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) to join an interdisciplinary research programme addressing challenges associated with the analysis, monitoring, and improvement of complex engineering systems, with applications in energy and infrastructure
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analytical foundations of a liner shipping model, undertake preliminary analysis, and support the translation of the work into a coherent, competitive research proposal aligned with UKRI and broader
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model, undertake preliminary analysis, and support the translation of the work into a coherent, competitive research proposal aligned with UKRI and broader international maritime research priorities. Key
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contribute to evidence-based decision-making and the enhancement of safety and resilience in maritime transportation. Key responsibilities include: 1) contributing to the analysis of safety, security, and risk
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potential waste and incorporating biomaterials using locally available resources, leveraging its expertise in molecular analysis of bio-feedstock, waste valorisation, degradation kinetics & durability
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testing and validation systems and in the AI data analysis to create multi-variate system models of different processes. You will be required to present their findings at both internal and external meetings
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supports the design of structures by quantifying potential waste and incorporating biomaterials using locally available resources, leveraging its expertise in molecular analysis of bio-feedstock, waste
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and analysis. In return, we offer an excellent benefits package including generous annual leave entitlement, pension scheme, induction and development support as well as family-friendly policies
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Genotype x Environment x Treatment analysis (v); writing academic publications. A small part of the project will investigate cold tolerance in specific varieties. You may also be able to assist across
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project partners and undertaking appropriate Genotype x Environment x Treatment analysis (v); writing academic publications. A small part of the project will investigate cold tolerance in specific varieties