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Field
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radiation testing of mixed oxide ceramics using both surrogate and active materials, utilizing dedicated glovebox facilities. You will use advanced characterisation techniques to relate manufacturing
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team of researchers and academics working collaboratively with our industry and international collaborators, including major European companies in the Automotive, ICT, and Quantum Technologies sectors
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-holder should have experience in applying but also developing AI tools that can design and execute experiments in search of the best manufacturing parameter settings to create electron devices with optimum
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well-established and highly experienced team of researchers and academics working collaboratively with our industry and international collaborators, including major European companies in the Automotive
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to undertake scientific research in battery sensing, development, characterisation and manufacture. The successful candidate will work as part of a multidisciplinary, multi-institutional, collaboration funded by
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industry. You will have the opportunity to contribute to the growing output of the Evidence Synthesis and HTA, and broader Health Economics research themes within IPH either through methods research or by
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industry. You will have the opportunity to contribute to the growing output of the Evidence Synthesis and HTA, and broader Health Economics research themes within IPH either through methods research or by
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Liquid Fuels, which is a significant five-year research programme in hydrogen and alternative liquid fuels and will be working with UK academic and industry partners in these areas. We are looking for a
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We are delighted to announce the recruitment of a Research Fellow or Senior Research Fellow in Disruptive Manufacturing Approach for Safe and High Energy Solid-state Batteries. We are seeking a
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application of 5G and future communication technologies. As part of the research team, you will collaborate with faculty and industry partners to drive innovation in 5G systems and their real-world use cases