183 algorithm-development-"Multiple"-"Simons-Foundation"-"Embry-Riddle-Aeronautical-University" positions at University of Manchester
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(LEAP) and, if required, on our undergraduate degree programme. The successful candidate will contribute to course design, review and curriculum development, and assessment at all levels. They will also
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exploring how neutron reflection and scattering can be utilized to unravel the interacting processes from different membrane models to be developed. A further focus is to design molecular disruptors
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We are seeking an individual experienced in training delivery and development to join the Software Sustainability Institute’s (SSI) training team and help researchers and research software engineers
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power systems – specifically voltage sourced converter based HVDC. The work will involve developing and analysing models of VSC-HVDC, their associated controls, and network connection, in PSCAD and Matlab
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working opportunities and a commitment to flexible working. Access to leading wellbeing and fitness services, including on-campus facilities. Development opportunities tailored to your growth and interests
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up to, but not exceeding, four years (nominally three years). Appraisal will occur annually, and the successful candidate will be expected to undergo annual Performance and Development Reviews
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working in a clinical environment. Tutors help students recognise and develop their emerging professional identities, and facilitate discussion and activities which prepare students for placement and
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and dealing with self-logged tickets. The Person The successful candidate should: Desire to start a career in IT and possess a strong commitment to personal and professional development (i.e. you like
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collaboration between Dr Tom McDonald at the University of Manchester and Prof Nick Turner at the University of Sheffield. The goal of this 18-month project is to develop asymmetric flow field-flow fractionation
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, clinicians, methodologists and end users/patients, drawing on strength from each to solve real-world problems. This virtuous circle allow us to continually develop a rich and innovative research and software