Urban Air Mobility (UAM) is a safe and efficient system for air passenger and cargo transportation within an urban area, inclusive of small package delivery and other urban Unmanned Aerial Systems (UAS) services, which supports a mix of onboard/ground-piloted and increasingly autonomous operations. In recent years, UAM has developed rapidly due to advances in technology and with pilot projects underway in Dubai and planned ...more »
Research is needed to help airports better define the extent of the problem better define the potential direct impacts of restricted scheduling windows identify unintended consequences at both originating and destination airports from restricted scheduling windows on intercontinental routes propose alternative noise mitigation strategies to achieve similar or better outcomes for communities in the vicinity of ...more »
The objectives of this research project are to: • Create an electronic resources library – preferably a website. This searchable electronic library should provide an inventory of available publications including the abstracts and index of ACRP research documents and non-ACRP research documents related to airside planning, design and operations. • Recommend a process for keeping the website up-to-date. • Identify which ...more »
Perform economic, environmental and social benefits analysis of using plant based diet in airports and flights. Industrial meat, poultry, and dairy production has a huge footprint of resource consumption--energy, water, and land. As a result the practice produces air, water and land pollution. The practice also causes human health related deceases. A triple Bottom Line analysis of low carbon plant based food usage ...more »
Should an airport be run by the City, an Authority, in partnership with a Private party (PPP) or totally privatized (European model). What will be the best option for the airport?
The USGS will be releasing the Earthquake Early Warning System for public use in 2018. All airports in the west will need to understand how this will directly impact shutdown of critical infrastructure, alerting to the public and changes in the airport safety systems.
A Fatigue Risk Management Program (FRMP), specific to the needs of ramp workers, will be developed and implemented in at least one airport with the feasibility, acceptability and efficacy of the program evaluated. An implementation schedule should then be devised to provide a successful program to ramp workers in major airports across the country.