Case Study Tag: Safety planning

Back to Catalog

Local and Tribal Match Road Safety Program

FHWA
FHWA’s Match program connects local and tribal agencies with peer mentors to help resolve local and tribal road safety issues.
Program Overview2023 Safety Summit Poster

New Jersey’s Systemic Approach to Safety

New Jersey
NJDOT's Systemic Approach to Safety focuses on proactively addressing crash risk by widely implementing low-cost, proven effective countermeasures throughout a roadway network. The systemic approach considers elements not typically identified through traditional approaches.
2024 Safety Summit Poster

Using Before and After Tools to Make Data Driven Safety Decisions

New Jersey
As part of the HSIP, NJDOT uses observational before/after analyses with a volume adjustment tool to evaluate countermeasure effectiveness and safety benefits. For example, post-deployment evaluation of centerline rumble strips showed a total crash cost benefit of more than $11 million for all target crashes.
2024 Safety Summit Poster

Get Involved with Transportation Research Board (TRB)

NCHRP
NCHRP and BTSCRP develop resources for DOTs, transportation professionals, and other agencies. Resources include research related to the AASHTO Highway Safety Manual and AASHTO Manual for Assessing Safety Hardware, safety guides for practitioners, and behavioral research. Transportation professionals may contribute problem statements, conduct research, contribute to TRB Standing Committees, and volunteer for project panels.
NCHRPBTSCRPTRIS2024 Safety Summit Poster2025 Safety Summit Poser

Method for Short-Term Network Screening

Iowa
Iowa DOT's short-term network screening method identifies freeway segments most likely to have excess crashes in coming weeks, which helps prioritize emergency response and enforcement. Seasonal conditions (weather, animal crossings) may be factored into crash risk. The method can also help with the design of effective countermeasures.
2024 Safety Summit Poster

Data-Driven Strategies Using Predictive Modeling and Interactive Dashboards

Iowa
Since traffic safety projects often yield varying impacts on safety performance, Iowa DOT established a robust system to track crash histories related to safety projects, which is essential to assess project effectiveness, efficiency, and return on investment. The system is helpful to site identification, safety issue diagnosis, and countermeasure evaluation.
Traffic Safety Dashboards2024 Safety Summit Poster

B/C Analysis Using Conflict Detection for Midblock Pedestrian Crossings

Georgia
Georgia DOT used conflict detection to assess pedestrian safety at midblock crossings in Jesup, Georgia, allowing for safety concerns to be assessed in further detail than utilizing crashes alone. Using proactive conflict detection data and reactive observed crash data, pedestrian safety projects can be economically justified and prioritized.
2024 Safety Summit Poster

Prioritizing Safe System Elements Along a Rural Continuum

FHWA
This pilot effort created a new way of looking at rural safety needs on a continuum. The project used six characteristics: block size, distance to fire stations, distance to public schools, distance to Level 1 & 2 trauma centers, intersection density, and undeveloped land.
2020 Census Block MapsHomeland Infrastructure Foundation-Level Data (HIFLD)National Transportation Atlas Database (NTAD)USDA National Land Cover Database2024 Safety Summit Poster

Aligning Projects and Policies with the Safe System Approach

FHWA
FHWA has a Safe System Alignment Framework for projects, to assess roadway locations and potential infrastructure improvements through a Safe System lens. It also offers a Safe System framework for policy, to assess policies, plans, processes, programs, and documents.
Safety System Project-Based Alignment FrameworkProject-Based Framework FlyerSafety System Policy-Based Alignment FrameworkSafe System Roadway Design Hierarchy2024 Safety Summit Poster
Other keywords: