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Stephan Schmidt

  • Associate Professor
  • Director, Master of Regional Planning Program
Curriculum Vitae (CV)

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Academic Research Areas

  • Community-based planning and development
  • International studies in planning
  • Land use/spatial planning
  • Landscape architecture
  • Planning history
  • Suburban neighborhoods
  • Sustainability
  • Urbanism
  • Visual representation
Stephan Schmidt teaches courses in geographic information systems, sustainable urbanism, and land use planning. He is interested in the urban form, built environment, and spatial structure of cities at different scales, from urban public spaces to regional or metropolitan land use patterns; and across different geographies, including North America, Europe, and sub-Saharan Africa. He is particularly interested in the policy environments and institutional processes that shape these spatial patterns, as well as how such patterns can promote more sustainable and equitable outcomes. He has a master’s degree in landscape architecture from the University of Washington and a Ph.D. in urban planning from Rutgers University.
headshot of man with beard in blue sweater with dark gray back drop

Academic Research Areas

  • Community-based planning and development
  • International studies in planning
  • Land use/spatial planning
  • Landscape architecture
  • Planning history
  • Suburban neighborhoods
  • Sustainability
  • Urbanism
  • Visual representation

I am curious about the institutional, cultural, and socio-economic processes that produce very different regional landscapes.

Featured Work

  • 3D graph illustrating the population density of Nairobi by longitude and latitude.

    Urban Morphology

    What is the relationship between urban morphology—the physical form and spatial arrangement of settlement patterns—and sustainable outcomes in rapidly growing cities in sub-Saharan Africa? To identify these critical spatial intersections, we develop a range of urban morphological metrics and then examine the relationship to a range of environmental covariates including land surface temperature, air quality, and carbon emissions data.

  • Research graphic with green, orange, and blue connecting paths to illustrate the relationship between monocentricity, multicentricity, and polycentricity.

    Regional Polycentricity

    A primary focus of my research group in recent years has been to better understand regional polycentricity; how to better measure it, and examining the evolution or development of metropolitan areas toward greater polycentricity.

  • Graph illustrating changes in planning frameworks across USA, Spain, and Germany from 2000 to 2014.

    Spatial Patterns

    How can planning institutions, regulatory environments and land use policies create more sustainable and equitable spatial patterns? We examine how differences in the institutional framework for planning generates different spatial patterns using a internationally comparative analysis.

Selected Awards, Grants, and Fellowships

  • Global Strategic Collaboration Award

    “Urban Form and Residential Energy Consumption in Accra, Ghana”
    2024

  • Accelerated Research Grant, Cornell Center for Social Sciences

    “Urban Morphology and Sustainable Outcomes in sub-Saharan Africa”
    2024

  • Academic Venture Fund, Cornell Atkinson Center for Sustainability

    “Mapping Poverty, Natural Hazards, and Critical Ecosystem Services for Equitable and Sustainable Development”
    2022

  • Grant, Institute for African Development

    “Spatial Data Analysis Training for Local Governments in Tanzania”
    2019

  • Grant, German Academic Exchange Service

    “Regional Polycentrism and Metropolitan Structure in Germany”
    2019

Selected Exhibitions and Presentations

  • Place Attachment and Perceptions of Urbanization in Moshi, Tanzania

    ACSP Conference, Seattle, Washington, Fall 2024.

  • Urban Spatial Patterns and Air Pollution—Evidence from German Regions

    ACSP Conference, Seattle, Washington, Fall 2024.

  • Toward Comparative Polycentricity Scores: Assessing Variations in Regional Delineation and Subcenter Identification

    ACSP Conference, Virtual, Fall 2021.