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ARC Seminar: Dr. Amber Woodburn McNair

Urbain Air Mobility: Assessing Viability and Equity with an Urban Planning Lens
Friday, January 25, 2019, 3:00 pm
Aerospace Research Center
2300 W. Case Rd.
Room 100
Columbus, OH 43235

 


Dr. Amber Woodburn McNair Dr. Amber Woodburn McNairDr. Amber Woodburn McNair
Assistant Professor
The Ohio State University, Knowlton School of Architecture

Urban Air Mobility: Assessing Viability and Equity with an Urban Planning Lens

Location: ARC 100
Light refreshments served after.


Dr. Amber Woodburn McNair
Amber Woodburn McNair, Ph.D., is an Assistant Professor of City and Regional Planning (CRP) and holds an affiliated position with the Center for Aviation Studies (CAS) at The Ohio State University. Her education background includes a BS (UC Berkeley, 2009) and MS (UT Knoxville, 2013) in Civil Engineering and a PhD (University of Pennsylvania, 2016) in City and Regional Planning, all with an emphasis on transportation systems. At OSU, she integrates air transportation and airspace planning in both her teaching and research with graduate and undergraduate students. Her most recent funded work includes a study of the economic impact of the Columbus Regional Airport Authority’s three airports (John Glenn, Rickenbacker, and Bolton Field) on the State of Ohio. She has also conducted work that uses unmanned aerial vehicles to capture high-resolution aerial views of transportation corridors to analyze auto-centric urban form and identify interventions for complete street design.


Abstract
Connected, autonomous vehicles (CAV)—which can operate both on-land and mid-air—are among a suite of smart mobility technologies that have captured the attention of planning practice, planning scholarship, and the broader public. In its barest description, CAV technology functions as a machine equipped with sensors to detect real-time information about the vehicle operating environment, internal computation capabilities to optimize routing decisions across a variety of constraints, and wireless networks to share information with other machines, such as traffic signals and other autonomous vehicles. As the engineering and computational sciences continue to advance toward a world where CAV is possible, urban and regional planners have the difficult position of guiding CAV implementation across uncertain futures of technology ownership, policy, and markets. Further, in the context of America’s urban history, there is cause for reflection and caution to ensure that the business plans, land uses, and travel behaviors stemming from CAV systems do not exacerbate spatial patterns of resource isolation or social exclusion. This talk will emphasize frameworks for evaluating these viability and equity considerations specifically in the context of unmanned autonomous vehicles (UAV).


Hosted by Dr. Jim Gregory, Department of Mechanical and Aerospace Engineering and Aerospace Research Center.

 

Tags: Seminar