Browse our library of planning courses
This short documentary film is the second part of a larger series hosted by Lewis Mumford, an American historian, sociologist, philosopher, and literary critic whose studies in the 20th century included attention to cities and architecture that persists in influence into the present day.
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. In the lecture presented here, Shoup presents many of the key ideas and clever phrases from the original book and a more recent follow up, with case studies updated for a contemporary landscape that includes complications like Uber and electric scooters.
This virtual panel discussion focuses on the potential for the COVID-19 pandemic to influence the development, demographic, and environmental trends of the future. Speakers: Allison Arieff, William Fulton, Scott Frazier, and Mariela Alfonzo. Moderator: James Brasuell.
The Human Scale juxtaposes the urban experiences of cities across the World to raise questions about the costs of modernity and to argue in favor of city planning that reclaims the public realm for social life. This new approach to planning is measured by walking distances, social interactions, and social inclusion, rather than vehicle speeds and parking spaces.
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.
The Congress for the New Urbanism’s Project for Code Reform streamlines the zoning code reform process by providing local governments with place-specific incremental zoning code changes that address the most problematic barriers first, build political will, and ultimately create more walkable, prosperous, and equitable places.
This course explains the major forms of planning applicable to transportation, including rational comprehensive planning, strategic planning, policy analysis, incremental planning, advocacy planning, and communicative planning.
This course provides an overview and critique of the four-step model used in transportation planning. By the end of this course, viewers will be able to conceptualize how transportation models can address contemporary problems in transportation planning, such as transit-oriented development.
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 discusses the process for making ethical decisions as part of planning for disruptive technologies.
Python is one of the world’s most popular programming languages, particularly among beginners, thanks to its clear and straightforward syntax. It is also one of the most widely used languages for data science.
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.
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.