Thomas Gibb

Thomas Gibb

Chief Compliance Officer at Murgitroyd | UK and European Patent Attorney | European Patent Litigator | IAM Strategy 300

Southampton, England, United Kingdom
968 followers 500+ connections

Experience

  • Murgitroyd

    Murgitroyd

    5 years 7 months

    • Murgitroyd Graphic

      Chief Compliance Officer

      Murgitroyd

      - Present 1 year 4 months

      Southampton, England, United Kingdom

    • Murgitroyd Graphic

      Managing Director, Legal Practice

      Murgitroyd

      - 1 year 7 months

      Southampton, England, United Kingdom

      Responsible for delivering legal excellence throughout Murgitroyd, ensuring that not only do we deliver advice of the highest standard but we also do this in the most efficient way. I drive changes to Murgitroyd's systems and processes via the Legal Practice Group. This firm-wide body takes the best ideas from across the business and implements them to the benefit of our clients and colleagues.

    • Murgitroyd Graphic

      Head of Professional Practice

      Murgitroyd

      - 3 years

      Southampton, United Kingdom

      As Head of Professional Practice, I chaired Murgitroyd’s Practice Board and had responsibility for the professional activities of more than 120 patent and trade mark attorneys throughout the firm.

    • Murgitroyd Graphic

      Director, Patents

      Murgitroyd

      - 2 years 10 months

      Southampton, United Kingdom

      Director, Patents at Murgitroyd focusing on Materials Science and Chemistry.

      Day to day, I manage the patent portfolios of clients, including blue-chip multinationals, SMEs and individual inventors. I work extensively before the UKIPO and the European Patent Office, as well as assisting in the prosecution of patent applications worldwide.

      A crucial part of my role is liaising with clients to develop comprehensive strategies for cost-effectively obtaining commercially valuable…

      Director, Patents at Murgitroyd focusing on Materials Science and Chemistry.

      Day to day, I manage the patent portfolios of clients, including blue-chip multinationals, SMEs and individual inventors. I work extensively before the UKIPO and the European Patent Office, as well as assisting in the prosecution of patent applications worldwide.

      A crucial part of my role is liaising with clients to develop comprehensive strategies for cost-effectively obtaining commercially valuable patent protection. I am experienced in contentious matters, including work during opposition proceedings and before the EPO Boards of Appeal.

  • Director

    Chapman IP

    - 4 years 4 months

    Southampton, United Kingdom

    In 2014 I joined Chapman IP's Southampton Office to train as a patent attorney. I gained experience in drafting and filing patent applications, patent prosecution, contentious matters and IP strategy. I qualified as a UK and European Patent Attorney in 2018.

  • Co Founder

    FlowMicrofluidics

    - 1 year 10 months

    London, United Kingdom

    I co-founded a company producing microfluidic devices for scientific research, filling a gap in the market for simple, entry-level microfluidic solutions.

Education

  • Cambridge Judge Business School Graphic

    Cambridge Judge Business School

    The Professional Service Firm Leader

    -

  • Imperial College London Graphic

    Imperial College London

    Doctor of Philosophy (PhD) Chemistry

    -

    Obtained a PhD focusing on single molecule detection in segmented flow microfluidics.

    Presentations:
    9th ECHEMS Conference in Warsaw, Poland - June 2013
    London Centre for Nanotechnology / CEA Grenoble Postgraduate Symposium - October 2012.

  • University of Cambridge Graphic

    University of Cambridge

    MSci Natural Sciences (Materials Science & Metallurgy) 1st

    -

    -Achieved a 1st class classification in each year of the Natural Sciences course.
    -Scholar of Selwyn College.
    -Won Armourers and Brasiers' AWE prizes in penultimate and final years of study.

Publications

  • Single Molecule Ionic Current Sensing in Segmented Flow Microfluidics

    Analytical Chemistry

    Within a robust and mechanically stable platform, individual droplet compositions are distinguished before single molecule translocations from the droplet are detected electrochemically via the Coulter principle.

    Other authors
    See publication
  • Label-Free In-Flow Detection of Single DNA Molecules using Glass Nanopipettes

    Analytical Chemistry

    We have designed and developed a highly robust, mechanically stable, integrated nanopipette-microfluidic device which combines the recognized advantages of microfluidic systems and the unique properties/advantages of nanopipettes.

    Other authors
    See publication
  • Engineered Nanopores for Bioanalytical Applications, Chapters 2 and 6

    Elsevier

    Engineered Nanopores for Bioanalytical Applications is the first book to focus primarily on practical analytical applications of nanopore development. These nanoscale analytical techniques have exciting potential because they can be used in applications such as DNA sequencing, DNA fragment sizing, DNA/protein binding, and protein/protein binding.

    This book provides a solid professional reference on nanopores for readers in academia, industry and engineering and biomedical fields. In…

    Engineered Nanopores for Bioanalytical Applications is the first book to focus primarily on practical analytical applications of nanopore development. These nanoscale analytical techniques have exciting potential because they can be used in applications such as DNA sequencing, DNA fragment sizing, DNA/protein binding, and protein/protein binding.

    This book provides a solid professional reference on nanopores for readers in academia, industry and engineering and biomedical fields. In addition, the book describes the instrumentation, fabrication, and experimental methods necessary to carry out nanopore-based experiments for developing new devices.

    Other authors
    • Philippa Nutall
    • Mariam Ayub
    See publication
  • Biomimetic Collagen Scaffolds With Anisotropic Pore Architecture

    Acta Biomaterialia

    Anisotropic, three dimensional, sponge-like scaffolds of collagen show significant potential for the regeneration and repair of a broad range of damaged human tissues. Here, uniaxial and multi-directional temperature gradients are applied during scaffold fabrication and their effect on pore directionality characterised.

    Other authors
    • Natalia Davidenko
    • Carlos Schuster
    • Serena Best
    • Ruth Cameron
    See publication

Honors & Awards

  • Part III Armourers and Brasiers' AWE Prize

    University of Cambridge

  • Part II Armourers and Brasiers' AWE Prize

    University of Cambridge

  • Scholar of Selwyn College

    Selwyn College, University of Cambridge

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