17. Urban Mobility Startups for Livable Cities – 4CBLW00-17

17. Urban Mobility Startups for Livable Cities

Offered by

IE&IS and BE

Available in timeslot

C or D

Target student major

  • Industrial Engineering
  • Sustainable Innovation
  • Architecture, Urbanism and Building Sciences
  • Computer Science

Preferred entrance knowledge / skills

 

Student capacity

72

Group size

6

Contact person

Albert Schrotenboer, a.h.schrotenboer@tue.nl 

Project description

The city of the future will be green, sustainable, and livable. This is driven by technological advancements (autonomous vehicles/shared mobility/electric vehicles), but its success depends on various social criteria. We leverage data from a variety of sources (geospatial, demographics, logistics, supply chains, etc.) to develop and design new innovative mobility concepts that will advance the livability of cities. Examples include the 15-minute city, where every citizen should be able to reach everything, they need within 15 minutes, meta-subscriptions for on-demand transportation/mobility services, or combining logistics flows to make more efficient use of the scarce space.   Each year, the specific challenges will depend on the data that is provided. The challenge will mimic a green startup in the city logistics and mobility domain. The challenge will require at least a conceptual business model design based on industrial engineering and urban planning principles via the lens of logistics and mobility, an evaluation of the built environment considerations, and the evaluation of such a design via a simulation study that operationalizes the proposed startup concept. Techniques from operations research, data science, AI, optimization, choice modelling, building design, control systems, geographical analysis are all needed to effectively evaluate the potential of the green startup.