SPATIALLY-ENABLED DECISION SUPPORT. A GIS Solution to Infrastructure, Engineering, Planning, & Asset Needs

Transcription

1 SPATIALLY-ENABLED DECISION SUPPORT A GIS Solution to Infrastructure, Engineering, Planning, & Asset Needs

2 KEITH A. SEARLES, PRESIDENT University of Illinois at Urbana-Champaign Bachelors of Science in Civil Engineering Transition in Years GIS & Engineering Consulting

3 URBAN GIS, INC. Founded 2007 MBE/DBE/8(a)/Hub Zone Eligible Full Services Multifaceted Expertise GIS Engineering Infrastructure

4 CLIENTELE

5 Services Urban GIS, Inc. offers as a full-service firm SERVICE OFFERINGS

6 GIS CONSULTING SERVICES Field Data Collection Data Conversion Database Modeling & Design Application Development & Programming Custom Maps, Exhibits & Analysis Needs Assessment & Implementation Planning Asset Management Implementation Training & Development

7 INFRASTRUCTURE & ENGINEERING SUPPORT SERVICES Infrastructure Data Sustainability As-Built Services, Standards, Field Collection & Drawings Existing Conditions Data Collection Engineering Design Support Design Submittal Standards Urban Planning Computer Aided Drafting & Design

8 FIELD DATA SERVICES Phase II Design Survey Topological Surveys & Cross-Sections (IDOT & Tollway Specifications) Phase III Inspection As-Built GIS Data Collection (Utility & Misc. Inspections) Terrestrial LiDAR Static (Mechanical, Architectural, Civil) Terrestrial LiDAR Mobile (Roadway Inspections) LiDAR Data Processing, Extraction, 3D Modeling & TIN Point Cloud Data Integration to BIM Data Integration in Esri, Autodesk, Trimble, Leica, & Topcon

9 STAFF AUGMENTATION Engineering Support Design Support GIS & IT Support Administrative Support Application Development & Programming Support

10 An Overview of GIS GEOGRAPHIC INFORMATION SYSTEMS

11 WHAT IS GIS? G = Geographic Data stored in a GIS is geographically located, showing your data in the form of a map. I = Information A GIS stores two types of data: features (the shapes on the map) and attributes (your data). S = System A GIS is a computer system (hardware, software, and data) used to perform a variety of geographic functions on geographic information.

12 COMMON TERMINOLOGY Vector Data Uses shapes created from points and lines to represent features. Vector data is useful for representing features that can be represented as distinct objects. Point Line Polygon

13 COMMON TERMINOLOGY roads water ground cover Name Maximum Depth Big Bass Lake 84 Lake Odana 52 St. Croix River 101 Feature represents a specific real-world object on a map depicted by a point, line or polygon shape. Feature Class Table has one record for every feature and one column for every attribute. Layer represents a collection of features of the same theme and shape. Feature Attributes the information about a geographic feature. For example, physical attributes of a river may include depth, width, and length.

14 COMMON TERMINOLOGY Raster Data Represents continuous data. A raster consists of equally sized cells arranged in rows and columns.

15 DATA MODELING Assets Activities Incidents Space, Location, Distance, Address, Stationing, Mile Marker, Intersection, Interchange, Site, Etc.

16 GIS DECISION SUPPORT FOR ASSETS Asset Inventory & Mapping Storm Response Damage Assessment Public Complaint Management Network & System Modeling Surveys & Inspections Utility Coordination & Multijurisdictional Collaboration Power Outages Capture Field Notes & Edits

17 ENGINEERS, PLANNERS & GIS Spatially-Enabled Decision Support (Location Based) Support Planning, & Monitoring Activities Design Support & Analysis Site, Utility, Hydrology, Logistics, Noise, Environmental, Safety, Risk Assistance with Reporting, Visualization & Communication Conversion of Legacy Data Central Repository for Numerous Data Types

18 ENGINEERS, PLANNERS & GIS Creation of New Protocols & Standards Data Submittal Standards CAD, GIS, BIM Integration Project & Program Management Asset Inventories & Field Data Collection Public Communications & Feedback 2D, 3D & 4D Visualization

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20 CURRENT TRENDS The Human Element Life with GPS & Basemaps Wider Acceptance & Public Use Wider & Lower Point of Entry Extension of Other Apps Technology Mobile, Cloud, & Thin Clients API s, Widgets ArcGIS Online Heavy Integration with AEC Software

21 CURRENT TRENDS Information & Data Information Age Data Driven Decisions Early Stages & Limited Coordination Spatial Where matters A pictures worth The tie that binds Sustainability Beyond Environment Authoritative Data Source Maximizing our Return on Information Investment

22 A Geographic Process to Planning & Design GEODESIGN

23 GEODESIGN Method for Design & Planning Design Proposals Impact Simulations & Evaluations Geographic Context

24 GEODESIGN Techniques Enabling Technology For Built & Natural Environments An Integrated Process Conceptualization, Analysis, Specifications, Collaboration

25 Integration of GIS & Asset Management in the Built World ASSET MANAGEMENT

26 ASSET MANAGEMENT SOLUTION Asset inventories Methods for collection GPS/sensory field collection As-built / CAD conversion Raster image digitization Combined approaches Asset conditions Installation / history Planned Improvements Service requests Work orders

27 ASSET INVENTORY CHECKLIST Spatially enabled GIS centric approach Independent geography vs. overly generalized System wide Central repository Enterprise wide Field accessible Consumable by high level users Readily shared with others Industry based data models

28 ASSET INVENTORY CHECKLIST Authoritative Projection / Scale / Rotation Spatially accurate Attribute rich Relational Database Management System Standardized data Data maintenance plan Avoids duplications/ redundancies

29 ASSET INVENTORY BENEFITS Improved Accuracy Increased Knowledge & Visualization Greater Accessibility & Usability Enhanced Coordination Reduced Costs Reduced Time Increased Compliance Advanced Tracking Scalability Betters Plans, Designs, & Decisions Damage Prevention & Decrease Liabilities

30 CITYWORKS Asset / Maintenance Management Asset Editing Tools Service Request Work Order Activities & Tasks Tests & Inspections Metrics [SCADA, Metering, Telemetry, Mileage, etc.] Budgeting Search & Reporting Designer (Admin tool) Data Pump (disconnected field operations) Standalone (Cityworks without a map)

31 A GIS Solution to Infrastructure & Asset Needs INFRASTRUCTURE DATA SUSTAINABILITY

32 ASSET LIFECYCLE Planning Design Construction Record Drawings & Asset Management Info. Gap Data Silo Data Silo Data Silo Data Silo

33 CONSITITUENTS & DECISION-MAKERS Planning Financial Managers Agencies & Authorities Infrastructure Planners Program Managers Recorders GIS Personnel Operation Managers Asset Mgt. GIS Design Design Engineers Environmental Engineers General Surveyors Contractors Construction Inspectors Construct. As-Built Data Collectors

34 CROSS-DISCIPLINARY ACTION Enterprise GIS Operation Managers Surveyors Planners Program Managers Engineers Financial Managers Inspectors Maintenance Managers

35 REGIONAL GIS IDOT CDOT ISTHA WEC AGL R AT&T Comcast CCDTH CTA Roads & Highways Regional GIS Utilities Exelon Muni s ICC SSMMA Metra Transit CMAP Groups MWRD RTA RTA CDA Aviation ORD MDW Townships

36 INTEGRATED TECHNOLOGIES.gdb.dba.rtf.doc.dwg.stl.dbf Database Documents.pdf CAD.dgn.txt GPS GIS BIM.rvt.kml.xls Spreadsheet.xml.csv.ifc.dxf

37 Relevant Past Projects Performed by Urban GIS,Inc. PAST PROJECT HISTORY

38 CDOT STEETLIGHTS DATABASE DEVELOPMENT & GIS MAPPING DELIBERABLES BENEFITS Web Viewer Tools Conversion Tools Maintenance Tools Data Exchange Tools Review Procedures Conversion Procedures Data Model & Dictionary Central Data, Data Sharing Web Accessible Data Visualization Query, Analysis & reporting Prioritized LED Program Optimal Utilization of Resources Billing Discrepancies Resolved 37%, $60,000

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40 IDOT ADA PRIORITIZATION & COMPLIANCE PROJECT SCOPE BENEFITS Site Identification & Tracking Prioritization Tool Development Priority Setting Web-Based Mapping Application Development Up-to-Date Analysis At-Risk Population High-Traffic Areas Problematic Infrastructure Developed Unbiased Decisions Timely & Efficient Right-of-Way Data Access

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42 THANK YOU KEITH A. SEARLES, PRESIDENT MORE PRESENTATIONS CAN BE FOUND AT