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developing expertise in an important topic which will shape the successful adoption of AI and autonomy, and who is keen to build links with industry across a range of sectors, including automotive, healthcare
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opportunity for the successful applicant to develop further towards leading an independent academic career at the interface of AI and engineering applications (such as advanced manufacturing). The role holder
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equivalent from a recognized University. Minimum 1 year of relevant experience in the electrical and electronic engineering industry and preferably is familiar with smart electrical power grids. Prior
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stakeholder workshops and webinars, supporting NEF’s engagement efforts with policymakers, civil society, and the energy industry. Collaborate closely with project team members, including a project advisory
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Athina Spiliopoulou, Prof Paul McKeigue, and Dr Andrii Iakovliev, and with postdoctoral researchers and students in our team. They will also interact and collaborate with academic, clinical and industry
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systems. This research may focus on nacelle design tool development, exploring low-drag laminar flow nacelles, drag sensitivity to manufacturing tolerances, and low-order models for rapid assessments. It
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-rich layered oxide cathodes for Li-ion batteries. The candidate will utilise the cathode synthesis and scale-up facilities at WMG to develop and optimise routes to manufacture the cathode active
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a recognized University. Major in power or data engineering will be advantageous. Minimum 1 year of relevant experience in the electrical engineering industry and preferably is familiar with
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with a multidisciplinary team of clinician scientists and industry partners. Contribute to Publications: Assist in manuscript preparation and grant applications and reports. Train and Mentor: Support
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range of industry leading rewards and benefits which includes: Excellent Employers Pension Contribution 30 days Annual leave plus Bank Holidays New Holiday Purchase Scheme up to 5 additional days Life