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Field
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(contributing approximately 50%), advancements in aircraft technology (30%), and operational improvements (20%) – together supporting the industry's 2050 carbon-neutral growth objectives. Broadly, this project
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multiple objectives in real-time. The complexity of coordinating these distributed systems while ensuring stability and optimal performance presents a significant technical barrier that must be overcome
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co-supervised by both academic and industry experts, gaining valuable skills at the interface of hydrogeology, environmental engineering, and computational modeling. Research Objectives Understanding
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research objectives include analyzing how these actors understand and navigate the ‘innovation challenges’ pertaining to antimicrobials and AMR; how the rapidly evolving life sciences knowledge of microbes
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may decide to implement a same format slightly differently, leading to irreproducible results, non-portable code, hard-to-find bugs, and other unexpected behaviours. On the backdrop of this complex
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managed to allow for efficient solar energy harvesting. This project will deliver novel methods for modelling and controlling LGS structural dynamics in the extreme orbital environment. The objectives
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flow visualisation and measurement techniques to study droplet impact under icing conditions to improve icing codes that aid in design and development of ice detection and mitigation system
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The objective of this research is to develop high energy storage technology for e-textiles and wearable sensors. Currently e-textiles is a growing area of interest, enabling smart sensors for medical, sports
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areas of improved grassland, and the objective of this project is to track recovery of trophic interactions at restored sites. This three-year scholarship is funded by Edge Hill University but will work
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to agricultural landscapes and the objective of this project is to track recovery of microbial and soil diversity and functions at restored sites. This three-year scholarship is funded by Edge Hill University but