Bus-Bike Designs for the Division Transit Project
Derek Abe, Jesse Stemmier
Abstract
Open-access reader
Derek Abe, Jesse Stemmier
Abstract
Open-access reader
This seminar is brought to you by the Oregon chapter of the Association of Pedestrian and Bicycle Professionals (APBP), with support from TREC at Portland State. Transit stops and stations are a confluence of complementary and competing activities - pedestrians accessing businesses, passengers boarding and alighting, and bicyclists zipping through to their destinations. People are moving in different directions, at different speeds, and need to be able to navigate this space safely and comfortably. A common point of conflict is the bus/bicycle interaction when a transit stop is adjacent to a bike lane. Designs for integrating pedestrian and bicycle facilities at high demand transit stops have advanced over the last decade, but often involve costly infrastructure which require generous right-of-way space, significant streetscape reconfiguration and/or expensive property acquisitions. TriMet, in coordination with Alta Planning and Design, WSP, PIVOT Architecture and regional stakeholders developed a new station area typology for constrained locations along the Division Street corridor in Portland, OR as a part of the Division Transit Project (DTP) - the city’s first Bus Rapid Transit project. The team’s goal was to develop a concept that could be tested and applied across the corridor, connecting sidewalks and protected bike lanes, in an intuitive, safe station environment. In the first session of the Spring term, Jesse Stemmler of TriMet and Derek Abe of Alta Planning + Design will be kicking off a joint presentation with the Oregon Chapter of the Association of Bicycle and Pedestrian Professionals (APBP) on their design process and outcomes toward the development of the new integrated station area typology.
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This seminar is brought to you by the Oregon chapter of the Association of Pedestrian and Bicycle Professionals (APBP), with support from TREC at Portland State. Transit stops and stations are a confluence of complementary and competing activities - pedestrians accessing businesses, passengers boarding and alighting, and bicyclists zipping through to their destinations. People are moving in different directions, at different speeds, and need to be able to navigate this space safely and comfortably. A common point of conflict is the bus/bicycle interaction when a transit stop is adjacent to a bike lane. Designs for integrating pedestrian and bicycle facilities at high demand transit stops have advanced over the last decade, but often involve costly infrastructure which require generous right-of-way space, significant streetscape reconfiguration and/or expensive property acquisitions. TriMet, in coordination with Alta Planning and Design, WSP, PIVOT Architecture and regional stakeholders developed a new station area typology for constrained locations along the Division Street corridor in Portland, OR as a part of the Division Transit Project (DTP) - the city’s first Bus Rapid Transit project. The team’s goal was to develop a concept that could be tested and applied across the corridor, connecting sidewalks and protected bike lanes, in an intuitive, safe station environment. In the first session of the Spring term, Jesse Stemmler of TriMet and Derek Abe of Alta Planning + Design will be kicking off a joint presentation with the Oregon Chapter of the Association of Bicycle and Pedestrian Professionals (APBP) on their design process and outcomes toward the development of the new integrated station area typology.
Key concepts: Division (mathematics), Transit (satellite), Transport engineering, Computer science, Public transport, Engineering, Mathematics, Arithmetic