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-year project expense and development package of $13,000 per annum•a three-month industry engagement component with Xcel Sodium•a structured professional development and training program to develop your
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will align with and contribute to the Laureate Fellowship programme of research through a focus on possible future working lives in 2030 and 2050 in the construction/building industry. The wider agenda
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overcoming the limitations of existing nanomaterials—such as poor nanochannel structure, low chemical stability, and high internal resistance—this project introduces an innovative platform for efficient ion
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planes and enable the in-situ growth of active nanoparticles. These lattice planes inherently exhibit distinct properties, including defects, electronic structures, and a tendency to form nanoparticles
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to building structure-activity relationships (SARs) based around targeted modifications of their patented gold-based drug candidate using innovative in vitro protocols to refine lead drug candidate(s). This
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channels coated with layers of endothelial cells to mimic vascular systems. The soft structure of the system allows for stretching of endothelial cells in repeated cycles. The cellular responses under
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Processing/Control Path Planning/Trajectory Planning Multi-Target Tracking/Multi-Object Tracking, Bayesian Filtering, Radom Finite Set filters or closely related multi-target tracking approaches in radar
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This scholarship will suit applicants with good knowledge or strong interest in structural and construction engineering, applied mathematics, circular economy as well as applications of artificial
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effective digital platform for analyzing, visualising and interpreting the condition of civil engineering structures. The digital twin models are created to represent the state and behaviour of structures in
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surfaces, the project expects to highly simplify the design procedure, antenna structure, and active beam-forming electronics. By using advanced aerospace compatible manufacturing, the metasurface antennas