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/networked systems, the need is for a paradigm shift away from the idealized concepts of providing security-by-design, that assumes trusted components, to the reality of securing an operational system with
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using self-assembled molecular technology. These novel memory architectures have the potential to deliver faster, more efficient, and energy-saving computing solutions. As a Senior Research Associate, you
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, resilient network communication protocol design, network simulation. You will work with the UK government - Engineering and Physical Sciences Research Council (EPSRC) funded project, CRDT-Port - Developing a
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School of Engineering Location: Bailrigg, Lancaster, UK Salary: £39,355 to £45,413 (Full time, indefinite with end date) Closing Date: Sunday 15 June 2025 Interview Date: Tuesday 24 June 2025
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by and work with 8 teams of highly dedicated HR professionals within the division and will acquire process, operational and general knowledge. This provides the perfect opportunity to identify how we
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project led by Lancaster University, funded by the Engineering and Physical Sciences Research Council (EPSRC) to work with partner universities across the North West to forge trusted interconnections
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problems. Your research will have potential for real-world application in areas including, but not limited to, cyber security, engineering, environment and health. You will be able to propose an innovative
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, the need is for a paradigm shift away from the idealized concepts of providing security-by-design, that assumes trusted components, to the reality of securing an operational system with existing compromised
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provides administrative support for academics to support them with their costs, whilst ensuring compliance with terms and conditions during the application process for research funding. You will work across
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investigating security alerts and working with users and system owners to address identified issues. Using documented processes to deal with incident and requests, the role will involve a wide variety of