ACRP IdeaHub Research Projects

The development of a Primer and Guidebook to assist Airport's with assessing their readiness for digital transformation. The results of this research would support Airport's to understand exactly where they are on the transformation continuum and provide guidance and direction on the next steps of the journey.

Current research by FAA regarding outdoor-to-indoor sound insulation measurement best practices for airport noise mitigation programs is anticipated to conclude during 2020, but will not address supplemental measurement methods or standardization of data analysis and documentation processes. The need for further investigation in these areas was highlighted by earlier ACRP-sponsored research and is necessary to attain... more »

Examine the degree to which airline cost at airports influence airline decisions.

A multilateral instrument granting, among other rights, up to and including the 7th freedom traffic right for all-cargo services would provide air carriers the flexibility to develop more profitable routes that serve a larger variety of airports. This could provide significant investment opportunities for airports and enable them to better position themselves for integration into the global supply chain.

Airports can play a meaningful role advancing the Sustainable Alternative Jet Fuel (SAJF) adoption. One key area is understanding SAJF infrastructure needs. Seattle-Tacoma International Airport has demonstrated leadership along with partners Alaska Airlines and Boeing by pursuing an "Aviation Biofuels Infrastructure Feasibility Study." In 2018, San Francisco International Airport is poised to issue an RFP to identify... more »

SkyDome offers airborne awareness in all weather conditions for enhanced collision avoidance at airports. The autonomous operating solution does not require a man-in-the-loop, although remote access for authorized personell from the cloud is available. The primary purpose is to detect and alert pilots about airborne objects in their flight path (landing and take-off) that are difficult to see with the naked eye (example:... more »

Blockchain technology (e.g., open source Enterprise Ethereum) can be used as a vendor neutral integration layer to secure IoT devices to prevent malicious attacks, enable myriad IoT devices installed at the airports to work together in concert to unlock new value creation between different parties, and reward IoT operators for the value produced by data.

The objective of this research is to provide a resource for state aviation agencies to identify and implement project prioritization methods that would be effective and appropriate for their agency.

Demonstrate an autonomous system that meets flight requirements for

small airports and commercial operators.

Guidance on holisitic master planning that goes beyond just future

facility and infrastructure that includes the sub categories such as IT,

Operations, Security and Maintenance as examples. It would also provide guidance on how to develop a "plan" for the ancillary operating areas and how important components may be rolled into a true master plan

Conduct research to update the state-of-the-science regarding the feasibility of reducing or eliminating noise in communities from aircraft departures, specifically behind the start of takeoff roll, with active noise reduction technology.