101 algorithm-development-"The-University-of-Edinburgh" positions at Aston University
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required include: Essential Advanced AI and data analytics, including ML algorithms and advanced data analytics techniques. Experience of full stack development of web and mobile applications (iOS/Android
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This KTP project aims to drive growth and improve profitability at Eye-Docs, by developing strategies to increase both National Health Service (NHS) and private patient numbers, deliver more
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An exciting opportunity has arisen within the Design Factory, which provides opportunities for students to work on real-world projects using industrially relevant technology platforms. It also supports Aston University academics to achieve transformational impact by providing a technology...
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Aston University is seeking a highly organised and proactive Business Development Operations Coordinator to join our Knowledge Exchange (KE) Team. This role is central to supporting the delivery
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We are looking for a Junior Business Intelligence Developer to join our dynamic team and contribute to developing strategic data products that drive business success. In this role, the successful
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Are you passionate about transforming data into powerful insights? Join us at Aston University and play a key role in delivering our Aston 2030 Strategy by developing new data, analytics and
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transformational impact we achieve for our people, students, businesses and the communities we serve. Reporting to the Director of Business Development, the Senior Business Development Manager (SBDM) will play a
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for growth in the UK scheme, the purpose of which is to provide postdoctoral support for EPSRC-funded students to progress and exploit the outcomes of their doctoral work, and to support their development
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of integrating advanced optical technologies with machine learning techniques to develop novel, high-performance fibre-optic sensing applications. You will be responsible for the application and validation
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by inferring the processes that take place in the culture, enhancing our understanding of the disease’s microscopic manifestation through the development of analytical and modelling tools. As the