Based in the James Watt School of Engineering, University of Glasgow


Green Radio frEquency ENabled Electronics research was estabilished by a Royal Academy of Engineering and the Office of the Chief Science Adviser for National Security through the U.K. Intelligence Community Research Fellowship, and is now supported predominantly by EPSRC and UKRI, through Programme Grant and Research Centre, along with projects from other funders.

We are part of the Centre for Advanced Electronics (CAE), the Electronics and Nanoscale Engineering Division, and as a founding element of the UKRI Responsible Electronics and Circular Technologies "REACT" Centre.

    • RF measurements in the lab

    Our Research

    From wireless microwave power to programmable and zero-waste RF sensors.

    Publication covers

    Publications

    Original and review articles in authoritative venues. Open access from our repository.

    Our Funders and Projects

    "Using electromagnetism as an energy source to power batteries, is of central importance to designing devices for future threat detection [...] I am looking forward with great anticipation to the outcomes of this cutting-edge research."

    - Alex van Someren, Chief Scientific Adviser for National Security to HM Government

    Research Fellowships

    Hosting prestigious research fellowships from national academies and trusts:

    Highlighted Publications:

    Combining electromagnetics and advanced materials, chipless sensors can now be stacked in arrays enabling a spatially-distributing readout; read more in Advanced Science (frontispiece cover). The first of chip-free GREEN RF sensing applying new materials and readout techniques.



    Bringing together the UK RF power transfer research community, we led an invited review article on RF-enabled power delivery for the IEEE Microwave Magazine's Wireless Power Issue, spanning the full breadth of UK-based R& D activities in wireless power.

    Commercialisation:

    Our research in wireless-powered sensing is
    being commercialised by RX WaTT Ltd.

    RX WaTT has been part of the highly selective Octopus Ventures Springboard accelerator, and is now part of STAC, Scotland's leading IoT scale-up platform, through the Infinity-G programme.

    We have been supported by the EPSRC IAA, RAEng training programmes, CENSIS Impact Support Programme, and selected in an Innovate UK competition.


    Email

    mahmoud.wagih@glasgow.ac.uk

    Phone

    (+44) 0141 330 3601

    Address

    James Watt South, School of Engineering
    Univeristy of Glasgow
    Glasgow, G12 8QQ
    University of Glasgow