After founding GOBOTiX in 2013 we are expanding the company rapidly and always eager to take on new challenges. Myself and our employees have a long history of robotics and autonomous systems related experience. GOBOTiX is always on the look out for new opportunities to apply autonomous robotics technology to real-world problems in all domains (rail, road, air and sea). GOBOTiX have 2 Toyota Prius vehicles with drive-by-wire conversions and a variety of autonomous systems. These vehicles are used to develop and test new autonomous driver safety systems in development for both road and rail applications.GOBOTiX believes that autonomous technology can be used to improve existing transport systems, such as Rail and road vehicle, and agricultural techniques and we welcome contact from companies operating in these domains.

Designed RobotCar - Autonomous Nissan LEAF - http://www.robotcar.org.uk - Failsafe and Emergency Systems - Payload Systems - Software Systems - Sensor Placement and mounting and - Fly-By-Wire design and integration - Human Control interfaces - Lead and Managed the Hardware/technical Team - Managed Trials and TestingBAE Systems' Wildcat Autonomous Vehicle Development and Testing- Trajectory Following and Obstacle Avoidance- PID Control- Laser, GPS, IMU, Vision Navigation systems - Sensor development, integration and drivers.- Supporting Systems development such as GUIs, operating procedures, payload electronics and fly-by-wire system changes.

Lead the Nessie team to success at SAUC-E 2010.I Designed and built Nessie V autonomous underwater vehicle (AUV) personally ready for the master project Team to take over for the SAUC-E competition. The design involved: - Waterproofing and pressure testing - Kept track of budgets and purchasing of equipment. - Software, full-stack - Power and electronics - Embedded operating system (Linux) - Propulsion systems - Device drivers and Hardware abstraction layer to middleware - Provided HIL testing facilities and Visualisation for mission monitoring purposes using my PhD software the Augmented Reality Framework (ARFWork)

Experience in: Embedded systems, 3D Visualisation, Computer Vision and Sensor Simulation, Communication Protocols, device drivers, sonar drivers, Dopper Velocity Logger (DVL) and many more, control, obstacle avoidance.Various Projects, Spinav, SeeTrack Offshore, Battle Space Access for Unmanned Under Water Vehicles (BAUUV).

The Augmented Reality Framework for the Testing and Evaluation of Unmanned Vehicles using techniques such as Hardware-in-the-loop, Hybrid Simulation and Virtual Reality used for remote data visualisation and synthetic data output.