106 design-"https:"-"https:"-"https:" positions at Manchester Metropolitan University
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About us The Centre for Learning Enhancement and Educational Development (LEED) leads Manchester Metropolitan's digitally enhanced education, academic development, and education innovation. Our
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and other green systems through field studies and environmental monitoring; Developing data-informed approaches to measure and explain ecological change; Assessing how design, maintenance, and local
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required for reporting and analysis across the institution. You will be involved in designing, delivering, and optimising the University's based data warehousing capabilities as well as getting involved with
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we do. The services we provide underpin a wide variety of academic programmes and we deliver this support via specialist laboratories, workshops, design studios and contemporary arts facilities. Our
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to design, evaluate and implement innovative health and wellbeing interventions. The partnership offers a dynamic and support research environment, with opportunities to collaborate with leading academics
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at Manchester Met. In this role, you will: Manage your own portfolio of schools and colleges, building strong relationships with teachers and advisers. Plan, organise, and deliver an annual programme of
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meetings and reporting as appropriate. Lead on information advice and guidance for degree apprenticeships for school leavers for the University. Plan, organise, and deliver an annual degree apprenticeship
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critical role in designing, delivering, and optimising the University's dedicated CDDR cloud-based data warehousing capabilities. You will work closely with your core stakeholders, consisting of researchers
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across other technical areas. Support Engineering projects - from design and development to practical student training. Help maintain a safe, efficient, and innovative working environment. We're proud
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-generation screen-printed electrochemical biosensor arrays capable of detecting multiple biomarkers simultaneously. The successful candidate will explore innovative electrode designs, advanced surface