French students taking part in Navya x 42 contest

Students of French computer programming school 42 are developing solutions to improve user experience on board Navya's Autonom Cab. The winners will receive a free trip to CES (formerly called the Consumer Electronics Show) Las Vegas 2019. The participants are working on projects such as ZenCab, which will allow the autonomous taxi to recognise user profiles and customise the sound and lighting inside. Meanwhile, the Fill It solution analyses the space inside the cabin to help manage user comfort. In add
July 13, 2018 Read time: 2 mins
Students of French computer programming school 42 are developing solutions to improve user experience on board 8379 Navya's Autonom Cab. The winners will receive a free trip to CES (formerly called the Consumer Electronics Show) Las Vegas 2019.


The participants are working on projects such as ZenCab, which will allow the autonomous taxi to recognise user profiles and customise the sound and lighting inside. Meanwhile, the Fill It solution analyses the space inside the cabin to help manage user comfort. In addition, the Exedra innovation is intended to transform the cab into a mobile meeting room.

Olivier Crouzet, head of pedagogy at 42, says: “Taking part in this project is not only a bonus for the students of 42 in terms of their training, but it is also an amazing career opportunity for them.”

These students are currently divided into three teams and will work over the summer. They will also be able to visit the Navya production plant in Vénissieux, near Lyon, and exchange ideas with company employees.

The prize will be awarded by the president of 42 and founder of French operator Free Xavier Niel and Navya CEO Christophe Sapet at the Paris Motor Show, which takes place from 4-14 October.

For more information on companies in this article

Related Content

  • IBM, Continental demonstrate connected car concepts
    December 18, 2013
    Since announcing their collaboration earlier this year, Continental and IBM have been working together to provide software and engineering services for an embedded vehicle client and a back-end platform to enable intelligent transportation systems. With highly scalable cloud platform services, automobile manufacturers will be able to deliver a wide range of new in-car services, intuitively connecting drivers and passengers to the outside world. At CES, to be held 7-10 January 2014 in Las Vegas, Nevada,
    Read More
  • Trust is the key, says Cubic’s Crissy Ditmore
    August 7, 2019
    Trust is the key to encouraging people to take up shared mobility and MaaS services, thinks Cubic Transportation Systems’ Crissy Ditmore. She tells Adam Hill why sharing must be the way forward Crissy Ditmore is on the move. Director of strategy at Cubic Transportation Systems since September last year, she lives in Boise, Idaho, but doesn’t see a great deal of the city as she is “90% of the time on the road”. This is appropriate for someone whose business is working out how to get people from place to p
    Read More
  • ITSA’s Shailen Bhatt looks to the future
    March 6, 2018
    The new boss of ITS America is fizzing with ideas. Shailen Bhatt talks to Adam Hill about the need to rebrand the ITS industry, how technology can leverage tax dollars – and where the Star Wars universe fits in to his philosophy. Shailen Bhatt has a big job on his hands. The CEO and president of the Intelligent Transportation Society of America is the second to hold the post in two years following the resignation last July of his predecessor Regina Hopper. It has not been the easiest time for the
    Read More
  • Students develop GPS traffic monitoring system
    July 15, 2013
    A collaborative summer research project between students from the University of Delaware (UD) and Delaware Department of Transportation (DelDOT) is compiling traffic data using global position system technology to quantify the severity of congestion on roads leading to and from the Delaware beaches. The students use two UD vehicles equipped with GPS devices programmed to capture travel time from one point to another, mean travel speed and delay using longitude and latitude measurements taken while the vehic
    Read More

Highlighted Content