Can concrete canoes float, or will they sink? That’s what hundreds of college students will discover during one of the signature competitions of the American Society of Civil Engineers’ Mid-Ame
Explore the history of the Underground Railroad — a secret network of people and safe houses that helped enslaved African Americans escape to freedom in the United States. And learn about its most famous conductor, Harriet Tubman, who was commemorated with a statue on the Downtown Binghamton Freedom Trail.
MSU engineers create “smart” system to prevent future infrastructure disasters
Arizona State University faculty members are sharing sustainable concrete development expertise with transportation authorities in the state.
“Natural Disasters and Local Resiliency,” co-written by Binghamton University's Komla Dzigbede revolves around the increase in number, strength and frequency of natural disasters globally; the authors interview local government managers — many who may be the next to experience a disaster — to examine the lessons that they can use as they attempt to prevent, prepare, respond and recover from these events. The book’s major goal is to serve as a resource for practitioners at the local level leading government services and programs.
A researcher at Missouri University of Science and Technology has developed a robotic system to make bridge inspections faster, more comprehensive and safer. Dr. Genda Chen’s invention, called the Bridge Inspection Robot Deployment System, or BIRDS, has been selected for the American Society of Civil Engineers (ASCE) 2025 Charles Pankow Award for Innovation.
In a new study, Lisa Hasan, an UdeM doctoral student in architecture, proposes an analysis of the international process of promoting ANZ, a program to make all buildings carbon-neutral.
Xianming Shi, civil and architectural engineering department chair at the University of Miami, was awarded a grant from the U.S. Department of Agriculture to research how to turn farming byproducts into sustainable asphalt.
New York Institute of Technology expert offers building and design mitigation strategies for high-risk areas in California and beyond.
Korea Institute of Civil Engineering and Building Technology (KICT) has developed a cost-effective and high-efficiency maintenance technology using satellite Synthetic Aperture Radar (SAR) data.
As companies worldwide switch from analog to automated digital industrial control systems, malicious cyber actors are finding new opportunities for extortion and mayhem. It’s happening in a range of industrial settings, from power stations to manufacturing plants, and it’s a growing problem in the aviation industry.
Korea Institute of Civil Engineering and Building Technology (KICT) announced that it has developed the nation's first BIM (Building Information Modeling) and VR (Virtual Reality) based noise and vibration impact simulator for deep excavation blasting, aimed at expanding underground transportation infrastructure that citizens can use safely and comfortably.
A recent study introduced a novel in-plane inverse crack-tip element that aims to transform structural health monitoring (SHM) in structures with preexisting cracks.
The Herbert Wertheim School of Public Health and Human Longevity Science at University of California San Diego is creating programs to improve safety for all roadway users, including drivers, pedestrians and cyclists. With support from two grants from the California Office of Traffic Safety through the NHTSA, the school is developing an educational program geared towards Native American youth as well as new online courses to improve older driver safety.
Argonne’s scientific, analytical and technological expertise serves communities in times of stress or change and helps communities plan and adapt to future challenges.
University of Miami professors discuss the history of the cathedral and the efforts to restore it following the 2019 fire.
A new study unveils a breakthrough approach to detecting fatigue cracks in Orthotropic steel bridge decks (OSDs) using advanced robotics and deep learning. By automating the identification of internal cracks that are critical to bridge safety, this technology marks a significant leap forward in structural health monitoring.
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