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Department ofCivil, Environmental and Sustainable Engineering

Transportation Engineering

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An illustration of a train, a wetland, a portion of the San Francisco Golden Gate Bridge, a damn, and a construction site.

WHAT’S HAPPENING IN TRANSPORTATION!

Transportation engineering encompasses a wide range of projects, from futuristic concepts like smart roads and hyperloop systems to low-tech solutions that prioritize pedestrian and cyclist safety. Without ways to move goods, services and people, cities shut down. It's a field that demands innovation, creativity, and problem-solving skills to address the growing demand for green transportation and reduced congestion.

 

AI and Transportation

An illustration of a smart car in autonomous self-driving mode on a metro city road lot concept with graphic sensor radar signal system and internet sensors.
Today’s smart cars use the Internet of Things to connect with traffic signals, other cars, available parking, traffic signs, charging, and more!

Artificial Intelligence (AI) and machine learning are revolutionizing transportation. From sensors and cameras on roadways to big data analytics, AI helps drivers find the fastest routes and reduces congestion. Cities are even exploring drone taxis, both manned and unmanned, prompting city planners and engineers to rethink urban mobility. Even the trucking industry is going autonomous.

Can the road power your electric vehicle (EV)?  Smart Roads can!

Animated gif of smart road features. A car driving in a lane painted green with a white charging symbol on the lane. A cartoon drawing of a bird’s eye view of an intersection showing cars, buses, bicycles and pedestrians approaching a four-way intersection. A nighttime photo at ground level on a wide city street showing glowing lane lines lit up in the darkness by electrical methods.

Smart roads are revolutionizing transportation with a plethora of sensors enhancing traffic flow. Picture a road alerting your car about upcoming stop signs! These roads can communicate with vehicles, transit centers, and emergency services. Additionally, smart roads can harvest energy, powering street lights, lane markers, and even charging electric vehicles. Energy harvesting methods range from capturing tire friction heat to using special solar collectors or converting traffic-induced vibrations into usable energy.