About
A pilot project examining how app-based food-delivery workers navigate urban risk in a predominantly car-based delivery environment. This is a comparative extension examining similar questions to GIGRISK-Brussels, where cycle logistics and cooperative delivery models are more established.
Purpose
The Kitchener-Waterloo pilot is meant to provide a useful contrast case to GIGRISK-Brussels. The European discussion around cycle logistics takes place in dense urban environments where bicycle delivery is feasible. In Kitchener-Waterloo, by contrast, deliveries are often performed by car because of:
- lower urban density,
- longer travel distances,
- suburban development patterns, and
- infrastructure designed primarily around automobile mobility.
Urban form and delivery work
How does courier work differ when deliveries are primarily car-based rather than bicycle-based?
How do navigation practices change?
How do workers assess and manage risk differently?
How do navigation practices change?
How do workers assess and manage risk differently?
Decarbonization
What structural conditions make bicycle delivery difficult in mid-sized North American cities?
Under what conditions could cycle logistics become viable?
What infrastructure changes would be required?
Under what conditions could cycle logistics become viable?
What infrastructure changes would be required?
Platform alternatives
Would a cooperative delivery model face the same challenges in Waterloo as in Brussels?
How does urban geography shape the feasibility of cooperative logistics?
How does urban geography shape the feasibility of cooperative logistics?