Skip to main content

ITS Europe experts share mobility lab lessons

“Real problems” need to emerge in the development of an urban mobility lab before you can begin to find solutions, according to Raimo Tengvall, project manager of Forum Virium Helsinki. Speaking at this week’s ITS European Congress in Eindhoven, Netherlands, Tengvall shared lessons learned from the company’s Jätkäsaari urban mobility lab in the Finnish capital, Helsinki. “In the Jätkäsaari area we were having 80 million passengers going through a street network of a new residential area where there is a
June 4, 2019 Read time: 2 mins

“Real problems” need to emerge in the development of an urban mobility lab before you can begin to find solutions, according to Raimo Tengvall, project manager of Forum Virium Helsinki.

Speaking at this week’s ITS European Congress in Eindhoven, Netherlands, Tengvall shared lessons learned from the company’s Jätkäsaari urban mobility lab in the Finnish capital, Helsinki.

“In the Jätkäsaari area we were having 8 million passengers going through a street network of a new residential area where there is a new school and that’s a real problem,” he told the audience at Urban Mobility Labs – lessons learned from practical real world testbeds.

“And now we have those problems to solve,” he added.

One of the main messages from the session was that urban mobility labs are being used to provide urban mobility solutions to cities and to help businesses grow.

Paul Blakeman, head of innovation at UK-based innovation consultancy Urban Foresight, echoed the mood when referring to an initiative in the Scottish city of Dundee.

“The whole city is effectively the living lab and there are a lot of people with opinions and interest in terms of how mobility systems run,” he said. “Actually, it took us a lot longer to get any pilots on the ground than I was thinking because we had to go through another round of engaging with local councillors and bus operators.”

When asked to offer advice to those interested in setting up a mobility lab, Blakeman recommended that lab teams should use the transport in the city and engage with a diverse group of citizens as they “will care about the challenges”.

“Listen to the end users and the companies rather than the cities as the cities should be the enablers,” Tengvall concluded.

Related Content

  • October 24, 2017
    Outsourcing security weakness for Sweden’s driver and vehicle data
    The security of driver and vehicle data hit the headlines this summer in Sweden and its authorities are still dealing with the fallout. David Crawford reports. epercussions from Sweden’s vehicle data outsourcing scandal continue to reverberate. Transportstyrelsen, the government’s transport agency, came under fire this summer for risking the personal security of over five million motorists by failing to implement full security checks on personnel in other countries to whom individual work packages could
  • May 4, 2023
    Carlos Moreno: ‘I’ve had a lot of death threats over 15-minute cities’
    Carlos Moreno, inventor of the 15-minute city concept, talks to Adam Hill about misinformation, conspiracy theories and the attraction of ‘human smart cities’
  • June 7, 2019
    Co-operative traffic management requires a de-centralised approach, says EC
    Co-operative traffic management needs to be more de-centralised rather than a ‘Big Brother of mobility’ approach that watches over our every movement. This is one of the key messages at Enabling interactive traffic management through public-private cooperation: examples from practical trials at this week's TS European Congress in Eindhoven, Netherlands. Pedro Barradas, policy officer at DG Move, the European Commission’s (EC) directorate-general for mobility and transport, said discussions were held on h
  • August 29, 2019
    Cohda trial proves C-ITS can work in tunnels
    Connected cars require uninterrupted signals to ensure driving safety. Going underground creates problems – but a trial in Norway suggests that there might be light at the end of the tunnel… As connectivity becomes increasingly important for transportation – in particular for connected and autonomous vehicles (C/AVs) - the problem of ‘blackspots’ and dead zones where signals fail or drop out is a pressing one. But developments early this year suggest that advances in technology might be on the brink of d