Full time until 30th June 2019 with the possibility of further extension depending on the successful outcome of a further 5 years funding for the Dyson lab
The Dyson Robotics Laboratory is an elite research centre at the Department of Computing, Imperial College London. In close collaboration with Dyson Technology Ltd, we focus on forward looking research in robot vision and perception with the goal of developing the breakthrough technology which will lie at the heart of new categories of robotic products for the home and beyond. The laboratory is directed by Professor Andrew Davison and Dr Stefan Leutenegger; it employs a team of post-doctoral researchers, PhD students, and visiting Robotics engineers and scientists from Dyson as well as academic institutions worldwide. Members of the laboratory will collaborate with the Robot Vision group and other teams within Imperial College.
Taking cutting edge research to commercial application requires crossing the “Valley of Death” of innovation and bridging this is the primary goal of this position. The aim is to select promising outcomes from our research, including related research-level code and turn those approaches into demonstrable prototypes that could be picked up for further development by an industrial partner (Dyson in our case). We are looking for a person with the ability to understand our approaches for vision-based localisation and mapping, scene understanding, machine learning and visual manipulation as well as strong software skills (C++, graphics cards). The task will then be to take the research one step further, re-implement, optimise, and robustify the software into a demonstrable, real-time capable, maintainable and well-documented form. Furthermore, we expect some work on the hardware front involving putting together sensors and processing hardware, and possibly simple robotic demonstrator platforms.
The ideal candidate will be required to have the following:
• A Master’s degree (or equivalent) level in a directly relevant area, such as computer vision and/or robotics.
• Experience in building and engineering working systems in robotics and/or computer vision, preferable with a real-time emphasis.
• Familiar with the latest real-time 3D vision research and able to understand the research being produced by the Dyson Robotics Lab.
• Strong software skills (C++)
• Demonstrable expertise in producing working electronic and mechanical prototypes.
• Excellent written and verbal communication skills.
The position will be based at the South Kensington Campus. For further information on the Dyson Robotics Lab please see http://www3.imperial.ac.uk/dyson-robotics-lab.
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