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Designing & Implementing a GIS-based Roadway Safety Management System for CTDOT Presented by Eric Jackson, Ph.D. Dale Abbott, GISP April 25, 2019 © Insert image credit here (or delete)

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Page 1: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Designing & Implementing a GIS-based Roadway Safety Management System for CTDOTPresented by Eric Jackson, Ph.D.Dale Abbott, GISP

April 25, 2019

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Page 2: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Meeting with you today

CT Transportation Safety Research Center– Eric Jackson, PhD

• Director

VHB– Dale Abbott, GISP

• New England Applied Technology Manager

Page 3: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Agenda

Overview of Roadway Safety Analysis– Roadway Safety Overview– Data Sources– Roadway Safety Management Process

Overview of the CT Roadway Safety Management System (CRSMS)– CRSMS Demo– Question & Answer

Page 4: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Why conduct roadway safety analysis?

To effectively apply funds by selecting and

applying appropriate

countermeasures

To reduce the number and severity of

crashes

To gain a better understanding of safety

concerns on the roadways

To link crashes to their roadway environments

Roadway Safety Overview

Federal Transportation Legislation Requirements

Page 5: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

What is the primary safety issue on your roads?

Page 6: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Data Sources?

There are 3 primary sources of data:

1. Crash Data

2. Facility Data (Roadway Data)

3. Traffic Volume Data

Crash Data

Facility Data

Traffic Volume

Data

GIS is Critical

Analysis is only as good as the input data…..

Page 7: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

FHWA Roadway Safety Management Process (RSMP)

Network Screening

Diagnosis

Countermeasure Selection

Economic Appraisal

Project Prioritization

Safety Effectiveness

Evaluation

Identifying ways to address/mitigate the underlying safety issues identified through diagnosis.

Further investigating sites/issues identified in network screening to identify existing and potential safety issues.

Identify Contributing Factors

Analyzing the entire network to identify potential sites or issues for further investigation• Site-specific: identify specific sites for further analysis

(typically those with high crashes or over-represented crashes).

Page 8: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Project Overview Client: CTDOT

Highway Safety Improvement Program (HSIP) Funds

Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT.

Implementation of the Highway Safety Manual

Agile Development Methodology– Incremental Development Strategy

Milestones– Network Screening Module Released in January 2018– Data Admin Module – Released in Fall 2018– Diagnosis Module – February 2019– Countermeasure Selection – May 2019– Remaining Modules – December 2019

Page 9: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

CT Roadway Safety Management System

Page 10: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

CT Roadway Safety Management System Custom, GIS-based Web Application

Leverages Esri Software Stack– ArcGIS Enterprise– ArcGIS JavaScript API (4.x)

SQL Server Back-end

.NET Core Framework

Angular Front End

Page 11: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

CT Roadway Safety Management System 6 Modules from RSMP Plus

Data Admin Module

Sub-modules

Interactive Mapping

Charting/Visualization Tools

Automated Reporting Engine

Page 12: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Module

Source: HSM, 2010

1. Establish Focus

2. Identify Network and Establish Reference Populations

3. Select Performance Measures

4. Select Screening Method

5. Screen and Evaluate Results

Page 13: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 14: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Countermeasure Selection (in-progress)

Page 15: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Countermeasure Selection (in-progress)

Page 16: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Countermeasure Selection (in-progress)

Page 17: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the
Page 18: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening

Page 19: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Results

Page 20: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 22: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Offices located throughout the east coast

Question & Answer

Page 23: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Offices located throughout the east coast

Thank you

Eric Jackson Ph.D. | [email protected] |860-486-8426

Dale Abbott, GISP | [email protected] | 603.391.3964

Page 24: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Module

Page 25: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Module

Page 26: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Engine

Page 27: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Engine

Page 28: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Engine

Page 29: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Engine

Page 30: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Engine

Page 31: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Engine

Page 32: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Network Screening Engine

Page 33: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 34: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 35: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 36: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 37: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 38: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 39: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 40: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 41: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 42: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Parcel Mapping Experience

Page 43: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Diagnosis Module

Page 44: Designing & Implementing a GIS-based Roadway …...Goal: Turn the 6-Step Roadway Safety Management Process into a custom Safety Management Solution for CTDOT. Implementation of the

Eric Jackson Ph.D. | [email protected] |860-486-8426

Dale Abbott, GISP | [email protected] | 603.391.3964

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Offices located throughout the east coast