Portland State University

Jaclyn Schaefer is a graduate of the civil engineering master's program at Portland State University. A former Dwight David Eisenhower Transportation Fellow, she is now a Transportation Engineer 2 in training at the Washington State Department of Transportation. During her time at PSU, Jaclyn worked as a graduate research assistant on various projects with Dr. Miguel Figliozzi. At the 2020 TRB Annual Meeting, she presented the results of a study examining how the presence of bicycles on roads without bicycle lanes affects passenger vehicle travel speeds. Jaclyn was awarded NITC scholarships during both the 2018/19 and 2019/20 academic years.

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Tell us about yourself?

I am a recent graduate from Portland State University, where I received a MS in civil and environmental engineering, and previously completed a BS in civil engineering. During my time as a graduate student at PSU, I was fortunate to work under Dr. Miguel Figliozzi conducting research on factors affecting traffic speeds and speed limit compliance on roads with a high percentage of bicycles (an ODOT research project with co-PI Avinash Unnikrishnan) and studying the spatial distribution of...

Returning to primarily on-campus learning, the fall term at Portland State University starts September 27, 2021. See PSU’s COVID-19 Student Resources for the latest info on our campus vaccination requirement for students and staff. Some in-person courses may shift to offer an online or hybrid attendance option as the situation evolves; stay tuned for any updates. 

Students enrolled in a PSU degree program can register online. Not a current PSU graduate student? Lifelong adult learning is a guiding principle of PSU, and you can still take these courses through the non-degree application process or as a post-baccalaureate student (opens Sept. 7th). Taking a course is one way to see if one of our PSU graduate degree programs...

If you could securely pick up your packages on your commute by public transit, from any carrier—be it USPS, FedEx, UPS or other companies, would you? Transit agencies could be missing a potential strategy to increase ridership by offering common carrier parcel lockers at transit facilities. 

Mitigating the demands on our urban transportation networks by consolidating parcel deliveries at high trafficked transit facilities could also benefit retailers, logistics and carrier companies, and consumers. But how do we ensure the equitable distribution of these sites for disadvantaged populations, while keeping accessibility in mind?

Using real world data from the Portland, OR region, a new study from researchers at Portland State University (PSU) offers a multiple-criteria approach using accessibility and equity metrics, including ridership, mode of transportation, spatial distribution, and sociodemographic profiles of coverage areas. 

Limited Free Access: The article in Transportation Research Record, "Accessibility and Equity Analysis of Transit Facility Sites for Common Carrier Parcel Lockers," by Katherine Keeling, Jaclyn Schaefer and Miguel Figliozzi, will be...

Interested in active transportation research? What’s been done? What should be done? 

We’re excited to share the release of the Research Roadmap for the American Association of State Highway and Transportation Officials (AASHTO) Council on Active Transportation (CAT). The Roadmap was created to foster research that will address important active transportation needs at the state DOT level and beyond. 

Funded by the National Cooperative Highway Research Program (NCHRP), a team of researchers from the Transportation Research and Education Center (TREC) at Portland State University (PSU) and Toole Design prepared the Research Roadmap over the past 18 months. They reviewed existing and on-going active transportation research, identified key research needs from a wide range of sources, and held outreach activities with practitioners to refine and prioritize those needs.

The project offers guidance on where active transportation research has been, and where it should go next in developing speed management strategies to improve pedestrian and bicyclist safety on arterial roadways, determining context-driven optimal spacing between marked crosswalks, addressing racial and economic disparities in safety improvements, refining guidance on bicycle signal timing, overcoming barriers to implementing active transportation in planning and engineering practice, and many more research questions:

• The...