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  1. Gary Millar

    Gary is an inspirational alumnus of the Liverpool Polytechnic. Using his background and expertise in computing, teaching and business development, he is truly one of Liverpool’s leading citizens, determined to make positive changes for the people of the city. From his work as a councillor, as the former Lord Mayor, and now as a diversity and equality champion, and ‘pay it forward’ evangelist and major fundraiser, he continues to help people, day in and day out, to reach their potential.

  2. Ruth Mwandumba

    Former Sports Scholar Ruth is a champion in the sport of target shooting, the first Black female athlete to represent England and become English Champion in the sport and continues to get support from LJMU through its Talented Athlete Scholarship Scheme. She has hopes of competing in the Olympic and Commonwealth Games.

  3. Kelly Massey

    Kelly is a former international 400m athlete for Great Britain and Northern Ireland and has Olympic, World, Commonwealth and European medals to her name. She was one of the first sport scholars to study with LJMU in the late 2000’s and has been a lecturer with our School of Sports and Exercise Sciences since 2018.

  4. Nathan Maguire

    Nathan is an LJMU alumni and former sports scholar. He boasts an impressive track record as a para-athlete competing in the T54 wheelchair racing. He has multiple medals to his name and has his eyes set on the Paris 2024 Paralympic Games.

  5. Electrical and Electronic Research Engineering services

    The Electrical and Electronic Engineering Research Centre offer a variety of services to businesses and organisations, including testing and qualification of microelectronic and power devices, simulation and modelling of electric machines, as well as variable-speed drives and power electronic converters.

  6. Microelectronics Group

    Researchers from the Microelectronics Research Group are investigating new technologies and materials. Members from the Group are also exploring ‘show-stoppers’ for optimizing digital/analogue circuits.