Smart Urban Mobility

Why is smart mobility essential in urban development?

Like many metropolitan areas, the Amsterdam metropolis is prospering, the city is growing, new homes are being built, new companies and talent continue to relocate here, and the city is becoming increasingly popular with tourists. If residents, visitors, commuters, and others continue to travel as they do today, all forms of transport combined will grow in the coming years between 20% and 40%, and traffic will grind to a halt.

Good accessibility – with smart connections within the city and with the rest of the country and world – makes an important contribution to Amsterdam’s attractiveness for all travelers. Moreover, particularly in Amsterdam, social diversity and inclusivity are valued, which means providing everyone with equal access to good liveability and transport.

Mobility operates as the intersection between the city’s infrastructure and its city’s inhabitants. It is the central link in the well-functioning of a city and a key element in the organization of multimodal transport. In doing so, it is not only about the connection to other areas, but also about sowing together the fabric of the area and the movement of people in the area itself.
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Mobility and Urban Development

Participants of the 2019 summer school will explore interdisciplinary approaches towards a sustainable integration of designing disciplines for smart urban mobility and the new urban development area Haven-Stad in Amsterdam. They will deal with the following themes: the role and function of smart urban mobility, including mobility as a service (MaaS) and emerging mobility options; travel behaviour of a growing number of users; sustainability challenges and fairness in transport planning; public and semi-public spaces (and social dynamics therein); exploration of alternative, marginal and emerging social uses of urban developments as meeting places and culture; urban integration in the overall mobility system; the interface between architecture and infrastructure with the urban fabric; programming of future transport nodes and the accessibility to and from such transport hubs of all types of smart mobilities (e.g. conventional public transport, shared mobility, autonomous taxis, etc.).

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