Research and develop a universal Aviation Symbol Signs System for the airport/travel sector that is comprehensive, rigorously tested, and industry accepted, as well as provide guidelines for their best use in airports. The focus will be on pedestrian wayfinding and safety related symbols. Process should be based on a global approach with U.S. airport application. The objective is to produce an aviation symbol library ...more »
Nearly every development project begins with the design process; therefore, much like the policy and planning topic area, the Design research topic area addresses a wide range of design disciplines targeting a vast and diverse number of airport facilities, such as pavements, buildings, environmental aspects, and technology solutions.
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This project proposes a look into building design and furniture layout for protection of the general public and airport employees during an active shooter event.
This research would summarize the best of practices through survey of airports and consultants; evaluate the effectiveness of subsurface drainage configurations by investigating field performance of airport pavements with and without drainage features; quantify the cost and benefits of including subsurface drainage by comparing any potential extension in service-life with increased construction and maintenance costs; ...more »
To develop a comprehensive resource on Baggage Handling System (BHS) planning and design aimed at assisting airport planners, manufacturers and airport operators. The report will help planners and architects to design new BHS, expand or modify existing systems and provide improved operation and maintenance. The goal of the report should be to supplement existing design criteria including publications from TSA, IATA and ...more »
FAA design guidance regarding grade issues for intersecting runways leaves a fair amount of discretion to the design engineer. This topic will seek to provide additional guidance regarding gradient requirements and best practices.
How can airports set up incubators unit to create a space for innovators to solve airport problems based on challenges placed on them from different departments? Then, using the resulting solution, partner (in terms of equity) with the innovators, help them form companies that the airport would be. Partner on in terms of the laboratory for the solutions, then market to other airports.
Investigate if additional data can be collected by these new survey techniques: Develop preferred practices on how to use emerging mobile technologies to collect passenger level of service information in a minimally invasive manner and investigate if new techniques improve (or impede) passenger response rates. Other topics that could be covered include: using ethnographic data collection techniques to understand passenger ...more »
Develop a guide for architects, planners and airport operators on planning and designing new low cost carrier (LCC) terminal or converting existing ones to better serve low cost carriers. Supplement existing terminal planning resources and guidelines while identifying key differences between LCC and full service terminals.
Develop tools for evaluating the risk of runway incursions based on airport-specific factors such as airfield configuration, weather, aircraft operations, aircraft characteristics, and air traffic management practices. This project would involve data collection from historical runway incursion event data for storage in a relational database. These events would be classified by type following FAA and international taxonomy. ...more »
Examine airport planning, design and construction projects and their outcomes considering the utilization of a Safety Risk Assessment (SRA) process. The SRA process, whether the result of FAA guidance or as part of an airport Safety Management System, is intended to identify and resolve important safety risk consequences early in the project formulation process. This project would identify specific benefits for using ...more »
Develop guidelines for the design of airfield infrastructure to meet the unique needs of Unmanned Aerial Vehicles (UAVs). The output of the research could be a guidebook to help practitioners design aviation facilities dedicated to safely and efficiently meet the operational requirements of UAVs of various sizes and configurations.
Updated requirements for runway vertical curves for longitudinal grade changes, mainly for ICAO Code F aircraft and New Large Aircraft (NLA)