National Institute for Transportation and Communities

Our National Institute for Transportation & Communities (NITC) research program has awarded grant funding for a new series of Small Starts projects.

The latest Small Starts Grant projects, evaluated by the NITC Advisory Board and selected by NITC's Executive Committee, will explore mobility impacts of construction workzones, transportation equity and barriers for low-income travelers, and the widespread impacts of emerging technologies like e-scooters and ride hailing.

This annual NITC funding program is a unique opportunity to tackle small-scale ($20,000 or less in scope) research projects. In contrast to our larger, annual flagship program ($30–150K), Small Starts enables us to include researchers who:

• Bring a diverse, interdisciplinary perspective

• Offer a new voice in the field, whether they’re untenured faculty or a researcher who has not received a NITC grant before

• Want to kick-start a larger project by first tackling an exploratory study smaller in scope

THE...

• Download the Final Report (PDF)
• Download the Project Brief (PDF)
• Register for the December 3 webinar

NITC researchers Stephen Fickas and Marc Schlossberg of the University of Oregon are on a mission: bring the benefits of V2I (vehicle-to-infrastructure communication) to bicycling. Earlier this year they published their proof-of-concept of a DIY vehicle-to-infrastructure "bike box" in Oregon for communicating with traffic signal controllers. In the most recent round of NITC grants awarded...

PRESENTATION ARCHIVE

Miss the webinar or want a look back?

• Watch the recorded video
• View the presentation slides

OVERVIEW

The "Fast Track" project at the University of Oregon focuses on a mode of transportation that is sometimes left out of vehicle-to-infrastructure, or V2I, conversations: Bicycling. NITC researchers developed an app based on a new technology being integrated into modern cars: GLOSA, or Green Light Optimized Speed Advisory. GLOSA allows motorists to set their speed along corridors to maximize their chances of catching a "green wave" so they won't have to stop at red lights.

This project demonstrates how GLOSA can be used by bicyclists in the same way it is used by motorists, with a test site on a busy car and bike corridor feeding the University of Oregon campus: 13th Avenue in Eugene, Oregon. Researchers developed a smartphone app that tells a cyclist whether they should adjust their speed to stay in tune with the signals and catch the next green. The project demonstrates how university researchers, city traffic engineers, and signal-controller manufacturers can come together to help bicyclists be active participants in a smart transportation system.

Catherine Rohan, University of Oregon

Catherine Rohan is a masters student at the University of Oregon. She earned a B.S. in Environmental Science from the University of Texas at Austin, has worked as an environmental inspector, a ground truth surveyor, a GIS technician and a Fleet Response Specialist, and is now working toward a masters in community and regional planning. In July 2019 she studied abroad - see her blog about bicycle-focused planning in the Netherlands - and this September, Catherine will present her work on "Planning for New Mobility in Gresham, Oregon" in a poster session at the 2019 Transportation & Communities Summit in Portland, Oregon.

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Tell us about yourself?

I am a community and regional planning masters student at the University of Oregon. Born and raised in Houston, I came to Oregon via Austin, Texas, where I completed my undergrad in environmental science. While I love Eugene I do miss the Tex-Mex and live music in Austin (unfortunately Oregon-Mex is not a thing). In my free time I like to get outdoors, read, and hunt through vintage and thrift stores. I just finished up an amazing...