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Development of GIS Models for Asset Management



    2.0 CEUs/ 20 PDHs. Member $1695.00 | Non-Member $1995.00

    Instructor: Alfredo Cely, P.E., MSEM, M.ASCE

    This course will assist practitioners to evaluate, plan and develop Geographic Information System (GIS) models for asset management applications. The course references the AASHTO Transportation Management Guide and Essentials of Geographic Information System Basics. It is the second of a five-course series on using GIS for asset management and focuses on the three initial preparation tasks (evaluation, planning and development) of a new asset management GIS program. These first three tasks serve as the foundation for the subsequent implementation and operation phases. A basic familiarity with GIS is recommended; however, the course uses common concepts that can be easily followed by any professional of the diverse A/E industry.


    • Discuss steps and methodologies used to evaluate the existing condition of asset management programs.
    • Develop a planning framework that will guide the development of a new GIS asset management program.
    • Discuss key technical and management theories for the development of a new GIS Asset Management Program.
    • Examine case studies that highlight best management practices and key concepts.


    • Public agency engineers
    • Public agency planners
    • Consultant engineers
    • A/E contractors
    • GIS analysts and project managers


    • List the 5 core questions that need to be addressed by the strategic implementation of GIS asset management programs.
    • Describe the three key lifecycle principles of asset management.
    • Determine the four parts that are evaluated for carrying out an assessment of an agency’s GIS asset management status.
    • Identify at least three desired outcomes of a GIS asset management program.
    • Identify an applicable performance measure, given a specific goal for a GIS asset management program.
    • List two reasons on why it is important to link a GIS asset management program into day to day business processes.
    • Recognize six of the nine project management knowledge areas within GIS asset management.
    • Given a CAD file, select the appropriate methodology to import the CAD data into a GIS asset management program.
    • Define the concept and use of a GEOID model.
    • Recognize at least two requirements that ensure the topological integrity of lines and polygons.
    • Identify the two main technologies used for mapping data through mobile imaging methods.
    • List the six data performance measures used in GIS asset management programs.


    Learning Outcomes are achieved through multiple tests, interactive knowledge checks, interactive case studies, and weekly forum participation throughout the 12-week course.