What if cities reallocated fifty percent of their road space to micromobility, such as bikes, cargo bikes and e-scooters? This pioneering plan is at the heart of E-Bike City. Developed in collaboration with engineers, city planners and residents, the project is reshaping the future of urban mobility.
Project partners
E-bike City proposes strong design principles to shape the future cityscape. Two animations show key elements: What might socially just neighbourhoods look like?
This content is versatile and suitable for various contexts including dynamic keynotes or PR material.
From the familiar to the extraordinary: Our interactive visuals bring to life the transformative changes in neighborhoods. What's evolving? How will it benefit communities? Dive into a before-and-after comparison that highlights tangible benefits of E-bike City.
In complex research projects, understanding dynamic interplays and stakeholder interactions is crucial. Visual systems mapping offers this clarity. It shows responsibilities, tracks information flow, and highlights dependencies, streamlining both internal and external communications: Who is responsible for what? How is information shared?
For external stakeholders, a well-designed systems map is more than an informational tool; it's a testament to the project's intricate design and operational efficiency. Clear, comprehensive systems maps are instrumental in building and sustaining trust, showcasing our commitment to transparency and strategic planning.
Each of the ten sub-projects plays a vital role in the map, acting as building blocks of the main project. To show their significance, we have chosen an unique combination of editorial illustrations and information graphics.
This dual pairing is designed to offer a comprehensive and engaging introduction, seamlessly connecting the intricate details of each sub-project with the larger project narrative.
What if it's raining? This project focuses on adapting public transport routes and frequencies in response to weather-driven demand variations.
Who is planning the new network? This project leads the algorithmic design of the new multi-modal transportation network and its capacity.
Who decides what network is preferable? This project offers mathematical network optimization and a multi-criteria evaluation framework for innovative network designs.
What are residents' wishes and concerns? This project examines public attitudes towards the new policies and potential street design from the perspective of residents.
What about the costs? This project weighs infrastructure costs against savings from accident reduction and health benefits.
How are citizens represented in the simulation? This project develops choice models for daily schedules, guiding agent's behaviour in the simulation process.
Explore the research behind E-Bike City