31 developer-"https:"-"https:"-"https:"-"https:"-"https:"-"https:" research jobs at University of Liverpool
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Hours of work: Full-time – 35 hours/week Tenure: Fixed term for 2 years Hybrid Working: Minimum requirement of 40% on Campus, with 60% considered desirable where possible The Researcher Developer
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an EPSRC funded project to develop magnetic nanoparticles for advanced imaging and sensing applications. The project targets new advances in Magnetic Particle Imaging (MPI) by co-developing advanced magnetic
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the development of various AI tools and support ongoing research works in this area. These AI tools will form part of our established and varied programme of clinical research related to drug development and
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to undertake complementary, ambitious two-year research projects in Statistical Ocean Acoustics. The programme will develop a deeper understanding of how spatial and temporal variability, coherence and
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team working in the interdisciplinary field of plasma-driven nitrogen fixation. This EPSRC-funded project aims to develop a prototype plasma system for the sustainable generation of fertiliser from air
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developmental assessment programme. This will include supporting quality assurance of neurodevelopmental assessments, developing assessment manuals and standard operating procedures, training and calibrating
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unique opportunity to contribute on new horizon research investigating how an optical plasma activates water. As part of a team funded by the Leverhulme Trust, your role will be developing experimental
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and will play a central role in the discovery of novel inorganic materials. The project is collaborative, with a major industrial partner, and aims to identify and develop new classes of materials
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Hours of work: Full-time Tenure: Fixed term until July 2027 Professor Sheng Qi’s research group in the School of Pharmacy and Pharmaceutical Sciences at the University of Liverpool develops
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of novel inorganic materials. The project is collaborative, with a major industrial partner, and aims to identify and develop new classes of materials capable of delivering step-change advances in