The document discusses a webinar on maximizing benefits from enterprise GIS operations using the GIS Capability Maturity Model. It provides an outline of the webinar which includes an introduction to the ongoing geospatial revolution and how GIS has transformed government and business. It then discusses the development and purpose of the URISA GIS Capability Maturity Model, including what a capability maturity model is, the origins of the GIS CMM, and how URISA adopted and developed the model. Finally, it provides an overview of walking through the URISA GIS CMM in a hands-on manner to assess an organization's GIS capabilities.
Mata Pelatihan ini membekali peserta dengan kemampuan untuk memberikan pelayanan publik yang berkualitas melalui konsep dan prinsip pelayanan publik, pola pikir PNS sebagai pelayan publik, dan praktik etiket pelayanan publik.
Municipal GIS Capability Maturity Model QuestionnaireGreg Babinski
This is the questionnaire developed for the preliminary Municipal GIS Capability Model (GIS CMM). It was distributed to city and county GIS managers in Washington States and the results tabulated and analyzed in my paper presented at the 2009 URISA Annual Conference.
Mata Pelatihan ini membekali peserta dengan kemampuan untuk memberikan pelayanan publik yang berkualitas melalui konsep dan prinsip pelayanan publik, pola pikir PNS sebagai pelayan publik, dan praktik etiket pelayanan publik.
Municipal GIS Capability Maturity Model QuestionnaireGreg Babinski
This is the questionnaire developed for the preliminary Municipal GIS Capability Model (GIS CMM). It was distributed to city and county GIS managers in Washington States and the results tabulated and analyzed in my paper presented at the 2009 URISA Annual Conference.
This paper outlines a proposed municipal GIS capability maturity model (GIS CMM) presented at the 2009 URISA Annual Conference in Anaheim. Included in the presentation is a description of the GIS CMM to a variety of city and county GIS operations in Washington State.
The state of the nation for ontology developmentrobertstevens65
Invited talk at European Ontology Network (EUON) 2014
Ontologies are now quite big, both literally and metaphorically. They have become central resources in disciplines such as biology, medicine, healthcare and others. Such developments rely on people, tools and methods to deliver ontologies that do the desired job, on-time and on-budget. In this talk I wil ask the question of whether the tools and methods we have are capable of doing what is necessary to deliver robust and maintainable ontologies. To explore this question I will borro from the Capability Maturity Model used to assess the capabilities of institutions to deliver software projects. Instead of institutional assessment, I will bend the CCM to the discipline of ontology engineering. The levels of the CMM range from the ad hoc to one where metrics are used to monitor and adjust ontology development. In this talk I will use some audience participation to gather views on ontology engineering maturity level and then deliver my own view of that maturity.
2013 Enterprise Track, Integrating People and Tools: Enterprise GIS Success S...GIS in the Rockies
Enterprise GIS allows for the integration of teams, disciplines and various data sources necessary for managing and executing today’s complex projects. GIS technologies provide the collaboration tools necessary to succeed regardless of location. This discussion will demonstrate the challenges and successful Enterprise GIS and management techniques that bring together resources from local to nationwide.
The presentation will showcase applications of Enterprise GIS services integrated into various types of projects. Examples include energy and water resources engineering, environmental permitting teams utilizing GPS field data collection and successful external communication with clients and stakeholders. The processes developed to integrate engineering design elements from AutoCAD drawings, including the use of ProjectWise collaboration tools will be described.
A brief discussion will highlight the challenges faced with evolving technologies and GIS needs. Databases resided on multiple servers across the county, running different database software and inconsistent ArcSDE versions. ArcGIS servers running different software versions and upgrades were delayed during greater IT migrations including multiple identity management systems and changing network topology.
No matter how well a GIS architecture is planned and executed the human factor still requires attention. Case studies will show how successful project and staff management drove project performance and helped overcome inefficacies in the technology. Proven workflows including managing a versioned editing environment among GIS users and staff with wide range of skills, and the Quality Control and Quality Assurance tools not provided by technology, which will also be presented.
You Can’t Manage What you Don’t Measure URISA’s Proposed Municipal GIS Capab...Greg Babinski
This presentation was made by Greg Babinski as the luncheon keynote address at the 2011 Alaska State Surveying & Mapping Conference in Anchorage, AK on February 22, 2011.
18 Steps to Success as a GIS Manager: URISA’s Geospatial Management Competenc...Greg Babinski
This paper was delivered at the 2013 North Carolina GIS Conference. It describes the GMCM and its intended use within the URISA GIS Management Institute.
What do companies in Hawaii need their employees to know about GIS or Remote Sensing?
Are there opportunities for jobs in GIS in the State?
How do companies prefer to train their employees?
Does a certificate program fill the needs of our business community?
A Proposed Municipal GIS Capability Maturity ModelGreg Babinski
A geographic information system (GIS) has become a common component of city and county governments. All large municipalities and many medium and small sized cities and counties have now established GIS capability.
Just as each municipality is different, municipal GIS operations vary greatly. Partly this variation results from the ongoing development of GIS capability within many city and city and county governments. But how do these agencies know where their GIS development is in relationship to potential capability for similar agencies?
Other agencies consider that their GIS is mature because their implementation project has been completed and they are doing ongoing GIS operations and maintenance. But how do these agencies know if they are lacking basic GIS capability.
Capability maturity models have been used to assess the ability of agencies to develop software successfully. Recently a GIS maturity model was developed to assess state government GIS capability.
This presentation will outline a proposed Municipal GIS Capability Maturity Model and discuss some preliminary results from applying the model to city and county GIS operations in the Pacific Northwest.
This presentation will be of value to managers to self-assess their GIS operation, determine areas for efficiency or effectiveness improvements, assess system risk factors, analyze capability gaps, and prioritize developments required for a mature GIS.
Presented at 2009 WAURISA Conference.
Yle´s Lean-Agile Story and Vision for the Future CultureMirette Kangas
This is the presentation about Yle´s (Finnish Broadcasting Company) Lean-Agile Journey and Vision for the Future Culture.
There has been many early adopters and cases behind this transformation success story. For example the next level development leadership model has been crucial in order to to achieve common and shared understanding for the company’s key product strategy implementation.
If organization want to be successful the total change to the new leadership model and cultural transformation is crucial. Self management, intrapreneurship and autonomy are in the centre of new way to lead by example. Organization is more like a living organism, a living system and network. Your value as a leader will be measured by your achievements and willingness to do good to other people within networks.
Ms Mirette Kangas is the leader of lean-agile development at the Finnish Broadcasting Company (Yle). During the past four years, she has led transformation from traditional project management to lean-agile model in all company levels at Yle, from service development to top executive team. Lean-agile transformation and new company culture is also scaled from internet to other areas and units such as traditional broadcast production and design, creative content, multiplatform and transmedia development, strategic management of key programme projects and the whole leadership culture in several units. More recently, she has been focusing on growing the scope of the transformation and spread the new approach to leadership across the organization.
This is the geospatial management competency rating scale published by URISA's GIS Management Institute in 2015. I developed it based on a management competency rating scale developed by the National Institute of Health.
IMPROVING ENTERPRISE GIS OPERATIONS VIA STAFF USAGE ANALYSIS AND SURVEYSGreg Babinski
Abstract: Effective enterprise GIS requires a team performing various distinct roles (management, programming, analysis, etc.). Gaudet, Annulis & Carr proposed a ‘Geospatial Technology Competency Model’ based on typical knowledge, skills, and abilities (KSA’s) associated with each GIS role. Each role includes typical outputs (maps, data, applications, etc.) that enterprise GIS customers expect. But what is the ideal mix of enterprise GIS-related roles and competencies? Within enterprise GIS, what KSA’s are being used and to what degree? How efficiently do GIS staff members apply KSA’s to deliver the outputs demanded? This paper outlines data from the King County GIS (KCGIS) Center’s staff activity time recording system (TRS). KCGIS TRS data will be analyzed against similar data collected from a 2004 survey of four-dozen city, county, and regional enterprise GIS operations in the Pacific Northwest. Examples will be presented to show how GIS activity statistics can be used to improve operational efficiency, develop meaningful budgets and long term staffing plans, improve hiring and professional development, and support individual career development.
This is the second to last issue of the British URISA (BURISA) Newsletter. It includes part 2 of my article detailing the first 50 years of URISA, BURISA's North American sister organization). See pp. 12-14.
GIS for Equity & Social Justice Best PracticesGreg Babinski
Where a person was born, or lives is a key success factor for individuals and families to thrive throughout their lives. Analysis of the equity and social justice (ESJ) impact of public agency policies, projects, and programs is an emerging practice of many government agencies. A geographic information system (GIS) is a powerful tool to analyze social justice issues and help government agencies apply an equity lens to every aspect of their overall administration of public resources.
Throughout history, and even in democracies, government agency policies and resource allocations have been unduly influenced by special interests, wealth, power, and privilege. Even in an environment where equal resources are allocated to each segment of society, many unserved and underserved segments of society are so disadvantaged that ‘equal’ resources do not provide ‘equitable’ opportunity to thrive throughout their lives. Race in the United States privileges whiteness to the detriment of people of color. A key concept of social justice is that any person born into society, no matter where they were born or live, will have an equitable opportunity to achieve successful life outcomes and to thrive.
Location based demographic data is a key indicator of disadvantaged segments of a community when viewed with an ESJ lens. Geographic analysis and geospatial technology are key tools throughout the equity and social justice process lifecycle. Geographic information science and technology can benefit interdisciplinary teams pursuing ESJ approaches. GIS can be used by GIS Users, GIS Toolmakers, GIS Scientists, and ESJ practitioners from other disciplines.
The GIS aspect of the ESJ lifecycle includes exploratory issue analysis, community feedback, pro-equity programs analysis, management monitoring and stakeholder awareness, program performance metrics, and effectiveness analysis. GIS analysis can produce actionable information to help decision makers decide equitable investments, upstream where the need is greatest.
The purpose of this article is to outline how GIS is effective for ESJ practices. Geospatial topics covered include spatial data management, data sources, geospatial analysis, cartography, data visualization, and management dashboards. This resource is best suited for GIS Users, GIS Toolmakers, GIS Scientists, and ESJ practitioners from other disciplines.
Examining the meaning of confederate civil war monumentsGreg Babinski
I examine the meaning of Confederate Civil War monuments. I determine that they, along with lynching of black Americans, were inter-related parts of a media campaign to reject the results of the Civil War and to proclaim a belief in continued racism and a justification for the dominance of black Americans by whites.
Martin Luther King, William Bunge, URISA, and GIS for Equity and Social Justi...Greg Babinski
This session will survey the use of geographic analysis and GIS for equity and social justice (ESJ). Beginning with the coincidence of Dr. Martin Luther King’s ‘I Have a Dream Speech’ and the first URISA Conference – both on Wednesday, August 28, 1963 – we will examine the pioneering work of Prof. William Bunge in the area of quantitative spatial analysis and applied geography for issues related to social change and justice in the United States and Canada. Bunge’s work related to theoretical geography anticipated the development of GIS. His work on the Detroit Geographical Expedition in 1968 and the Toronto Geographical Expedition in 1973 applied geography in the field for community based social issues.
In the early 1960’s Bunge received his PhD in Geography from the University of Washington where by coincidence Edgar Horwood was first applying computer technology for urban planning at the same time. Horwood’s work, and the first conference on August 28, 1963 led to the formation of the Urban and Regional Information Systems Association. We will survey research and publications related to Equity of Social Justice as reported in URISA conference proceedings, workshops, and the URISA journal during the past 55 years.
We will conclude the session by outlining how GIS is used for ESJ issues at King County (Washington) and other local agencies. King County was renamed in 2005 for Martin Luther King. King County is a leader in applying ESJ criteria in all of its priorities and programs. We will describe how King County GIS supports this work by creating a rich foundation of data and tools to put ESJ analysis into the hands of everyone within the county and communities that we serve. We will also present current work done both by other agencies and academic institutions.
This is a presentation that I made on August 13, 2012 to the leadership team of the Taiwan GIS Center and the Taiwan Geographic Information Society in Taipei, Taiwan.
2002 KCGIS O&M Issue Status Report #4: Status of Original GIS Capital Project...Greg Babinski
This report was commisioned by the King County (WA) GIS Techincal Committee. Its purpose was to document the results of the original King County GIS Capital Project and to identify any unmet deliverables for potential future development.
This was a five minute powerpoint presentation given at the 2014 URISA GIS-Pro conferendce in New Orleans. It is to be presented with the Beetle's song 'A Day in the Life' playing in the background.
URISA Geospatial Management Competency Model - Strawman DraftGreg Babinski
Strawman Draft GMCM developed during the 2011 Washington GIS COnference by Babinski, G., Beimburn, S., Burdick, D., Esnard, A., Griffin, T., Horning, G. and Von Essen, I
Flight of the Malfunction: My 2013 Trip to Morotai & WWII 13th AAF SitesGreg Babinski
These slides describe the background for my trip to Morotai: To travel to the little island where my dad, S/Sgt Walter Babinski, served in 1944 and 1945 as a B-24 Ball Turret Gunner in the 307th Bomb Group.
A Survey and Analysis of GIS Web Mapping Applications in Washington StateGreg Babinski
GIS web mapping applications are a common and inexpensive means to deliver basic GIS functionality for municipal employees and the public.
There is a growing citizen expectation within most regional and local governments that their agency will provide a public web mapping application. Agencies with adequate staff and technical resources find that they can meet both internal business needs for basic GIS functionality and provide a valued public service by deploying a web-based mapping application over the Internet. A small minority of public agencies also track and analyze statistics about their web mapping application usage.
This presentation will first present a high-level survey of web mapping application deployment across the State. Web mapping application deployment trends by types of jurisdictions will be described and surprising finding about the most common web mapping software solutions presented.
An introduction to the benefits of tracking web mapping application usage statistics will then be presented based on finding from a recent survey.
This session will be of value to GIS managers and developers who want to learn about the state of web-mapping application deployment in Washington and explore how they can track and analyze their web-based GIS users as an effective management tool.
The case study discusses the potential of drone delivery and the challenges that need to be addressed before it becomes widespread.
Key takeaways:
Drone delivery is in its early stages: Amazon's trial in the UK demonstrates the potential for faster deliveries, but it's still limited by regulations and technology.
Regulations are a major hurdle: Safety concerns around drone collisions with airplanes and people have led to restrictions on flight height and location.
Other challenges exist: Who will use drone delivery the most? Is it cost-effective compared to traditional delivery trucks?
Discussion questions:
Managerial challenges: Integrating drones requires planning for new infrastructure, training staff, and navigating regulations. There are also marketing and recruitment considerations specific to this technology.
External forces vary by country: Regulations, consumer acceptance, and infrastructure all differ between countries.
Demographics matter: Younger generations might be more receptive to drone delivery, while older populations might have concerns.
Stakeholders for Amazon: Customers, regulators, aviation authorities, and competitors are all stakeholders. Regulators likely hold the greatest influence as they determine the feasibility of drone delivery.
The Team Member and Guest Experience - Lead and Take Care of your restaurant team. They are the people closest to and delivering Hospitality to your paying Guests!
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408-784-7371
Foodservice Consulting + Design
Artificial intelligence (AI) offers new opportunities to radically reinvent the way we do business. This study explores how CEOs and top decision makers around the world are responding to the transformative potential of AI.
Oprah Winfrey: A Leader in Media, Philanthropy, and Empowerment | CIO Women M...CIOWomenMagazine
This person is none other than Oprah Winfrey, a highly influential figure whose impact extends beyond television. This article will delve into the remarkable life and lasting legacy of Oprah. Her story serves as a reminder of the importance of perseverance, compassion, and firm determination.
Senior Project and Engineering Leader Jim Smith.pdfJim Smith
I am a Project and Engineering Leader with extensive experience as a Business Operations Leader, Technical Project Manager, Engineering Manager and Operations Experience for Domestic and International companies such as Electrolux, Carrier, and Deutz. I have developed new products using Stage Gate development/MS Project/JIRA, for the pro-duction of Medical Equipment, Large Commercial Refrigeration Systems, Appliances, HVAC, and Diesel engines.
My experience includes:
Managed customized engineered refrigeration system projects with high voltage power panels from quote to ship, coordinating actions between electrical engineering, mechanical design and application engineering, purchasing, production, test, quality assurance and field installation. Managed projects $25k to $1M per project; 4-8 per month. (Hussmann refrigeration)
Successfully developed the $15-20M yearly corporate capital strategy for manufacturing, with the Executive Team and key stakeholders. Created project scope and specifications, business case, ROI, managed project plans with key personnel for nine consumer product manufacturing and distribution sites; to support the company’s strategic sales plan.
Over 15 years of experience managing and developing cost improvement projects with key Stakeholders, site Manufacturing Engineers, Mechanical Engineers, Maintenance, and facility support personnel to optimize pro-duction operations, safety, EHS, and new product development. (BioLab, Deutz, Caire)
Experience working as a Technical Manager developing new products with chemical engineers and packaging engineers to enhance and reduce the cost of retail products. I have led the activities of multiple engineering groups with diverse backgrounds.
Great experience managing the product development of products which utilize complex electrical controls, high voltage power panels, product testing, and commissioning.
Created project scope, business case, ROI for multiple capital projects to support electrotechnical assembly and CPG goods. Identified project cost, risk, success criteria, and performed equipment qualifications. (Carrier, Electrolux, Biolab, Price, Hussmann)
Created detailed projects plans using MS Project, Gant charts in excel, and updated new product development in Jira for stakeholders and project team members including critical path.
Great knowledge of ISO9001, NFPA, OSHA regulations.
User level knowledge of MRP/SAP, MS Project, Powerpoint, Visio, Mastercontrol, JIRA, Power BI and Tableau.
I appreciate your consideration, and look forward to discussing this role with you, and how I can lead your company’s growth and profitability. I can be contacted via LinkedIn via phone or E Mail.
Jim Smith
678-993-7195
jimsmith30024@gmail.com
Senior Project and Engineering Leader Jim Smith.pdf
The GIS Capability Maturity Model Maximize Benefits from Enterprise GIS Operations The GIS Management Institute®
1. The GIS Capability Maturity Model
Maximize Benefits from Enterprise GIS Operations
The GIS Management Institute®
URISA GMI Webinar
17 September 2014
Instructors
Greg Babinski, GISP
Amy Esnard, GISP
2. The GIS Capability Maturity Model
Workshop Author:
• Greg Babinski, MA, GISP, King County GIS Center
Contributors:
• Al Butler, GISP
• Allen Ibaugh, AICP, GISP
• GIS Management Institute® Committee
Workshop Reviewers:
• Jochen Albrecht
• Savannaha Mentzer
• Matt Morey
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3. Does your GIS operation utilize GIS
Best Practices?
Please vote:
Yes
No
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4. Introductions:
• Name and job title
• Name of your agency
• Type of agency
• Size of your agency
• What percent complete is your GIS?
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5. Workshop Outline
1. Context: The ongoing geospatial revolution
2. Development and purpose of the URISA GIS Capability Maturity
Model:
– What is a capability maturity model?
– Origins of the GIS Capability Maturity Model
– The URISA Geospatial Management Competency Model
– Development of the URISA GIS Capability Maturity Model
3. The URISA GIS Capability Maturity Model – Hands-on, Step by
Step
4. The role of the GIS CMM in the GIS Management Institute®
– The role of the GIS Management Institute® in enhancing sustainable
GIS
– The role of the GIS Management Institute® in developing professional
GIS managers
– The GIS Management Institute® - next steps
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6. Workshop Resources
1. URISA Geospatial Management Competency
Model
2. URISA GIS Capability Maturity Model
3. URISA GIS Capability Maturity Model
Glossary:
http://www.urisa.org/clientuploads/director
y/GMI/GISCMM_Glossary_5-8-14_Final.pdf
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8. The last 50 years have seen a
Geospatial Revolution
• Developed upon a foundation of geographic theory
• Enabled by the development of computing and
information technology
• Built upon digital data with location attributes
• Aided by allied geospatial technology
• Turned into a viable business support tool by
geospatial software
• Move away from GIS as a standalone piece of software
• Growing societal awareness of geospatial power
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9. The last 50 years have seen a
Geospatial Revolution
• Developed upon a foundation of geographic theory
• Enabled by the development of modern computers and
information technology
• Built upon digital data with location attributes
• Aided by allied geospatial technology
• Turned into a viable business support tool by
geospatial software
• Transformed into a successful revolution by combining
all these components into geographic information
system (GIS) operations
• Supported by cadres of GIS professionals and managers
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10. The current state of the Geospatial
Revolution
• Geospatial technology has been proven beyond
question as a key tool for effective government
administration and business processes.
• Geospatial technology has become ubiquitous
within private industry, agriculture, research,
academics, and for use by citizens.
• A growing body research proves that geospatial
technology delivers significant financial return on
investment.
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11. The Geospatial Revolution
• A key tool for government and business
process…
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13. Theoretical basis for GIS cost
and benefit calculations.
After Prof. R. O. Zerbe
The Geospatial Revolution
• Delivers significant financial benefits…
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14. The next 50 years of the Geospatial
Revolution
• Geospatial technology will benefit
government, business, and society in new and
unanticipated ways.
• GIS will continue to provide financial benefits
to those who employ it.
• Small cadres of professionals within GIS
operations will support large bodies of end-
users.
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15. King County GIS Organizational Structure, supports 35
county departments and offices, plus outside customers
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16. King County GIS Center has 28 professional staff and a
budget of over $5 million per year.
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17. King County GIS Center support more than 4,600
discrete users
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18. The next 50 years of the Geospatial
Revolution
• Geospatial technology will benefit government,
business, and society in new and unanticipated ways.
• GIS will continue to provide financial benefits to those
who employ it.
• Small cadres of professionals within GIS operations will
support large bodies of end-users.
• How can we measure the effectiveness of GIS
operations?
• What can we as GIS professionals do to improve the
future benefits to society from GIS operations?
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19. DEVELOPMENT AND PURPOSE OF THE
GIS CAPABILITY MATURITY MODEL
Section 2:
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20. What is a Capability Maturity Model?
• A tool to assess an organization’s ability to accomplish
a defined task or set of tasks
• Originated with the Software Engineering Institute
– Objective evaluation of software contractors
– SEI published Managing the Software Process 1989
– SEI CMM is process focused
• Other applications of the capability maturity model
concept:
– System engineering
– Project management
– Risk management
– Information technology service providers
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21. Why is thinking about capability &
process maturity important?
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22. Why is thinking about capability &
process maturity important?
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23. Origins of the GIS Capability Maturity
Model
• Why are there variations in enterprise GIS
Operations?
– Unique aspect of each agency?
– Level of resources provided for GIS?
– Variations in our ability to use GIS resources?
– Forgetting where we are in the GIS development
cycle?
– GIS operations with similar resources sometimes get
different results! Why?
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24. Origins of the GIS Capability Maturity
Model
• Where is your GIS on the development cycle?
• How can we refocus on the GIS development
cycle?
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25. Origins of the GIS Capability Maturity
Model
• There are many ways we can focus on the GIS
development cycle:
– With an external focus:
• Best practices
• Benchmarking
– With a theoretical focus:
• Ideal design
• Academic state of the art
– With a capability focus
– With a maturity level focus
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26. Origins of the GIS Capability Maturity
Model
Originated in 2009 as a purely academic exercise:
• Maturity for the proposed model indicates progression
of an organization towards GIS capability that
maximizes:
– Potential for the use of state of the art GIS technology
– Commonly recognized quality data
– Organizational best practices appropriate for municipal
business use
• The Municipal GIS Capability Maturity Model assumes
two broad areas of GIS operational development:
– Enabling capability
– Execution ability
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27. Enabling Capability Components:
What we buy or acquire for our GIS
operation…
Execution Ability Components:
How we utilize what we have acquired for
our GIS…
Origins of the GIS Capability Maturity
Model
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29. Execution ability rating scale based on SEI CMM
Origins of the GIS Capability Maturity
Model
Very Simple Questionnaire
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30. 2009 State of Washington Survey Results Presented at URISA Annual Conference:
Origins of the GIS Capability
Maturity Model
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31. 2009 State of Washington Survey Results Presented at URISA Annual Conference:
Origins of the GIS Capability Maturity
Model
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32. URISA Steps In and Adopts the GIS
Capability Maturity Model
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33. 2010 ArcNews Article in URISA GIS Management Column
Babinski’s Theory of GIS Management: As GIS Operational Maturity Improves, ROI Increases
URISA Steps In
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34. URISA Steps In
• 2010: David DiBiase Proposes that URISA develop the
Geospatial Management Competency Model (Tier 9 of the
USDOLETA Geospatial Technology Competency Model)
• 2011: DiBiase, Babinski & Kennelly form URISA GMCM
Committee
• 2011: Babinski convenes GIS Managers Task Force at
Washington GIS Conference to:
– Create GMCM ‘Strawman’ Draft
– Review and revise the GIS Capability Maturity Model
• 2011: At GIS-Pro in Indianapolis, GMCM Committee revises
Strawman Draft and by early 2012 Publishes GMCM for
peer-review.
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35. Final Peer-Reviewed URISA GMCM:
Published in June 2012
Adopted by USDOLETA August 2012
18 Competency Clusters
74 individual competencies
http://www.urisa.org/resources/geospatial-management-competency-model/
URISA Develops the Geospatial Management
Competency Model for the U.S. Department of Labor
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36. The ‘Ah-ha!’ moment….
GIS operational process maturity (aka the GIS
Capability Maturity Model)
and…
GIS management capability (aka the Geospatial
Management Competency Model)
Can both best be defined against…
A body of geospatial management best practices
and standards, or a GIS Management Body of
Knowledge
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37. The ‘Ah-ha!’ moment (Part 2):
No one has ever defined
GIS management best practices
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38. URISA Steps In
• 2010: David DiBiase Proposes that URISA develop the
Geospatial Management Competency Model (Tier 9 of the
USDOLETA Geospatial Technology Competency Model)
• 2011: DiBiase, Babinski & Kennelly form URISA GMCM
Committee
• 2011: Babinski convenes GIS Managers Task Force at
Washington GIS Conference to:
– Create GMCM ‘Strawman’ Draft
– Review and revise the GIS Capability Maturity Model
• 2011: At GIS-Pro in Indianapolis, GMCM Committee revises
Strawman Draft and by early 2012 Publishes GMCM for
peer-review.
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39. 2011 State of Washington – GIS Managers Daylong Review Session
2012 –2013 GMI Committee Begins Review & Revision Process
2013 Peer-Review Cycle
GIS Capability Maturity Model Adopted and Published in October 2013
Developing the revised, peer-reviewed
URISA GIS Capability Maturity Model
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40. 2013 Revised Model Framework:
Enabling Capability (EC) Component
EC1. Framework GIS Data
EC2. Framework GIS Data Maintenance
EC3. Business GIS Data
EC4. Business GIS Data Maintenance
EC5. GIS Data Coordination
EC6. Metadata
EC7. Spatial Data Warehouse
EC8. Architectural Design
EC9. Technical Infrastructure
EC10. Replacement Plan
EC11. GIS Software Maintenance
EC12. Data back-up and security
EC13. GIS Application Portfolio
EC14. GIS Application Portfolio Management
EC15. GIS Application Portfolio O&M
EC16. Professional GIS Management
EC17. Professional GIS Operations Staff
EC18. GIS Staff Training and Professional Development
EC19. GIS Governance Structure
EC20. GIS is Linked to Agency Strategic Goals
EC21. GIS Budget
EC22. GIS Funding
EC23. GIS Financial Plan
Execution Ability (EA) Component
EA1. New Client Services Evaluation and Development
EA2. User Support, Help Desk, and End-User Training
EA3. Service Delivery Tracking and Oversight
EA4. Service Quality Assurance
EA5. Application Development or Procurement
Methodology
EA6. Project Management Methodology
EA7. Quality Assurance and Quality Control
EA8. GIS System Management
EA9. Process Event Management
EA10. Contract and Supplier Management
EA11. Regional Collaboration
EA12. Staff Development
EA13. Operation Performance Management
EA14. Individual GIS Staff Performance Management
EA15. Client Satisfaction Monitoring and Assurance
EA16. Resource Allocation Management
EA17. GIS data sharing
EA18. GIS Software License Sharing
EA19. GIS data inter-operability
EA20. Legal and policy affairs management
EA21. Balancing minimal privacy with maximum data
usage
EA22. Service to the community and to the profession
Developing the revised, peer-reviewed
URISA GIS Capability Maturity Model
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41. Section 1: The Ongoing Geospatial Revolution
Section 2: Development and Purpose of the URISA GIS
Capability Maturity Model
Discussion:
Comments?
Questions?
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42. THE URISA GIS CAPABILITY MATURITY
MODEL HANDS-ON, STEP BY STEP
Section 3:
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43. Section 3: The URISA GIS Capability
Maturity Model:
• Part A - Enabling Capability
• Process:
• Work independently
• Be objective but critical
• Record your preliminary rating for your organization
• Make notes
• How can you validate your rating?
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44. Enabling Capability Components
For each question in the ‘Enabling Capability’ section, read the brief
description. Check the implementation category
[ ] 1.00 Fully implemented
[ ] 0.80 In progress with full resources available to achieve the
capability
[ ] 0.60 In progress but with only partial resources available to
achieve the capability
[ ] 0.40 Planned and with resources available to achieve the
capability
[ ] 0.20 Planned but with no resources available to achieve the
capability
[ ] 0.00 This is desired, but is not planned
[ ] Not Applicable (This is a non-numeric response that requires an
explanation of why this component should not be considered in
assessing the operation.)
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45. EC1. Framework GIS Data
Complete assessment for each data
layer:
a. Geodetic Control
b. Cadastral
c. Orthoimagery
d. Elevation
e. Hydrography
f. Administrative Units
g. Transportation
Does the agency have access to adequate framework GIS data
to meet its business needs? For the GISCMM, framework data
corresponds to jurisdiction-wide common base layers as defined
by the agency to meet its business needs.
For reference, refer to the NSDI framework data layers (see
http://www.fgdc.gov/framework/).
See also EC2, below)
EC2. Framework GIS Data
Maintenance
Complete assessment for each data
layer:
a. Geodetic Control
b. Cadastral
c. Orthoimagery
d. Elevation
e. Hydrography
f. Administrative Units
g. Transportation
Are data stewards defined for each framework GIS data layer
and the data is maintained (kept up to date) to meet business
needs?
Refer to EC6 for description of the ideal data environment.
There could very likely be multiple stewards
The Enterprise GIS responsibility is that there are no gaps in
coverage
In performing the assessment, every framework component
should be covered
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46. EC3. Business GIS Data
Complete assessment for each data
layer:
a. Example: situs address
b. Name:
c. Name:
d. Name:
e. Name:
Does the agency have access to adequate business data (non-
framework GIS data) to meet its business needs?
Need for data based on agency business needs, therefore
this data will vary from agency to agency; specific business
data layers will not be comparable from agency to agency
Agency completing the assessment should name at least 5
but no more than 10 business data types. These business
data layers should also be assessed under EC4, below.
EC4. Business GIS Data
Maintenance
Complete assessment for each data
layer:
a. Example: situs address
b. Name:
c. Name:
d. Name:
e. Name:
Does the agency have data stewards defined for each business
GIS data layer and is the data is maintained (kept up to date) to
meet business needs?
Also refer to EC3 above for business
Refer to EC7 below, for ideal data environment
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47. EC5. GIS Data Coordination Is there an enterprise GIS data coordination function and/or
committee to rationalize framework and business GIS data
development, access, and maintenance?
This could be a function of a GIO (chief geographic
information officer), a governance function, or an enterprise
GIS office function, depending on desired level of formality
or institutionalization.
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48. EC6. Metadata Is metadata available and maintained for all framework and
business data layers?
Is there a rationale for accepting any data without
metadata?
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49. EC7. Spatial Data
Warehouse
Is an enterprise spatial data infrastructure in place that includes a centralized
production database environment available for GIS data stewards to compile
the official version of framework and business spatial data?
Is a separate spatial data warehouse available for GIS users to access and
download the official published version of the data for GIS applications?
Is there a consistent data structure and are there consistent practices for
effective data maintenance, posting and processing?
Is the enterprise GIS the authoritative source of spatial data for the
organization?
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50. EC8. Architectural
Design
Does an architectural design exist that defines the current state and planned
future development of the technical infrastructure? Does the architectural
design guide the investment in GIS technical infrastructure?
Does the GIS Architectural design support the business architecture and all
business activities, per the Zachman Framework (or similar)?
Does it align with agency IT standards and architecture?
Does the agency analyze architectural gaps and drive IT standards and
architectural design criteria?
Note that architectural design(8) and Technical infrastructure (9) are
interrelated
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51. EC9. Technical Infrastructure Is there technical infrastructure in place to maintain and operate
the GIS and to meet the agency business needs?
Meeting agency business needs should be defined against
agreed performance criteria. Technical infrastructure
includes hardware (servers, storage, desktops, input and
output peripherals), network components, operating
system, and GIS software.
Note that architectural design(8) and Technical
infrastructure (9) are interrelated
EC10. Replacement Plan Is there a plan in place and implemented to replace technical
infrastructure components (hardware, network components,
current imagery, and other procured data) that have a defined
‘end of useful life?
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52. EC11. GIS Software
Maintenance
Is GIS software available and adequate to meet agency business
needs and is it under maintenance to ensure long term support
and development?
If open-source’ GIS software is used, is alternate support
and development capability available and are the real costs
of operation and maintenance accounted for?
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53. EC12. Data back-up and
security
Is a computer back-up system in place to ensure the security of
GIS data and applications?
Is the backup system is tested periodically by tests to
restore sample data?
Is system security in place to control internal and external
access to GIS data and applications as appropriate?
Is a GIS data archiving and preservation program in place?
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54. EC14. GIS Application Portfolio
Management
Is the agency’s GIS application portfolio managed to a common
design and development framework?
EC15. GIS Application Portfolio
O&M
Is the agency’s GIS application portfolio kept viable via ongoing
support and application maintenance?
EC13. GIS Application Portfolio If required to meet the needs of agency GIS users/clients, is a
portfolio of custom or off-the-shelf GIS or GIS enabled
applications available?
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55. EC16. Professional GIS
Management
Is the agency GIS managed by a qualified manager with
appropriate education, experience, and credentials?
EC17. Professional GIS
Operations Staff
Is the agency GIS operated and maintained by an adequate staff
with appropriate professional qualifications?
For purposes of the GISCMM, adequate operational staffing
is defined as meeting the ‘roles’ defined by the Geospatial
Technology Competency Model – see:
http://www.careeronestop.org/CompetencyModel/pyramid.as
px?GEO=Y.
EC18. GIS Staff Training and
Professional Development
Do the agency GIS manager and other professional staff have
access to on-going training to maintain and develop their
technical and operational knowledge, skills, and abilities?
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56. EC19. GIS Governance
Structure
Does the agency have a formal GIS governance structure that
links the GIS operation both to users and to key decision
makers?
For some agencies (very small or with well-oiled enterprise
GIS) a formal committee structure may not be required. A
formal committee is a traditional practice, but in everyday
practice, many agencies proceed without such a formal
committee structure.
Does the agency’s governance address:
Long-range planning
Stakeholder satisfaction
Ability for business stakeholders to leverage initiatives
EC20. GIS is Linked to Agency
Strategic Goals
Does the GIS as it exists have a defined responsibility and a
clearly defined role in supporting the strategic goals of the
agency?
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57. EC21. GIS Budget Does the GIS operation develop a comprehensive budget that
includes (at a minimum) labor, hardware, software, data,
consulting, and training costs?
This mean either a separate GIS budget or embedded
budget components that the GIS manager has input on and
can base planning and programs upon as the budget is
expended.
EC22. GIS Funding Does the GIS organization have adequate funding for (at a
minimum) labor, hardware, software, data, consulting, and
training costs?
EC23. GIS Financial Plan Does the GIS organization have a financial plan that includes a
funding model (where the money is coming from) and that also
projects future episodic costs for equipment, imagery, and other
data replacement?
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58. Section 3: The URISA GIS Capability
Maturity Model:
• Part A - Enabling Capability
– Process:
• Take a short break – back in 10 minutes maximum
• Those of you with colleagues from your own agency,
now compare your initial assessments
• Compare and discuss your ratings for 10 minutes:
– Focus on areas of disagreement
– How can you come to consensus?
– What are your key deficiencies?
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59. Section 3: The URISA GIS Capability
Maturity Model:
Part B – Execution Ability
Process:
– Work independently
– Be objective but critical
– Record your preliminary rating for your
organization
– Make notes
– How can you validate your rating?
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60. For each question in the ‘Execution Ability’ section, read the brief question and description. Check
the implementation category that best describes your agency’s current status. Feel free to include
any clarifying comments or questions.
[ ] Level Five: Optimized processes
[ ] Level Four: Managed and measured processes
[ ] Level Three: Defined processes
[ ] Level Two: Repeatable processes
[ ] Level One: Ad-hoc processes
Execution Ability Components
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61. EA1. New Client Services
Evaluation and Development
How does the GIS operation evaluate new agency business needs
for GIS services and develop plans to respond to new client
service requests?
This component should include a timeline/turn-around
response focus.
Are new services evaluated against the agency strategic
plan?
Are new services evaluated against ROI criteria…does it
make financial sense?
Level 5 – optimized process – requires looking at existing
services also and evaluating them to provide optimized
services.
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62. EA2. User Support, Help Desk,
and End-User Training
How does the GIS operation support end users, including user
guides, help documentation, training, and ad-hoc help-desk
and/or on-site support?
This component should include a timeline/turn-around
response focus
This should include a ‘train-the-trainer program.
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63. EA3. Service Delivery
Tracking and Oversight
How does the GIS unit monitor and evaluate client service
delivery?
EA4. Service Quality
Assurance
How does the GIS operation ensure the quality of services
provided to clients?
This should also recognize the quality that can be provided
may be dependent upon the time available to meet the
client’s needs
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64. EA5. Application
Development or Procurement
Methodology
How does the GIS operation develop custom GIS applications?
Do GIS applications align with and support business needs?
How does the GIS Operation preform requirements
development and development execution strategy, including
build vs. buy decision?
How does the GIS Operation manage GIS application
development when in-house programming is not included
within the GIS operation?
This should also recognize the quality that can be provided
may be dependent upon the time available to meet the
client’s needs
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65. EA6. Project Management
Methodology
How does the GIS operation manage projects for which it is
responsible?
Projects could be either executed in-house or by an outside
contractor.
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66. EA7. Quality Assurance and
Quality Control
How does the GIS operation assure a reasonable and appropriate
level of quality for projects and for ongoing GIS system operation,
to meet defined business needs?
System operations include database maintenance and spatial
data warehouse processes.
Data is a key enterprise GIS component for effective QA/QC.
Perhaps there are several processes against which this
maturity component should be applied.
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67. EA8. GIS System
Management
How does the GIS operation manage the core GIS systems that it
is responsible for?
GIS system management includes system administration,
database administration, network administration, system
security, data backup, security, and restore processes, etc.
If these functions are managed within the GIS Operation,
there should be defined procedures/best practices. But if the
functions are provided outside the GIS operation, these
procedures and best practices should form the basis for well-
defined service level agreements.
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68. EA9. Process Event
Management
How does the GIS operation manage GIS system process
events?
Typical process events include planned hardware and
software upgrades, unplanned hardware failure and data
loss and restore events.
This should include well defined change management best
practices, for both routine/batch processes, and for
significant system upgrades/modifications.
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69. EA10. Contract and Supplier
Management
How does the GIS operation manage its purchasing and
contracting processes to ensure the best value for the supplies
and services that it acquires?
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70. EA11. Regional Collaboration How does the GIS operation manage regional collaboration to
ensure that opportunities to share in the development and
operation of data, infrastructure, and applications are pursued,
and that the agency’s GIS is leveraged to benefit other potential
local partners?
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71. EA12. Staff Development How does the GIS operation manage the process of hiring and
developing its staff to ensure that individual staff member skills
are developed appropriate to current and emerging technical
and business needs?
How does the GIS operation ensure that its staff resources
meet its operational requirements for individual GIS
competencies, including back-up and succession planning?
A best practice would include a well-defined and effective
performance management and appraisal system.
A key objective would be minimizing risk to the
organization, while enhancing staff effectiveness and
productivity.
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72. EA13. Operation Performance
Management
How does the GIS operation manage performance of its
operations as a whole?
This is the single key indicator of organizational process
maturity and execution ability? Perhaps an organization’s
rating in this area would serve as a ceiling for its overall
rating.
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73. EA14. Individual GIS Staff
Performance Management
How does the GIS operation manage individual employee staff
performance?
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74. EA15. Client Satisfaction
Monitoring and Assurance
How does the GIS operation monitor, assess, and assure the
satisfaction of its clients?
Ideally, clients should be surveyed to indicate their
satisfaction with individual projects and with the enterprise
GIS operation as a whole.
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75. EA16.
Resource Allocation
Management
How does the GIS optimize use of its operational staff and of
other resources at its disposal, both to minimize costs and to
achieve maximum overall effectiveness for the enterprise?
This should include a global correlation between an
organization’s resources and the services that it provides,
both internal and external.
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76. EA17. GIS data sharing Is GIS data sharable and is it shared? How does the GIS
operation leverage shared and sharable GIS data to maintain
effectiveness and minimize cost and redundant functions?
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77. EA18. GIS Software License
Sharing
Are GIS software licenses sharable and are they shared?
How does the GIS operation leverage shared and sharable
GIS software to maintain effectiveness and minimize cost
and redundant services?
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78. EA19. GIS data inter-
operability
Are agency framework and business geospatial data sources
capable of being integrated and accessed in a technically
appropriate and efficient manner?
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79. EA20. Legal and policy affairs
management
Are the GIS organization’s activities conducted to comply with
appropriate legal and policy guidelines and requirements?
Does the GIS organization promote appropriate changes to
the legal and policy framework to support effective
enterprise GIS operations?
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80. EA21. Balancing minimal
privacy with maximum data
usage
Does the GIS operation adhere to open data sharing principles
to the maximum potential while minimizing administrative
hurdles and roadblocks?
Does the GIS operation apply the maximum care to ensure
the security of the minimum domain of restricted
confidential data?
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81. EA22. Service to the
community and to the
profession
Does the GIS operation support the GIS Certification Institute‘s
and the URISA GIS Code of Ethics ‘Contributions to the
Profession’ guidelines?
Does the GIS operation support and encourage efforts by its
staff members for appropriate professional outreach,
educational, and community service activities related to
GIS?
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82. Section 3: The URISA GIS Capability
Maturity Model:
Part B – Execution Ability
Process:
– Reconvene and compare and discuss your ratings
for 15 minutes:
• Focus on areas of disagreement
• How can you come to consensus?
• What are your key deficiencies?
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83. Section 3: The URISA GIS Capability
Maturity Model:
General Comments and Discussion
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84. THE ROLE OF THE GIS CMM IN THE GIS
MANAGEMENT INSTITUTE®
Section 4:
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85. Improving future benefits from geospatial
technology: The GIS Management Institute
• URISA GIS Management Institute®
• GMI Goal:
• The GIS Management Institute® helps organizations
identify and implement enterprise GIS management
practice improvements.
• GIS managers, anywhere in the world, will increase
return on investment and maximize the effective use of
GIS for their enterprise business goals with GMI
products and services.
• URISA Received GIS Management Institute Charter
from the U.S. Patent and Trademark Office in 2013.
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86. URISA GIS Management Institute®
Business Need:
• GIS professionals and practitioners invest considerable time and
money for their initial education and continual training, yet recognized
professional practice standards and guidelines are lacking in the GIS
profession.
• Public agencies and private entities have invested very large sums of
money to develop and operate their enterprise GIS and program
specific GIS operations, yet best-practices and investment validation
for GIS operations are both lacking.
• Worldwide, most GIS managers, professionals, and practitioners
continue to deliver value to society through the work that they do.
• But there remains a need for an environment where best practices and
professional standards can be developed, validated, and promoted to
maximize the value and effectiveness of GIS operations.
• These are the needs that the GIS Management Institute® will meet.
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87. URISA GIS Management Institute®
GMI Core Products and Services:
• The GIS Management Institute® already has two key
products that are central to its core strategy:
• The Geospatial Management Competency Model (GMCM)
for managers
• The GIS Capability Maturity Model. (GISCMM) for GIS
organizations
• The GIS Management Body of Knowledge (GMBOK) will be
a third key product of the GMI.
• In addition a GMI Glossary has been developed to support
GMI services.
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88. URISA GIS Management Institute®
GMI Core Products and Services:
• The GISCMM and the GMBOK will also be used to develop an on-
line subscription based organizational assessment and accreditation
service for enterprise GIS operations anywhere in the world.
• Subscribers to the service will populate the GMI database with
metrics on their own GIS configuration, maturity assessment, and
performance metrics.
• Their subscription will then provide them access to the GMI
database to analyze the effectiveness of individual GIS management
best practices and to compare their GIS operations against peer
agencies worldwide.
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89. URISA GIS Management Institute®
GMI Core Strategy:
• The GMI core strategy is to help those who deploy, operate, and manage
GIS organizations enhance their personal competency, and improve the
effectiveness and ROI from their investment in GIS.
• The GMI will mobilize volunteer GIS professionals (to be called GMI
Associates) to create the GMBOK, comprised of individual GIS Best
Practices.
• The GMBOK will be developed by starting with frameworks that have
already been developed by URISA, such as the GMCM and the GISCMM.
• Topics for individual GIS Management Best Practices will be developed
from the 23 capability and 22 maturity components of the GISCMM.
• Each topic will include a narrative of the best practice, a policy template,
recommended metrics, a description of required professional
competencies to support the best practice, and recommended learning
objectives to inform the development of a curriculum to teach the best
practice.
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98. Enhancing professionalism for GIS managers
The competency of the GIS manager is one of the key
success factors for an effective enterprise GIS
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99. Enterprise GIS Management
Competency Report Template
Assessing the competency of a GIS manager against the Geospatial
Management Competency Model
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100. The GIS Capability Maturity Model and
the GIS Management Institute®
Attendee Discussion and Feedback
Do you have any:
– Questions?
– Suggestions?
– Criticisms?
– Ideas for using the GISCMM of the GIS
Management Institute?
– Other comments?
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101. Do we need to develop best practices
for GIS management?
Please vote by getting involved:
Yes
No
www.urisa.org/main/gis-management-institute/
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