Donald Shoup is Distinguished Research Professor from the University of California, Los Angeles, whose 2005 book, The High Cost of Free Parking, is one the most influential pieces of planning scholarship from the 21st century.
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This course explains the different and most relevant sustainability standards—such as GRI, CDP, SASB, ISO, B-Corp, and others—as well as the differences between process and performance standards.
Current megaregion development is destabilizing the natural environment, causing gridlock on highways and congestion at airports, and making cities and suburbs separate and unequal. This course discusses how we can change these trends and invest in megaregions to improve planning and development outcomes developing and older areas.
Learn why city planning is crucial to the urban future and why the success of future cities will depend on the extent to which they are sustainable, equitable, and how they use technology to serve citizens. Evaluate the key challenges facing cities in the future and, importantly, potential solutions for those challenges.
Telecommunication technologies and facilities are subject to federal law and intersect with land use regulation and development. This course examines the requirements for such technologies as radio antennas, satellite receiving dishes, cellular towers, and 5G DAS wireless networks to comply with federal laws and regulations.
This course will explain what local governments need to do—and to avoid—when enacting and applying land use regulations that affect religious land uses to comply with the federal Religious Land Use and Institutionalized Persons Act (RLUIPA).
This course examines the role of local regulation in states that have legalized marijuana. Learn about marijuana components and products, federal and state laws, zoning, and social equity issues.
This course includes a brief history of how land use and transportation have co-evolved over the last 150 years and reviews the roles of transportation systems and technology in influencing land value and locational decision.
This course discusses the local and global impacts of transportation systems and the mitigation of those impacts. The course also identifies prospects for change, as achieved by technology, transportation management, and pricing.
By the end of this course, you will have a strong understanding of the way in which transportation systems interact with society and the economy.
This course demonstrates how to delineate neighborhoods and neighborhood centers in a given area and also illustrates a sample of neighborhood enhancing design improvements.
Course instructor Emily Talen guides viewers through the process of transferring a shapefile of building outlines into SketchUp and processes of basic manipulation necessary to create a 3D model. Learn how to load data into QGIS, set the coordinate reference system, and change the graphic display of data layers.
Urban planners and urban designers are interested in building places that embody beauty and hope. In this course, Emily Talen, PhD, FAICP, presents free urban design software tools that can help urban planners and urban designers visualize changes in the built environment to support the overarching goal of creating better places.
This course defines form-based codes, explains why they were invented, and distinguishes form-based codes from conventional "use-based" zoning ordinances—all with an emphasis on placemaking and walkability. We will provide an overview of the development of form-based codes, their mandatory and optional component parts, and the importance of making form-based codes context or place-specific.
This fifth installment of the GIS Fundamentals series provides instruction on how to geocode addresses, the basics of geoprocessing, and the use of ArcGIS Online for collaborative mapping and processing.
The fourth installment of the Geographic Information Systems Fundamentals series explains how to configure data sets, including advanced methods for selecting data through spatial and SQL queries, working with relational databases and geodatabases, and importing non-spatial data into ArcGIS.
The course will continue core concepts of GIS that began in the first course, including projections, coordinate systems, cartography, and the difference between raster and vector data models.