If you want to work on NJDOT-funded infrastructure projects and haven't taken a refresher in two years, better sign up now. Course covers MUTCD, info on keeping workers safe, new NJDOT safety specs, and other federal and state regulations/changes.
The training covers topics including TIM guidelines, fundamentals, and terminology; notifications and scene size up; scene safety and risk management; traffic management; special circumstances; clearance; and termination.
During this talk, Dr. Yeganeh Hayeri will evaluate this gap by utilizing a systematic review approach to categorize and synthesize the principal existing concepts in surface transportation systems using machine learning algorithms while decomposing them into their fundamental elements.
If you want to work on NJDOT-funded infrastructure projects and haven't taken a refresher in two years, better sign up now. Course covers MUTCD, info on keeping workers safe, new NJDOT safety specs, and other federal and state regulations/changes.
If you want to work on NJDOT-funded infrastructure projects and haven't taken a refresher in two years, better sign up now. Course covers MUTCD, info on keeping workers safe, new NJDOT safety specs, and other federal and state regulations/changes.
UTC and industry partners from Farmingdale State College, Cornell University, GatewayJFK, and Cayuga Partners have been studying cargo supply chain in and around JFK International Airport during the past year to help better facilitate and optimize truck movements throughout the facility.
If you want to work on NJDOT-funded infrastructure projects and haven't taken a refresher in two years, better sign up now. Course covers MUTCD, info on keeping workers safe, new NJDOT safety specs, and other federal and state regulations/changes.
Rutgers CAIT researchers Dr. Peter Jin and Dr. Jie Gong are contributing research on digital twin projects as part of a new Center of Excellence for Engineering Secure Environments from Targeted Attacks at Rutgers University that will combat potential threats to buildings, schools, stadiums, and other infrastructure.
CAIT-affiliated researcher Dr. Sharon Di is part of a team of Columbia University researchers who recently received NSF funding to create a virtual replica, or digital twin, of New York City that will continuously learn and dynamically update itself as the city traffic environment changes in real time.
