic systems. • Previous research or project experience in one or more of the
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support nature conservation, habitat restoration and sustainable fishing. However, fisheries‑dependent data is often unavailable and many traditional monitoring methods are too resource‑intensive or