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is £45 million, covering all areas of electrical and electronic engineering Overall Purpose of the Job This research role is part of a project to investigate the operation of voltage sourced converter
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industrial age, to a team building what comes next, the University of Manchester has been redefining what’s possible for nearly 200 years. From splitting the atom to founding the modern computer, our legacy
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and University of Manchester, and to contribute to the general operation of the School of Law as a member of its academic team. When submitting your application please specify which role you are
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Principal Investigator, and be responsible for the administrative processes for the project. The postholder will need to be able to work accurately with attention to detail and maintain a confidential
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. The successful candidate is expected to have experience in artificial intelligence and machine learning, big data processing, cardiac image analysis, data visualisation and statistical methods. Strong
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transient analyses, ii) power system coordinated control, iii) optimisation of power system design and operation. The successful applicant will be proficient in using power system simulation software, e.g
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and have experience with establishing cell-based assays for measuring biological or pharmacological processes. In addition, experience in relevant molecular techniques (e.g., RT-PCR, ELISA), proteomic
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will conduct research on designing robotic impedance controller to facilitate tele-operation in command centre as well as safe robot-environment interaction on remote site. You will work with physical
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, Marketing, and Student Recruitment to develop and embed a plan that aligns with the University’s new 10-year strategic period, while also supporting other change processes. The role-holder will protect and
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with pragmatism and purpose. Enjoys working with people as much as with processes, facilitating, mentoring, communicating, and removing blockers with empathy and clarity. Why choose Manchester? This is a