Transportation planners study traffic patterns using software like ArcGIS and Excel to understand how people and goods move through a city or region. They collect data from traffic counts, GPS data, and public transit systems and use it to identify congestion problems or safety issues. They create maps and visual models that show how new roads, bike lanes, or transit routes would affect travel times and population movement. They work with engineers, city officials, and the public to design transportation plans that balance cost, safety, and environmental impact. They write reports and present plans at public meetings using slides, maps, and data visuals to explain recommendations. A big part of the job is turning data into clear plans that improve how people travel every day.
The most common path starts with a bachelor’s degree in urban planning, transportation planning, civil engineering, or geography where students learn mapping, data analysis, and planning processes. Students use tools like ArcGIS to build maps, Excel to analyze traffic data, and AutoCAD to review or assist with infrastructure layouts. Many programs include projects where students analyze traffic flow, design transportation systems, and present plans using real datasets. Internships are common where students assist with traffic studies, collect field data, and help prepare planning documents for cities or consulting firms. Some roles require a master’s degree in urban or regional planning, especially for advanced planning or policy work. Coursework and projects focus on transportation systems, land use planning, environmental impact analysis, and using software tools to support real planning decisions.
| School | Location | Distance from ZIP Code 61615 |
|---|---|---|
| Arizona State University - Tempe | Tempe, AZ | ~1700 |
| University of California - Berkeley | Berkeley, CA | ~2050 |
| Ohio State University | Columbus, OH | ~400 |
| Massachusetts Institute of Technology | Cambridge, MA | ~980 |
| University of Illinois at Urbana - Champaign | Champaign, IL | ~90 |
| Harvard University | Cambridge, MA | ~980 |
| University of California - Los Angeles | Los Angeles, CA | ~2000 |
| University of Michigan - Ann Arbor | Ann Arbor, MI | ~450 |
| University of Washington - Seattle | Seattle, WA | ~2100 |
| University of Minnesota - Twin Cities | Minneapolis, MN | ~400 |
| New York University | New York, NY | ~800 |
| Michigan State University | East Lansing, MI | ~420 |
| University of Pennsylvania | Philadelphia, PA | ~750 |
| University of Maryland - College Park | College Park, MD | ~700 |
| Yale University | New Haven, CT | ~900 |
| University of Southern California | Los Angeles, CA | ~2000 |
| Rutgers University - New Brunswick | New Brunswick, NJ | ~800 |
| Pennsylvania State University | University Park, PA | ~650 |
| University of North Carolina at Chapel Hill | Chapel Hill, NC | ~800 |
| Columbia University | New York, NY | ~800 |
| Cornell University | Ithaca, NY | ~800 |
| University of California - Santa Barbara | Santa Barbara, CA | ~2000 |
| University of Wisconsin - Madison | Madison, WI | ~250 |
| Johns Hopkins University | Baltimore, MD | ~700 |
| Texas A&M University | College Station, TX | ~900 |
Employers look for candidates who have used ArcGIS to create maps showing traffic patterns, land use, or transportation systems and can explain what those maps show. Strong applicants have completed projects where they analyzed traffic data in Excel, created charts, and used those results to recommend changes to roads or transit systems. Hiring managers expect experience writing reports that explain planning decisions and presenting those findings using slides, maps, or visual tools. Internships or coursework where candidates collected field data, worked on planning documents, and participated in team projects are a major advantage. Candidates who can show a portfolio with maps, planning reports, and data analysis work stand out because they demonstrate real planning experience. The most competitive applicants can clearly explain how they used data and tools to create a transportation plan that solves a real problem.