A Summary of State DOT GIS Activities. Presented at the 2000 AASHTO GIS-T Symposium Minneapolis, MN

Transcription

1 A Summary of State DOT GIS Activities Presented at the 2000 AASHTO GIS-T Symposium Minneapolis, MN

2 Information Sources survey of state DOT GIS managers 49 State DOTs responded in 2000 Results compared with surveys Additional insights from informal discussions with DOTs and state data sharing partners

3 Stage of Development Operational Implementation Pilot Preliminary Planning No GIS Activity

4 Location of GIS Unit Multiple Locations Planning Information Mgmt. Mapping/Cart. Unknown

5 GIS Deployment in the DOT Field Offices / Districts Enterprise Program Offices / Division Individual Units No Report

6 GIS Organizational Fit Increasing numbers of DOTs with GIS units in more than one organizational division Often, shared responsibilities between planning and information services Trend also reflects deployment of end-user GIS tools throughout the DOT

7 GIS Staff Size 20 or More 10 to 19 6 to or Less No Staff / Not Reporting

8 GIS Staff Position Classifications Programmer GIS Professional Planner Analyst Engineer Other

9 GIS Users in DOTs 1 to 9 14% No Report 10% Over % 10 to 49 40% 50 to 99 8%

10 GIS Staff & Users Average GIS staff increased from 7.1 to 8.4 since More DOTs are able to hire GIS professionals specifically: GIS is still viewed largely as a programming position Many DOTs support 10 or more GIS end-users per GIS staff

11 GIS Budgets Over $1,000,000 $500,001 to $1,000,000 $100,000 to $500,000 Under $100, No Dedicated Budget / No Report

12 Workstation GIS Software ARC/INFO MGE Microstation GDS In-House

13 Desktop GIS Software ArcView Geomedia TransCad / Maptitude Map Publisher MAPINFO

14 Current GIS Software Mix ESRI 22% Intergraph 6% Other 2% 2 Vendors 27% 5 Vendors 6% 4 Vendors 6% 3 Vendors 31%

15 GIS Hardware PCs Only Workstations & PCs Workstations Only No GIS Hardware

16 Hardware & Software Continuing trend toward Windows NT operating system. Multiple GIS software used within the DOT. Growth in niche market software for specialized GIS-T applications User friendly desktop GIS used for departmentwide deployment

17 Base Map Scales 1:12K 1:24K 1:100K Other Scales / Multiple Scales No Base Map / No Report

18 Spatial Databases DOTs generally settling on either 1:24K or 1:100K basemaps. Nearly 2/3 of states using 1:24K scale or larger Many DOTs participate in statewide GIS coordinating councils for data sharing. Currently 30 state GIS councils are officially recognized NSDI cooperating partners. Several states have established statewide GIS data centers.

19 Core Functions Web Applications Technical Support Linear Referencing Enterprise Data Base Map

20 Core Functions 70 percent or more state DOTs are participating in all basic core activities. Extraordinary growth in web-based applications Extraordinary growth in web-based applications since 1999

21 GIS Capabilities (listed among top 5 activities) Mapping / Display Modelling Remote Sensing / Imagery Photolog / Videolog

22 Management Systems (listed among top 5 activities) Safety Bridge Pavement Congestion Intermodal

23 GIS Applications (listed among top 5 activities) Planning Highway Inventory Environmental Studies Maintenance Management Program Development

24 GIS Applications (listed among top 5 activities) Asset & Facility Management FHWA Reporting Project Management Road Condition Reporting Truck & Utility Permitting

25 GIS Applications (listed among top 5 activities) Right of Way & Property Construction Management Emergency Management Engineering Design Traffic Operations & ITS

26 GIS-T Research Priorities Document and disseminate GIS-T applications from other state DOTs. Develop improved methods for conflating spatial data. Establish and maintain a directory of GIS-T contacts at state DOTs. Improve database interoperability between commercial GIS packages.

27 GIS-T Research Priorities Develop improved GIS-T training for DOT managers and technicians. Identify GIS-T skills required in state DOTs and create standard GIS position descriptions. Develop a library of GIS-T literature accessible via the Internet. Develop tools to better integrate GIS with other transportation models.

28 GIS-T Research Priorities Develop improved LRS functionality in GIS software. Establish spatial data standards to facilitate data sharing among agencies. Develop improved procedures for using GPS measurements to improve basemap accuracy and locational references.