National Institute for Transportation and Communities

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 A bus stop can be anything from a simple signpost stuck in the grass, to a comfortable shelter with seating and paved access to the sidewalk. For many U.S. transit agencies across the country, improving facilities at bus stops is a priority. But how much do these improvements actually affect ridership? A lot, it turns out. A new NITC study, co-funded by the Utah Transit Authority (UTA) and led by Keith Bartholomew...

OVERVIEW

Even though there are tremendous uncertainties in the timing and evolution path of the Autonomous Vehicles (AV) technology, it may become a likely reality within most MPOs' long-range regional transportation plan horizon of twenty years. Yet a recent survey of the largest MPOs in the US indicates only one of them "even mentions driverless, automated, or autonomous vehicles in its most recent RTP". One of the uncertainties in assessing the impacts of AV is their direction: on one hand, self-driving cars could increase VMT by increasing roadway capacity, lowering costs of travel; on the other, they may reduce VMT by enabling more car-sharing, improving access to transit, eliminating the fixed costs of car ownership, and reclaiming parking space. To date, there is no suitable conceptual framework or modeling tools available to MPOs for quantitatively assessing the likely long-term effects of AV or potential policy scenarios.

This project studies the possible impacts on travel and land use of the emerging AV technology and focuses on advancing this innovative mobility option by making sure it serves the greater good of...

The National Institute for Transportation & Communities (NITC) research consortium, led by Portland State University, has awarded $1.14 million in total funding for eleven research projects spanning five universities. This year we focused funding on disaster resilience (including transportation in the era of COVID-19) and improving mobility in marginalized and underserved communities. Several projects examine how emerging technologies can be leveraged to create safer, more sustainable transportation systems for everyone.

Understanding Connections Between Mobility, Transportation, And Quality Of Life In Refugee Communities In Tucson, Arizona ($101,839
Led by Orhon Myadar, Maia Ingram, Nicole Iroz-Elardo and Arlie Adkins of the University of Arizona

Data-Driven Optimization for E-Scooter System Design ($67,619)
Led by Jianqiang Cheng and Yao-jan Wu of the University of Arizona

Understanding the Mobility Impacts of Decentralizing Homeless Services on Mobility in Salt Lake City ($100,206)
Led by Sarah Canham and Ivis Garcia of the University of Utah

Pedestrian...

Robert Hibberd is a Ph.D. student and Graduate Research Assistant in the University of Arizona's College of Architecture, Planning & Landscape Architecture. His research emphasis is on urban and transportation planning, demographics, Smart Growth and New Urbanism, housing affordability issues, and sustainable development. He has worked on multiple NITC projects including LRT/BRT/SCT/CRT Development Outcomes FINAL PHASE and Updating and Expanding LRT/BRT/SCT/CRT Data and Analysis with his advisor, Dr. Arthur C. Nelson. He is a 2020 NITC dissertation fellow.

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Tell us about yourself?

Robert E. Hibberd grew up in Syracuse, Utah, north of Salt Lake City. He received a bachelor’s degree in history from the University of Utah, and a Master’s degree in Historical Resources Management,...