CNU's 2018 Transportation Summit united local groups that battle to remove disruptive urban highway segments
A campus designed as an isolated, car-dependent place has become virtually car-free.
The greater choice offered by well-connected street networks leads to more capacity and efficiency, according to pioneering smart growth engineer Walter Kulash.
Historic street grids can handle greater traffic of all kinds—so why aren’t we building more of them?
Despite long-held beliefs of transportation officials, traffic congestion does not slow down economies, productivity, or job growth; and it may spur positive adaptation.
Well-designed urban roundabouts solve traffic delay problems while slashing the kinetic energy of motor vehicles in intersections, improving safety and allowing for placemaking.
Autonomous vehicles (AVs) will likely be one of the most transformative and disruptive technologies ever introduced. The technology brings the potential to make great progress in the following areas:
A pedestrian fatality spurred a transformation of a thoroughfare in Raleigh, linking a college campus to neighborhoods.
Roundabouts and reductions in lane widths helped to restore civic life along a US highway in a western New York village.
South Miami, Florida, has completely transformed since 2000—largely following the context-sensitive transformation of its main street.
Why street design has not kept pace with automotive safety improvements, and what you can do about it.
A breakthrough design on La Jolla Boulevard in San Diego cuts crashes by 90 percent and gives local business a shot in the arm.