A one-size-fits-all solution would not suffice for a diverse city with sidewalks that vary dramatically in width, building height, density, and use. However, to meet budget constraints, PAU’s designs do propose a standardized “kit of parts.”

Early in the design process, following extensive research and stakeholder input, the team identified a sloped roof approach that eliminates the need for a parapet, opens up the sidewalk to the sky, and discourages climbing – a significant safety issue with existing sheds. While a flat-topped variation will remain available for the rare cases when workers need roof access, the team is exploring ways to easily convert sloped roofs into flat platforms when necessary.

Additional strategies to enhance circulation, increase natural light, and improve user experience include replacing solid roofs with netting, removing street-level bracing, expanding post spacing, and eliminating corner columns, which currently impede pedestrian flow and are vulnerable to vehicles. Award-winning architectural lighting firm Fisher Marantz Stone is working with PAU to provide more diffused, less conspicuous lighting alternatives.