The research project would assess the current state of all-hazards crisis management and its relationship to business continuity and business resilience for airports and airport authorities across the U.S. Through benchmarking, the project team would assess current airport capabilities, and identify needs, gaps, and opportunities for improving airport enterprise-wide resilience. Results of the study would inform a guidebook ...more »
It is imperative that entities preparing to undertake a major airport terminal or expansion project understand what risks are involved and how those risks can be mitigated. If the proposed research is conducted and an intuitive database of risk-management contract provisions is created, entities interested in participating in such a "mega project" would be able to identify how best to manage the associated risk: this ...more »
Timely and effective decisions involving current and forecast weather are critical for successful airport operations. The multitude of available weather information and data sources can complicate processes and reduce effectiveness of decision making during high impact weather scenarios.
Airport and related aviation organizations generate and absorb large amounts of data, particularly geospatial data such as CAD, GIS, BIM, LiDAR, and aerial imagery. How can airports leadership and staff learn from industry best practices, including from others such as university campuses, in terms of effectively managing the flow of data to facility operations, maintenance, and other end-users, so they are not held up ...more »
Define evidence-based, practical tools for airports interested in supporting anti-human trafficking efforts, through a project that complements and keep step with efforts at the USDOT and FAA, as well as those of a Congressionally-directed Federal Advisory Committee and its recommendation, due out July 3, 2019.
Air traveler volume is rising year over year, placing strain on airport facilities' ability to process passengers efficiently and effectively in an operational footprint constrained by long-term capital investments. Additionally, airports must continuously mitigate against the risk posed by the "insider threat." Biometrics (e.g. fingerprint, facial, iris recognition) have the potential to mitigate these risks, capture ...more »
With increasing passenger demands for personalization, accelerated movement towards a truly seamless journey, and airlines providing amenities throughout the passenger journey, airports are challenged to consistently and regularly measure the quality of the experience in their airports. While many other hospitality industries (hotels, airlines, sports) regularly measure their customer satisfaction, airports often lag ...more »
Artificial Intelligence is a powerful system that can automatically predict runway safety issues and produce optimal decisions to solve the problem in real time. The purpose of this project is to develop a framework for an AI system and provide guidelines for integrating an AI system to airports in order to improve runway safety.
Identify specific costs of climate change for airports to understand and communicate the costs of climate change to illustrate the importance of resilience and adaptation.
Wheel chairs and wheel chair pushers abound in airports as the population ages. Aside from the logistics and facilities issues such as large font signage and cell phone apps, the more serious issues of passengers becoming disoriented, dealing with dementia that has not been diagnosed, losing carry-on bags or falling victim to scams while traveling are becoming more problematic. Airports require more guidance to detect ...more »
Based on extensive research supported by TxDOT and Bureau of Reclamation, two ASR test methods (i.e., a rapid aggregate chemical test called VCMD and an accelerated concrete cylinder test - ACCT) and a combined innovative approach with four recommended steps were developed for formulating performance-based alkali-silica reaction (ASR)–resistant concrete mixes. This performance based approach has a great potential to formulate ...more »
The proposed research will extend the findings of previous ACRP research to describe how changes in air service connectivity will effect regional economic development. A spreadsheet model, workbook and user guide will be developed from this research for use by airports, state aviation agencies and, in addition, by regional planning and economic development organizations to allow economic benefits of improved air service ...more »
Establish for the end user a process that would assist airport sponsors and the FAA to evaluate whether a development project is a true hazard based on evaluating imaginary and TERPS surfaces, recognizing current conditions at the specific airport. A goal for this project would be to define a process by which the FAA would accept a sponsor lead approval of a design, that may or may not conform to strict interpretations ...more »
Research is needed to determine if HDPE systems provide the longevity and environmental improvements for airport fueling systems. . HDPE piping is found in nearly 90% of municipal European piping systems versus less than 10% of municipal piping systems in the United States. Research is needed to determine if HDPE systems provide the longevity and environmental improvements for airport fueling systems and reduce the ...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.