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acquisition tools, signal processing methods and advanced data analytics. The successful candidate will also develop computational models of light transport in biological tissues, including Monte Carlo-based
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sensing technology. You will refine and optimise a bespoke characterisation system, fabricate optical fibre sensors and evaluate their performance. You will also apply digital signal processing techniques
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skilled Research Scientist /Research Fellow to join our cutting-edge fiber optics team. The role will focus on developing next-generation high-power fiber beam combiners. The successful candidate will be
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for real-world deployment. Key Responsibilities: Develop algorithms for DAS signal processing, wavefield analysis, feature extraction, and interpretation across infrastructure monitoring, urban geophysics
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sensing datasets, including quality control, signal processing, and feature extraction. Integrate distributed sensing with complementary sensing modalities for infrastructure diagnostics, damage assessment
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techniques. The successful candidate will leverage Atomic Force Microscopy (AFM) and/or Optical Tweezers to probe protein mechanics at the single-molecule level, contributing to fundamental discoveries in
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, optical encoding, computational imaging and AI-assisted reconstruction Design, build and calibrate optical imaging and three-dimensional sensing experimental systems Develop algorithms for image processing
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nanopore- and optical-based platforms to study biomolecular processes at the single-molecule level, with a focus on proteins in native environments. You will take a hands-on role in experimental design, data
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infrastructure and surrounding terrain. The work can include physics-based modelling of e.g., various events and wave propagation through different media, signal processing, large-scale data analysis, algorithm
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receivers, correlators, signal processing technology, and antenna design; and UV/optical/near-IR instrumentation such as adaptive optics, precision mechanics and detectors. Our instrument development