Illinois
SHSP Key Components
Emphasis Areas
Education
Increase TIM training for all emergency responders.
Increase public and emergency responder awareness of the importance of incident management.
Data
Improve data collection and quality metrics related to incident management.
Invest in NEMSIS reporting in underserved areas of the state.
Legislative/Policy/Programmatic
Establish interagency agreements to support TIM.
Enforcement/Adjudication
Implement plans to detect speeding and support law enforcement.
Identify additional law enforcement resources to reduce speed-related fatalities and serious injuries.
Legislative/Policy/Programmatic
Use judicial and legislative strategies to reduce speeding-related fatalities and severe injuries.
Engineering
Incorporate infrastructure treatments to reduce aggressive and speeding behavior.
Education
Improve understanding and awareness of the impacts of speed and crash outcomes.
Enforcement/Adjudication
Consider enforcement and education strategies for reducing distracted-driver-related fatalities and severe injuries
Engineering
Partnerships and technology strategies may support the reduction of fatalities and severe injuries due to distraction.
Improve roadway infrastructure to reduce the number of drowsy- or distracted-driver crashes.
Other
Strategies to reduce excessive and underage drinking.
Education
Strategies to improve public information and strengthen enforcement against impaired driving.
Enforcement/Adjudication
Strategies focusing on prosecution and imposing sanctions may be implemented or enhanced.
Enforcement/Adjudication
Strengthening laws and enforcement to reduce fatalities and serious injuries related to unrestrained occupants.
Education
Communication and education campaigns are also effective in reducing unrestrained-occupant-related fatalities and severe injuries.
Legislative/Policy/Programmatic
Strategies that may be implemented by partnering on bike safety with local, state and federal agencies and organizations.
Research, identify, and implement effective policies to improve pedalcyclist safety at the state, local and governmental levels.
Education
Educate roadway users to improve interactions in traffic.
Engineering
Improve infrastructure features to help reduce the number and severity of pedalcyclist crashes using a context-sensitive approach to design.
Data
Data analysis, prioritization, and enforcement strategies to reduce motorcycle related fatalities and severe injuries.
Education
Strategies to strengthen awareness and education should be implemented.
Strategies should be implemented to improve visibility through highly visible and protective wear.
Other
Strategies to reduce pedestrian exposure
Engineering
Strategies that improve visibility for pedestrians.
Safe speed or slowing vehicle strategies to improve safety for pedestrians.
Education
Strategies for improving awareness for pedestrian safety.
Engineering
Identify potential roadway infrastructure and operational improvements
Education
Improve driver behavior and vehicle maintenance.
Improve driver awareness for all road users.
Legislative/Policy/Programmatic
Promote industry safety initiatives.
Education
Encourage senior-friendly transportation options and increase awareness and availability of alternative transportation options.
Investigate the development of materials that educate older drivers on vehicle technology and how it improves safety and mobility.
Promote partnerships and educate safety professionals at metropolitan planning organizations, regional planning councils and local governments on addressing the special needs of the aging population in their transportation, land use and housing plans.
Enforcement/Adjudication
Provide law enforcement officers, frontline licensing personnel and healthcare providers resources to recognize, assess and report at-risk aging drivers.
Engineering
Assess areas with an overrepresentation of older driver severe crashes or near hospitals and senior facilities to determine infrastructure and signing needs.
Enforcement/Adjudication
Publicize and enforce Graduated Driver Licensing restrictions, safety belt laws and laws pertaining to underage drinking and driving.
Education
Enhance educational events and communication strategies such as high school events, social media messaging and peer-to-peer initiatives on highway safety issues (speeding, distracted driving, safety belt use and intersections), driver training enhancements and mitigating risky driving behavior.
Engineering
Assess areas with an overrepresentation of younger driver severe crashes or near hospitals and senior facilities to determine infrastructure and signing needs.
Engineering
Strategies that use technology and innovation in and outside of the vehicle.
Strategies that improve infrastructure such as wildlife crossings, fencing and roadside maintenance.
Education
Strategies that educate the public on areas with wildlife and recommendations for driver actions.
Engineering
Strategies to address fatal and serious injury crashes at signalized intersections by implementation of innovative traffic control.
Strategies to reduce the risk for angle and turning severe crashes through implementation of geometric safety countermeasures.
Strategies to improve driver awareness, visibility and compliance at intersections.
Strategies to address fatal and serious-injury crashes at unsignalized intersections.
Engineering
Improve infrastructure, performance and practices.
Enforcement/Adjudication
Enforce compliance with traffic laws.
Education
Increase public awareness.
Engineering
Traffic and speed management strategies to keep vehicles from encroaching on the roadside along tangents and curves.
Strategies to minimize the likelihood of crashing into an object, overturning vehicles or crossing the centerline.
Education
Improve public awareness and communication of roadway departure strategies and approaches to mitigate severe crashes.
Engineering
Strategies to enhance work zone geometric and traffic control design practices and compliance to reduce fatalities and serious injuries.
Assess and implement smart work zone technology and innovation to enhance communication and coordination for all users.
Education
Strategies to increase public awareness and education for improving safety in work zones.
Legislative/Policy/Programmatic
Strategies to Improve communication and coordination between all stakeholders.
Engineering
Strategies from the Guidelines for Reducing Wrong-Way Crashes on Freeways to improve signing, pavement marking and geometry to mitigate wrong-way driving incidents.
Strategies from the NCHRP Report 03-135 Wrong-Way Driving Solutions, Policy and Guidance.
Legislative/Policy/Programmatic
Equity: In January 2022, the U.S. Department of Transportation released the Equity Action Plan to institutionalizing equity across policies and programs, with the aim of reducing inequities across our transportation systems and the communities they affect. With this IL SHSP, Illinois will focus on understanding systemic disparities and inequities that exist within road safety and commits to creating a safer, more equitable transportation system. We will invest where the needs are the greatest and will engage communities to ensure programs and treatments are equitable and fit the context because all people have the right to move about their communities safely.
Data Advancement: A first step to achieving the zero-fatality vision is to compile and analyze safety data to understand system needs and align the appropriate projects and programs. Quantitative data used for safety analysis includes traffic, crash, and roadway characteristics. Data quality, timeliness and seamless linkages to other datasets is the backbone of a data-driven process that prioritizes investments and maximizes the return on the investment. Analysis may be improved with the addition of data such as census, land use, multimodal crowdsourced data and survey performance data. Illinois continues to improve data and assessment processes to address the needs of all users.