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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.
Area-Based Location Optimization: Urban Green Space Selection
By the end of this course you will understand the basic principles of area-based location optimization and be able to solve the knapsack, threshold, and shape problems using LINGO software. The course also shows how to map the results of these skills 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.
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.
Urban Design for Planners 2: Getting Started with QGIS and SketchUp
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 Design for Planners 1: Software Tools
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.
Conceptual Drawing for Planners
In this course, we will learn effective ways of drawing as a means to communicate design ideas and explore digital tools that support traditional drawing.
MetroQuest Public Involvement Software: In Practice and In Action
This course provides an introduction to working with MetroQuest, what it helps planners achieve, and some of its most important features and capabilities. The course also presents a series of case studies to demonstrate the results MetroQuest has achieved for a wide range of planning projects.
Best Practices for Community Engagement
This course provides you with solid understanding of the benefits to community engagement, the psychology of public participants, an overview of the tools and tactics to choose from and advice on the creation of a public engagement plan to meet the needs of your projects.
Multi-Family Property Valuation Case Study for Planners
This course will take planners through a case study multi-family property valuation. The course will build upon previous course topics of time discounting, internal rate of return, net operating income, lease structures, debt payments, and risk assessment.
Property Cash Flow Analysis for Planners
This course will introduce planners to property cash flow analysis, which provides the foundation for real estate pro forma analysis.
Time Value of Money for Planners
This course will introduce planners to the concept of time value of money that will provide the foundation for real estate pro forma analysis.
The DIY Form-Based Code: Publishing and Expanding
In this fourth and final course of the DIY Form-Based Code series, learn to visually communicate publishable form-based code by using SketchUp and InDesign.
The DIY Form-Based Code: Testing and Refining
This third of four courses from the "DIY Form-Based Code" series shows how to use Excel and SketchUp to generate randomization tests, modeling, and refinements for a draft version of a form-based code.
The DIY Form-Based Code: Research and Development
Covering concepts critical to developing the foundation for a code, this course takes a a tour through the creation of a code for the hypothetical city of Wrightville.
AutoCAD for 3D Modeling
Most planners and designers don't use just one drawing or visualization program. In this course you'll learn how to create 3D drawings in AutoCAD and how to use AutoCAD in concert with other programs, such as Adobe Illustrator and Sketchup, to create illustrative plan, section, and perspective views.
AutoCAD for Site Planning
This course establishes a workflow for an illustrative site plan, including how to represent existing conditions and create detailed plans for specific areas within a larger project. Building on AutoCAD 101, learn to draw more complex plans using aerial imagery, photography, and hand-drawn sketches as the base layer.
AutoCAD 101
This course provides an introduction to AutoCAD’s essential functions for first-time users and demonstrates how to create site plans, street sections, and other two-dimensional scaled diagrams.
Geoanalysis with ArcGIS and Google Earth
Combining ArcGIS and Google Earth allows for a convenient, powerful way to create and share professional, accurate spatial visualizations of geographical analysis to a wide audience. This course explores how to prep shape files for ingestion into Google Earth, share city data with the public, and aid in pre-visualizing via geo-referencing around potential development sites.
SketchUp for Planners - Intermediate Part 3
Combining SketchUp and Adobe Creative Suite, this course demonstrates how to use SketchUp together with Adobe Photoshop, Illustrator and InDesign to create illustrative and informative photo simulations, perspective views, sections and site plans.
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