Tag Archives: Build a Better Mousetrap

WEBINAR: 2023 Build a Better Mousetrap Competition National Winners

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The Federal Highway Administration’s Local Aid Support team in the Office of Transportation Innovation and Workforce Solutions will be holding a national webinar on October 19, 2023 for those interested in learning more about this year’s winning entries in the 2023 Build a Better Mousetrap National Recognition Program for Transportation Innovation.

Winners were announced at the National Local and Tribal Technical Assistance Program Association’s Annual Meeting in Columbus, Ohio this summer. New Jersey’s “Route 71 Over Shark River Road Diet” was this year’s Bold Steps Award Winner in the national competition.

Build a Better Mousetrap celebrates innovative solutions for challenges that local and tribal transportation workers encounter. These innovations can range from the development of tools and equipment modifications to the implementation of new processes that increase safety, reduce cost, and improve efficiency of our transportation system.

Gerald Oliveto, P.E., from the New Jersey Department of Transportation will give a presentation about the Route 71 bridge rehabilitation and road diet project. More information about this award-winning project, recipient of this year’s “Bold Steps” Award, can be found here and here.

Mr. Oliveto will be among the presenters during the national webinar. Below is a full list of the 2023 BABM Award recipients during the webinar.

Innovative Project Award – “The Mobile Unit Sensing Traffic (MUST) Device” – a device specifically designed to monitor traffic, detect dangerous events, and provide real-time warning messages to users along rural roads. Presenter: HollyAnna Littlebull, formerly Confederated Tribes and Bands of the Yakama Nation. Associate Director of the Northwest Tribal Technical Assistance Program (TTAP) Center, University of Washington.

Bold Steps Award – “Route 71 Over Shark River Road Diet” – a road diet project that preserves an old historic bridge while improving safety and saving money. Presenter: Gerald Oliveto, New Jersey Department of Transportation

Smart Transformation Award – “Solar-powered Remote Cameras” – providing more accurate and immediate information on road conditions that assists with emergency response while requiring less maintenance. Presenter: Matthew Beyer, St. Louis County, Minnesota, Public Works Department

Pioneer Award – “Safe Sightings of Signs and Signals (SSOSS) Software” – an automated process for identifying and addressing obstructed traffic signals saving time and money while increasing data accuracy. Presenter: Matthew Redmond, City of Walnut Creek, California

Registration – The national webinar is scheduled for Thursday, October 19, 2023, 2.00 PM and 4.00 PM Eastern. The FHWA has provided this link to learn more about the BABM Award winners event and receive a Zoom Government Meeting link to access the event.

NJDOT Receives 2022 AASHTO Focus Technology Award

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The American Association of State Hghway and Transportation Officials (AASHTO) Innovative Initiative (AII) program recognized NJDOT’s Sawcut Vertical Curb as one of seven Focus Technologies for 2022. This award goes to agencies for the successful implementation or deployment of a proven technology that has high potential to result in significant economic or qualitative benefits. Innovative technologies are judged on the state of development, payoff potential and market readiness.

The AII program is a “peer-to-peer innovation advancement program.” AII grants national recognition to the innovations as well as resources and support to enable the agency to assist peer transportation agencies in adopting the innovation. For more information on the AII program, see here.

Sawcut Vertical Curb also won the 2022 New Jersey Build a Better Mousetrap Award. For more information on this innovation, watch the video.

Try this at Home: Florida Safe & Accessible Pedestrian Facility Inventory Model

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The sixth round of Every Day Counts (EDC-6) was kicked off with a Virtual Summit that introduced the innovations that FHWA would be promoting over the next 2 years. The summit also featured a National State Transportation Innovation Council (STIC) Network Showcase that highlighted some 245 innovations developed and deployed by agencies throughout the United States. This article is one in a series that takes a closer look at “homegrown innovations” implemented by state and local agencies to save lives, time, and money. 

Highlighted by the Federal Highway Administration (FWHA)’s journal Innovator in its March/April 2018 issue, the Florida Department of Transportation (FDOT) produced a systemic, digitized way for creating an inventory of pedestrian infrastructure (1). As a part of a State Transportation Innovation Council (STIC) program, FDOT, in cooperation with the Broward Metropolitan Planning Organization, Florida International University, and the FHWA created a Safe and Accessible Pedestrian Facility Inventory Model (SAPFIM) (1). SAPFIM has been described as “a web-based application designed to collect, manage and report on pedestrian facilities along public roadways” (2) through cost-effective, real-time means.

The project received STIC incentive funding ($100,000) in 2015 to develop and deploy this GIS-based software tool (3), establishing a model that could be adapted and scaled for other local projects and transportation agencies.

As part of the STIC project, several agencies had an opportunity to test SAPFIM and provide feedback that the project team used to modify the software and user’s guide.

SAPFIM has four core functions in recording, managing, mapping, and generating reports on pedestrian. Source Dr. Fabian Cevallos, National Center for Transit Research.
SAPFIM has four core functions in recording, managing, mapping, and generating reports on pedestrian. Source Dr. Fabian Cevallos, National Center for Transit Research.
The general design of SAPFIM was broken by researcher into the image above; this particular division of functions could provide a conceptual basis for digital collection software on different topics as well. Source Dr. Fabian Cevallos, National Center for Transit Research.
The general design of SAPFIM was broken by researcher into the image above; this particular division of functions could provide a conceptual basis for digital collection software on different topics as well. Source Dr. Fabian Cevallos, National Center for Transit Research.

As an example, a fire hydrant obstructing the middle of a sidewalk might render a pathway inaccessible to wheelchair users. This obstruction in the sidewalk can be photographed and reported in SAPFIM resulting in its identification, labeling and geo-location. Such a tool allows local agencies to better track their pedestrian features while needing less time and resources. The technology also alerts planners and other officials to what pedestrian improvements, repairs, or even new constructions need priority in real-time. With updates being automatically incorporated in a wider database, information storage and retrieval is generally more complete yet simplified for users.

Obstructions to sidewalks and the location of critical pedestrian infrastructure, such as pushbuttons, away from pavement can signal spatial hostility to pedestrians. Right image courtesy of www.pedbikeimages.org; Dan Burden; left image courtesy of www.pedbikeimages.org, Laura Sandt.
Obstructions to sidewalks and the location of critical pedestrian infrastructure, such as pushbuttons, away from pavement can signal spatial hostility to pedestrians. Right image courtesy of www.pedbikeimages.org; Dan Burden; left image courtesy of www.pedbikeimages.org, Laura Sandt.

As highlighted in a presentation from one of its research team members, SAPFIM collects over 80 standard attributes (2), such as geographic and photographic references, to describe pedestrian infrastructure across the Sunshine State. Authorized users can use wireless devices (smartphones, laptop, tablets, etc.) to enter information on a pedestrian feature or update an existing one. By answering preset criteria tailored to three categories of features (sidewalks, curb ramps, and crossings), compliance with American Disability Act (ADA) accessibility statutes or general safe, comfortable pedestrian design could then be assessed and improved upon (2).

Teams collecting data for SAPFIM still physically measure sites before inputting the information digitally. This physical component could help experientially familiarize participating stakeholders with the wider built environment of their communities. Courtesy of Broward Metropolitan Planning Organization.
Teams collecting data for SAPFIM still physically measure sites before inputting the information digitally. This physical component could help experientially familiarize participating stakeholders with the wider built environment of their communities. Courtesy of Broward Metropolitan Planning Organization.

A similar program from Seminole County, Florida revamped the transcription and tracking processes of their ADA pedestrian ramp inspections into a digital, mobile application that utilized GIS technology (4). Ultimately winning the FHWA’s 2021 Building a Better Mousetrap Smart Transformation Award, the Seminole County ADA ramp tracker reduced inspection times of individual ramps from 1.5 hours to 5 minutes (4). It streamlined the entire tracking process of a feature from taking 3-4 days with pen and paper to reportedly a single day (4) by also eliminating a multi-hour step of transferring physical records to digital ones.

Build a Better Mousetrap recognizes local and state innovations in American transportation infrastructure processes and products. By winning an award from the project, Seminole County’s ADA accessible tracker now is more likely to be emulated and advance other digitalization efforts. Courtesy of the Federal Highway Administration.

It is unclear if the Seminole County’s trackers were built off of SAPFIM, but nonetheless the demonstrated utility of the County’s efforts validates the purpose of the FDOT project. Applying digital cataloging technology to the built-environment clearly suggests that the future of transportation maintenance will include enhanced digital record-keeping, including breaches to accessibility ordinances. Such technology continues to be re-tailored to maintenance of street lights, potholes, public bathroom accessibility, curb-cuts and other physical assets and their attributes. The equity and cost-saving gains of these homegrown innovations warrant further attention and deployment, particularly in ways that can respond creatively to rising pedestrian fatalities nationally and in New Jersey (5).

Resources

  1. Federal Highway Administration. (2018, March-April). Enhancing Pedestrian Safety in Florida. 11(65), 10. https://www.fhwa.dot.gov/innovation/innovator/issue65/issue65.pdf
  2. Cevallos, Fabian. (Accessed 2022, August 2). SAPFIM: Safe and Accessible Pedestrian Facility Inventory Model. Florida Department of Transportation. https://fdotwww.blob.core.windows.net/sitefinity/docs/default-source/content/roadway/ada/sapfim-online.pdf?sfvrsn=228b87ca_0
  3. Federal Highway Administration. (2022, July 13). STIC Incentive Projects (FY 2014-2022). US Department of Transportation. https://www.fhwa.dot.gov/innovation/stic/incentive_project/
  4. Federal Highway Administration. (2021). Smart Transformation Award. Build a Better Mousetrap. https://www.fhwa.dot.gov/clas/pdfs/2021_mousetrap_entries_booklet.pdf
  5. Bascome, Erik. (2022, April 07). S. pedestrian fatalities spike by 17%, over 500 more deaths, in first half of 2021, data shows. Staten Island Advance. https://www.silive.com/news/2022/04/us-pedestrian-fatalities-spike-by-17-over-500-more-deaths-in-first-half-of-2021.html
  6. Cevallos, Fabian. (2020. June 1). Safe and Accessible Pedestrian Facility Inventory Model (SAPFIM): Development. National Center for Transit Research (NCTR), University of South Florida. https://core.ac.uk/download/pdf/323870213.pdf
  7. Broward Metropolitan Planning Organization. (Accessed 2022, August 4). Safe and Accessible Pedestrian Facilities Inventory Model. https://www.browardmpo.org/images/CSMP/SAPFIM_Presentation.pdf