47 security-"https:" "https:" "https:" "https:" "Robert Gordon University" Fellowship scholarships in Norway
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systems. The project aims to explore schemes of hybrid computing to provide quantum-safe blockchain transactions, enhancing security in multi-party protocols. It addresses key aspects of heterogeneous
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selected wells. Achieving this objective will significantly reduce operational costs and environmental impact while improving the safety and efficiency of well abandonment. Overall Objective To investigate
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significant safety gap, as human error contributes to nearly 40% of wind turbine failures and a significant share of severe accidents during maintenance activities. Such errors are frequently associated with
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Environmental Engineering; the Department of Energy and Petroleum Engineering; and the Department of Safety, Economics and Planning. Department of Energy and Petroleum Engineering offers education and conducts
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and with a reduced carbon footprint. At the same time, increasing security threats demand better protection of critical infrastructure and public spaces. This PhD project addresses both challenges by
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of Safety, Economics and Planning. Department of Energy and Petroleum Engineering offers education and conducts research in geoscience, drilling and well engineering, and sustainable energy technology. The
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care for patients and user in healthcare services. The department's scientific profile is focused on patient safety, health technology, patients' rights, and the involvement of service users, patients, and
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that specifies the competencies that the Research Fellow will acquire. Access to career guidance will be provided throughout the doctoral education. Research topic This PhD project will investigate the safety and
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Leverandør: www.jobbnorge.no Databehandlingsansvarlig: Fingerprint JS Formål: Device fingerprinting for security purposes Personvernregler for databehandling: Fingerprint JS - Personvernregler
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, the liquid electrolytes used in these batteries, which are based on organic solvents, pose a significant safety risk due to their potential for leakage and combustion. Solid-state electrolytes (SSEs