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based within the Sustainable Manufacturing Group (SMG) in the School of Engineering’s Mechanical Engineering Department. The SMG reimagines manufacturing to reduce energy consumption, decarbonise
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, assessing system performance, stability, and scalability for industrial applications. Candidate Requirements Applicants should hold a First-class (or equivalent) degree in Mechanical, Automotive, Powertrain
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Antimicrobial resistance is one of the most serious threats to humans in the 21st century. Understanding antimicrobial resistance mechanisms is pivotal for combating superbugs. Pathogens use many
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form of energy–e.g. electrical, magnetic, acoustic, or chemical–into mechanical motion. These swimmers are expanding the frontiers of micro-engineering and can be used in tasks such as chemical analysis
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component of the AMOC in the most recent past climate, the Pliocene, which had similar global temperatures to those predicted for the near future. Recently published work, based on new core material from
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a novel PALB2 function in activating DNA repair in specific regions of transcriptionally active chromatin through interactions with a chromatin adaptor protein, MRG15. Mechanisms whereby these signals
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First-class (or equivalent) degree in Mechanical, Automotive, Powertrain, or Control Engineering, or a closely related discipline. Strong academic performance and research potential are essential
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exposure, and thermal fluctuations. Key Objectives: - Develop and characterize low-carbon materials with multi-functional properties - Assess mechanical performance and long-term durability under simulated
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. Using detailed energy usage data from different industrial reference sites (offices, manufacturing facilities etc.) to examine what elements are affected by different weather scenarios, the project will
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electrochemical flow technologies, such as redox flow batteries, multivalent metal ion batteries and/or capacitive deionisation. Such technologies are emerging as promising more-sustainable solutions for the global