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: 2772324PN Location: Optoelectronics Research Centre / Zepler Institute You will join our team within the world-renowned Optical Fibre Fabrication Group at the Optoelectronics Research Centre (ORC
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Reference: 2706224DA Research Fellow – Novel Optical Fibre Development for Condition Monitoring We are actively searching for a dynamic and self-motivated researcher to work on the development of a
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position in the area of experimental optics, lamellar liquid crystals and lubrication. This position is ideally suited for researchers fascinated by light interaction with ordered and disordered nanoscale
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organisational skills, with an eye for detail, able to prioritise well and manage often multiple tasks and deadlines. Experience as an excellent communicator, both written and verbal, and confident with building
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optical fibre technology to work on the UK’s Engineering and Physical Sciences Research Council (EPSRC) funded Programme Grant, HiPPo (Smart Fibre optic High-power Photonics), and will involve collaboration
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(fMRI), electroencephalography (EEG), neurostimulation (TMS/tDCS), psychophysiology, pain research including quantitative sensory testing (QST), eye-tracking, virtual reality and multi-sensory processing
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of the IMPACT-IP Programme. About you: You’ll be able to work accurately, bring excellent communication and organisational skills and have a keen eye for detail. You’ll be an engaged team member, but also able
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support and issues affecting students from a wide range of backgrounds is desirable. We are looking for an individual with exceptional organisational skills, with an eye for detail, able to prioritise well
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relevant discipline and an interest in computational optics, we will welcome your application for this position of Research Fellow. We will consider applications from candidates who are still working towards
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to exceed the frontiers of ultrafast laser material processing, harnessing few-cycle laser pulses (FCLPs) to engineer materials with revolutionary optical and electronic properties. This project will explore