12 design "https:" "https:" "https:" "https:" positions at University of Leeds in United Kingdom
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at the specified workplace during the designated working hours. Owing to operational requirements, the working pattern and primary work location cannot be varied. Employees may also be required to provide cover
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activity. Working within the Physical Activity and Wellbeing team, you will play a key role in coordinating, designing and evaluating programmes that support the physical, mental and social wellbeing of our
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an excellent service? Do you have excellent organisation skills with the ability to plan and prioritise work effectively? With over £15 million invested over the past decade, the University of Leeds has
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designated area and for ensuring that the monitoring of stock, deliveries and financial procedures are in place to meet all our customer needs. This role is not eligible for Skilled Worker visa sponsorship
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reality platform designed to help people affected by trauma. The project works directly with target users to improve the accessibility of the VR resource for people from underserved communities, including
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authorities, energy networks, public bodies, academic partners, businesses, civil society and community organisations. Design and facilitate workshops, roundtables and engagement processes that are inclusive
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both the main campus and off-campus locations, ensuring we can support colleagues and deliver a consistent, high-quality service. This role follows a rotating shift pattern of 12-hour day and night
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, research and wider activities. A flexible approach is important as the role involves working a rotating shift pattern, including days, nights and weekends. We welcome applications from all sections
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have experience of using molecular dynamics and/or density functional theory methods and a proven ability to structure, manage and work with quantitative data. You will be able to evidence designing and
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international level. Particularly, we specialise in the development, optimisation and evaluation of complex interventions, complex phase III trials and efficient phase I/II trials, as well as adaptive designs