Soundskrit
Arthur Lambert has a diverse work experience in software and embedded systems engineering. Arthur is currently employed as a Software Application Engineer at Soundskrit since April 2022. Previously, they worked as an Associate at Time for the Planet, a climate change-focused company, from November 2021 onwards.
Before that, Arthur held multiple roles at Dreem, starting as an Embedded Engineer from October 2014 to July 2019, and later transitioning to become the Head of Embedded Systems from July 2019 to March 2022.
Arthur also has experience as an Embedded Software Engineer at Pace from October 2013 to October 2014, where they worked on various projects related to Set-Top Box products, including TR069 features, network drivers, security features, and build system improvements.
Prior to that, Arthur worked as an Embedded Software Engineer at Sagemcom from September 2012 to September 2013, where they contributed to performance optimization, boot time improvements, kernel panick fixes, virtualization platform maintenance, and development of new features, among other responsibilities.
Additionally, they worked as an Embedded Software Engineer at Thales Communications from February 2012 to August 2012, focusing on porting ad-hoc protocol on embedded boards and studying protocol architecture.
Arthur's work experience also includes a role as a Web Developer and Test Manager at Peerform in New York, USA, from August 2010 to January 2011, as well as a Web Developer position at INFO.DB from May 2007 to August 2007.
Arthur Lambert completed their Computer Science equivalent Bachelor's degree from DUT - Lannion, where they studied from 2006 to 2008. Arthur then pursued their education further and completed the Computer Science Engineer Cycle at EPITA: Ecole d'Ingénieurs en Informatique from 2008 to 2012, specializing in Embedded and real-time systems.
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Soundskrit
Soundskrit is fundamentally changing the way sound is measured to bring the next generation of audio applications. The many emerging voice applications and interfaces have driven a need to capture sound from farther distances while remaining robust to noise. Because traditional pressure based microphones pick up sound coming from every direction,arrays of multiple microphones are needed to listen to a specific direction and ignore surrounding noise. This comes at a cost of increased size and decreased audio quality.Our bio-inspired, directional microphone directly measures the velocity of incoming sound rather than pressure. With a single microphone, we can separate sounds coming from multiple directions without compromising on size or quality. Soundskrit will greatly improve speech recognition and sound localization, enabling a new suite of features to consumer electronics.