All Bicycle Planning Courses
Crime and Urban Planning in the United States
The spatial patterns and environmental characteristics of urban crime offer planners an opportunity to contribute to building crime-resilient communities.
Just Suburbs: The New Frontier for Equity and Inclusion
Poverty is being displaced from central cities to suburbs. As a response, planners should look to strategies that create mixed-income neighborhoods—a place that everyone can call home.
Suburban Remix: Creating the Next Generation of Urban Places
The economic, demographic, and technological forces reshaping suburbs are under-reported and misunderstood. Learn how suburbs can manage change while enhancing livability, economic opportunity, and fiscal responsibility.
Equitable Transit Oriented Development
Equitable transit oriented development (eTOD) prioritizes inclusive community development in multi-modal regional growth.
Methods for Neighborhood Scale Revitalization
This course presents a rigorous but adaptable methodology that builds on the strengths of neighborhoods to develop customized approaches for addressing challenges that directly respond to the needs and vision of each neighborhood.
Women and Cities 5: The Feminist Future City
This final chapter speculates on what a feminist city could look like, recalling case studies and ancient examples that include contemporary contexts but also consider future needs for a more heart-centered city designed for everyone.
Women and Cities 4: Gender Equity in the Public Sphere
This course will outline the way in which women have occupied public spaces and the transition into a greater level of visibility for women in cities.
Women and Cities: Gender Equity, Past and Present
Investigate the meaning of “feminist city planning” by exploring how women have impacted cities past and present and imagining what a women-led city would look like from a variety of perspectives—both bottom-up and top-down.
Solving Coverage and Location-Allocation Problems
Location-allocation problems involve locating supply sites and simultaneously allocating demand to those sites so the entire system is optimized. With this course, you will learn the basic principles of the coverage and location-allocation problems and be able to solve them using LINGO software and map the results in QGIS.
Location Optimization
This course introduces the basic principles of location optimization models and provides a hands-on tutorial on point-based location optimization using QGIS and LINGO.
Introduction to Urban Informatics
This course discusses how the field of urban informatics works. You will also learn about the technologies and concepts influencing Urban Informatics, including "Big Data," machine learning, visualization, and data-driven decision making.
Tableau for Planners 3: Dashboards
This course will expand on the Tableau for Planners: Introduction and Worksheets. Students will have prior experience will building basic tables and will start to use Tableau to build multi-worksheet dashboards with interactive controls like filtering. Students will also learn how to make the data used in their visualization accessible to the public. At the end of the course, we will demonstrate how to publish the work to Tableau Public and embed dashboards on websites and in social media.
Tableau for Planners 2: Worksheets
This course will expand on the Tableau for Planners: Introduction course. This course continues to train the planner on how to build effective worksheets for planners. This course will introduce general principles of data visualization and orient the user with the Tableau platform, with a primary focus on Tableau Public, a free version of Tableau's desktop software.
Tableau for Planners: Introduction
This course will introduce general principles of data visualization and orient the user with the Tableau platform. Learn how to connect to a data set in Microsoft Excel, understand general principles of a relational database, and start building basic worksheets and dashboards.
Python Street Network Analysis
In this course we will learn how to use Python to conduct street network analysis with the OSMnx package.
Python Geospatial Analysis and Mapping
Learn how to use Python to work with urban spatial data.
Python Data Analysis and Visualization
In this course we will learn how to use Python to conduct basic data analyses and create attractive visualizations.
Urban Design for Planners 5: Density
Emily Talen, PhD, FAICP teaches urban design strategies for increasing density in neighborhoods and locating infill development appropriate to the context of specific neighborhoods. Talen also introduces urban design interventions proven to increase density.
Urban Design for Planners 4: Mix and Proximity
Course instructor Emily Talen, PhD, FAICP provides step-by-step instruction on how to use data sets to visualize and map the configuration of mix and density along main commercial corridors and neighborhoods.
Urban Design for Planners 3: Neighborhoods and Centers
This course demonstrates how to delineate neighborhoods and neighborhood centers in a given area and also illustrates a sample of neighborhood enhancing design improvements.