Experience

Navenio

• United Kingdom
• Software Development
• 1 - 100 Employee

• Principal R&D Engineer

  • Sep 2017 - Present



Sharp Laboratories of Europe

• Oxford

• Senior Researcher

  • Jan 2015 - Sep 2017



University of Cambridge

• United Kingdom
• Research Services
• 700 & Above Employee

• PhD Student

  • Oct 2011 - Jan 2015

  I carried out research into novel attitude (orientation) estimation systems for high-acceleration, low-cost applications, such as control of small Unmanned Aerial Vehicles. This resulted in the development of a novel sensor which uses the polarisation of Low Frequency (LF) radio signals to determine its attitude (pitch, roll and yaw). During the project I designed and built a number of prototype sensor systems, including developing electronic hardware, embedded systems and data… Show more I carried out research into novel attitude (orientation) estimation systems for high-acceleration, low-cost applications, such as control of small Unmanned Aerial Vehicles. This resulted in the development of a novel sensor which uses the polarisation of Low Frequency (LF) radio signals to determine its attitude (pitch, roll and yaw). During the project I designed and built a number of prototype sensor systems, including developing electronic hardware, embedded systems and data processing algorithms, and carried out field and flight testing. I also undertook undergraduate-level teaching, leading small group supervisions for courses including Radio Frequency Electronics, Integrated Digital Electronics, Linear Circuits, Electrical Power and Electromagnetic Fields and Waves. In addition I led the re-design and practical teaching of the third year Embedded Systems Project. Show less I carried out research into novel attitude (orientation) estimation systems for high-acceleration, low-cost applications, such as control of small Unmanned Aerial Vehicles. This resulted in the development of a novel sensor which uses the polarisation of Low Frequency (LF) radio signals to determine its attitude (pitch, roll and yaw). During the project I designed and built a number of prototype sensor systems, including developing electronic hardware, embedded systems and data… Show more I carried out research into novel attitude (orientation) estimation systems for high-acceleration, low-cost applications, such as control of small Unmanned Aerial Vehicles. This resulted in the development of a novel sensor which uses the polarisation of Low Frequency (LF) radio signals to determine its attitude (pitch, roll and yaw). During the project I designed and built a number of prototype sensor systems, including developing electronic hardware, embedded systems and data processing algorithms, and carried out field and flight testing. I also undertook undergraduate-level teaching, leading small group supervisions for courses including Radio Frequency Electronics, Integrated Digital Electronics, Linear Circuits, Electrical Power and Electromagnetic Fields and Waves. In addition I led the re-design and practical teaching of the third year Embedded Systems Project. Show less



Ubisense

• United Kingdom
• Software Development
• 1 - 100 Employee

• Intern

  • Jul 2010 - Sep 2010

  Ubisense provide Real Time Location Systems (RTLS) for applications including asset tracking and automation. I undertook hardware and PCB design, firmware/embedded software development and testing for a GPS-based location device intended to extend the existing ultra-wideband RTLS in some applications. Ubisense provide Real Time Location Systems (RTLS) for applications including asset tracking and automation. I undertook hardware and PCB design, firmware/embedded software development and testing for a GPS-based location device intended to extend the existing ultra-wideband RTLS in some applications.



AlertMe.com Limited

• Technology, Information and Internet
• 1 - 100 Employee

• Intern

  • Jul 2009 - Aug 2009

  AlertMe develop wireless, internet-enabled home security and energy monitoring systems. I was responsible for the integration of the AlertMe system with Google PowerMeter. Shortly after I left, following further development, AlertMe became Google's first device partner for PowerMeter. I also delivered a number of other projects, including a fair usage monitor, a system update email service and a network visualisation tool, using Python, PHP and MySQL throughout. AlertMe develop wireless, internet-enabled home security and energy monitoring systems. I was responsible for the integration of the AlertMe system with Google PowerMeter. Shortly after I left, following further development, AlertMe became Google's first device partner for PowerMeter. I also delivered a number of other projects, including a fair usage monitor, a system update email service and a network visualisation tool, using Python, PHP and MySQL throughout.