[robotics-worldwide] Research Assistant/Associate in verification of autonomous systems at the University of Bristol, UK

Kerstin Eder Kerstin.Eder at bristol.ac.uk
Fri May 25 14:34:39 PDT 2012


Research Assistant/Associate in Verification of Autonomous Systems - 
Full-time five year fixed-term contract (ref. 17211)

http://www.bris.ac.uk/boris/jobs/feeds/ads?ID=112152

Based in the Faculty of Engineering hosted by the Bristol Robotics 
Laboratory, this is an exciting and challenging opportunity to join a 
multi-disciplinary research team working on a new project entitled 
"Robust Integrated Verification of Autonomous Systems (RIVERAS)" funded 
by the Engineering and Physical Sciences Research Council.

Led by Dr Kerstin Eder, who is an expert in Design Verification, RIVERAS 
aims to develop techniques and methodologies that can be used to design 
autonomous intelligent systems that are verifiably trustworthy. This 
enables engineers to ensure that the strict safety requirement necessary 
for such systems are met, allowing for a more rapid route to market 
while at the same time building customer confidence. Target application 
areas include safety critical systems such as robotic inspections of a 
nuclear power plant and space explorations e.g. on Mars by a rover or a 
robotic aircraft, but also the next generation of clever consumer 
products with embedded intelligence and adaptability e.g. toys, gadgets 
and household appliances.

Working in close collaboration with Dr Kerstin Eder and the RIVERAS team 
to address these objectives, you have a PhD in computer science or 
closely related field and have started to build up a strong publication 
record. You have a broad knowledge of design verification and experience 
with both formal and simulation-based verification methodologies as well 
as state-of-the-art verification tools. You have excellent written and 
spoken communication skills and an ability to explain and share deep 
concepts and techniques with colleagues. You will have excellent 
programming skills which enable you to quickly integrate software for 
robotic experiments.

A good understanding of logic, probability theory and numerical 
optimization and experience with real-time workshop / Simulink coder are 
useful but can also be picked up during the project. You will enjoy 
working in a multidisciplinary team and have a good degree of 
self-motivation.

Interviews are expected to be held on 11 and 12 July 2012.




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