Oxsensis Ltd
William McLaughlin, EMBA, currently serves as an Application Engineer at Oxsensis Ltd since January 2023 and is also an Advisory Board Member and Systems Engineer at Neutron Star Systems since June 2021. William previously worked as a Sales Manager at Helix Geospace from July 2022 to January 2023 and served in the US Navy as an Interior Communications Electrician from June 2013 to June 2021. Earlier experience includes a temporary office position at HighMount Exploration & Production LLC from August 2012 to June 2013. William holds an Executive MBA in Aerospace & Defence from the University of Oklahoma Gene Rainbolt Graduate School of Business (January 2023 - December 2023) and a BEng(Hons) in Aerospace Engineering from the University of the West of England (2019 - 2022), along with education at Oklahoma State University (2011 - 2012) and Deer Creek High School (1999 - 2011).
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Oxsensis Ltd
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Measure more, in extreme conditions, leading the way in optical sensor technology for Industrial, Energy, and Aerospace applications. Our optical pressure sensor technology uses super resistant materials such as single-crystal sapphire (melting point >2000C) together with innovative fibre optic interrogation techniques which give high sensitivity and immunity from electro-magnetic interference (EMI) effects. This enables direct pressure and temperature sensing of harsh environment applications including process plant, energy, and aerospace systems. Products validated by the most demanding power generation and aviation customers are adapted for wider application in industrial systems. With two major partnerships Oxsensis in place the market reach is extending. Oxsensis is keen to work with end users, systems integrators, and instrumentation partners to exploit the benefits of optical instrumentation in key applications. Keywords: High performance temperature, dynamic pressure and acceleration sensors. Aerospace, oil and gas, energy generation, aeroderivative gas turbine sensors, liquid hydrogen, renewable energy. Harsh environment optical sensors, fibre optics, EMI immune, flight systems sensors, fuel systems and landing gear. Power generation, land based gas turbines, combustor and compressor sensors, high temperature environments, SAGD wells, low emission engines, sapphire sensors. Industrial instrumentation and low temperature cryogenic / liquid Hydrogen storage/combustion applications. Energy Transition to cleaner alternatives. Low temperature instrumentation, pressure and temperature sensors. Path to Net Zero, zero emissions. Hydrogen value chain including production, distribution, storage, and utilisation.