The document presents a technology roadmap for small utilities developed by Boreas Group. It discusses developing a roadmap in 5 steps: preparation, planning, interviews/workshops, analysis and development, and presentation. The roadmap addresses key elements like performance benchmarking, opportunity assessment, implementation plan, risk mitigation, and organizational requirements. It provides examples of technology phasing and a sample roadmap table of contents covering various technology systems and processes. Observations on critical success factors, project success factors, and challenges like organizational resources, management, and technology future-proofing are also highlighted.
Alpesh Joshi has over 12 years of experience in optical fiber communication technology. He is currently working as a Cluster Lead for ESSJAY ERICSSON LIMITED in Bhavnagar, Gujarat, India. Previously he has worked with Vodafone India Limited and Reliance Communication in roles involving optical fiber cable projects, deployment, maintenance and operations. He has expertise in SDH, DWDM and optical fiber networks. He is looking for challenging assignments to further enhance his technical and management skills.
This resume summarizes Mr. Kong De Sheng's qualifications and over 15 years of experience in telecommunications engineering. He has extensive experience designing, testing, and commissioning telecom systems for oil and gas projects. Some of his areas of expertise include radio systems, satellite systems, networking, fiber optics, and security systems. He currently works as a System Design Engineer for CSE-Transtel Pte Ltd in Singapore, where he is responsible for the design and implementation of large, multi-system telecom projects in the oil and gas sector.
Mohammed Ali Mohammed Zahra is an Egyptian network engineer seeking a position to utilize his skills in network installation, configuration, and maintenance. He graduated from Misr Higher Institute for Engineering and Technology in 2013 with a degree in telecommunications and electronics. Mohammed has several technical certifications including CCNA, CCNP Routing, and MCSA and training experience with Microsoft's private cloud program.
Интерактивная презентация как ключ к успешному общению на визите.Viseven
Интерактивная презентация как ключ к успешному общению на визите.
Интерактивная презентация в формате HTML5 идеально подходит для детализации препарата на визите благодаря интерактивным эффектам и анимации, а также возможности гибко строить визит на лету по потребности. Кроме того только презентации в таком формате проигрываются в СЛМ инструментах и собирают актуальные данные о лояльности и потенциале врача, о месте препарата на рынке и возможных сильных и слабых местах конкурентов.
This document is a resume for Jagmeet Singh, who is currently pursuing a Graduate Diploma in Operations and Production Management from Manukau Institute of Technology. Singh has worked as a crew member at Domino's Pizza in Papakura since 2015, with responsibilities including pizza making, baking, delivery, and operating the checkout. He received a B.Tech in Mechanical Engineering from Kurukshetra University in India in 2014. Singh's objective is to work in an environment that values integrity and provides opportunities for professional development.
Alpesh Joshi has over 12 years of experience in optical fiber communication technology. He is currently working as a Cluster Lead for ESSJAY ERICSSON LIMITED in Bhavnagar, Gujarat, India. Previously he has worked with Vodafone India Limited and Reliance Communication in roles involving optical fiber cable projects, deployment, maintenance and operations. He has expertise in SDH, DWDM and optical fiber networks. He is looking for challenging assignments to further enhance his technical and management skills.
This resume summarizes Mr. Kong De Sheng's qualifications and over 15 years of experience in telecommunications engineering. He has extensive experience designing, testing, and commissioning telecom systems for oil and gas projects. Some of his areas of expertise include radio systems, satellite systems, networking, fiber optics, and security systems. He currently works as a System Design Engineer for CSE-Transtel Pte Ltd in Singapore, where he is responsible for the design and implementation of large, multi-system telecom projects in the oil and gas sector.
Mohammed Ali Mohammed Zahra is an Egyptian network engineer seeking a position to utilize his skills in network installation, configuration, and maintenance. He graduated from Misr Higher Institute for Engineering and Technology in 2013 with a degree in telecommunications and electronics. Mohammed has several technical certifications including CCNA, CCNP Routing, and MCSA and training experience with Microsoft's private cloud program.
Интерактивная презентация как ключ к успешному общению на визите.Viseven
Интерактивная презентация как ключ к успешному общению на визите.
Интерактивная презентация в формате HTML5 идеально подходит для детализации препарата на визите благодаря интерактивным эффектам и анимации, а также возможности гибко строить визит на лету по потребности. Кроме того только презентации в таком формате проигрываются в СЛМ инструментах и собирают актуальные данные о лояльности и потенциале врача, о месте препарата на рынке и возможных сильных и слабых местах конкурентов.
This document is a resume for Jagmeet Singh, who is currently pursuing a Graduate Diploma in Operations and Production Management from Manukau Institute of Technology. Singh has worked as a crew member at Domino's Pizza in Papakura since 2015, with responsibilities including pizza making, baking, delivery, and operating the checkout. He received a B.Tech in Mechanical Engineering from Kurukshetra University in India in 2014. Singh's objective is to work in an environment that values integrity and provides opportunities for professional development.
Project Business Case and Capital Justification for Implementation of Applica...Duane Bodle
Business Case and Capital Justification Presentation For
Application Performance Monitoring and Retrospective Network Analysis Implementation. *** This Presentation Has Been Sanitized of IP Information ***
The document provides a closing report on the implementation of foundation competencies across Laing O'Rourke Australia. Key tasks included researching competencies, creating competency information sources, holding workshops, and mapping job titles to competencies. Challenges included issues with the SharePoint platform and changes to client and government requirements. Recommendations include displaying competency information through Excel due to SharePoint challenges. Lessons learned include increased analytical, research and communication skills.
A blueprint architectural design for the City of Weslaco's Multi-protocol Label Switching (MPSL) Fiber Network. A jjoint team project between the City of Weslaco Information Technology Department and SmartCom Internet of McAllen, TX. / PAFF Management of Government Information Systems
ITP-1 – Project Charter
Group 3 - The Project Management Masters (PMM)
Noah’s Ark Animal Clinic
PROJECT CHARTER
Group 3 ITP-1 – Project Charter
IFSM 438: Project Management
Project Management Masters
Crystal Wyland
Project Manager
Angela Farella
Documentation Manager
Kevin Smith
Editor
Jamie Cole
Procurement Manager
Kim Delahay
Deputy Project Manager
Shane Thideman
Researcher
Michelle Smith
Researcher
Contents
Contents 2
Executive Summary 3
Version History 4
Introduction 4
Purpose of Project Charter 4
Project and Product Overview 4
Justification 4
Business Need 4
Business Impact 4
Scope 5
Objectives 5
High-Level Requirements 5
Major Deliverables 5
Boundaries 5
Duration 5
Budget Estimate 6
Funding Source 6
Estimate 6
Assumptions, Constraints and Risks 7
Assumptions 7
Constraints 7
Risks 8
Project Organization 8
Roles and Responsibilities 8
Internal and External Stakeholders 9
Project Charter Approval 9
References 10
Executive Summary
The Project Management Masters (PMM) are very pleased to have been selected to implement an Information Technology (IT) solution at Noah’s Ark Animal Clinic. This document provides a summary and a forecast of the project that will take place.
Studies have shown that, when done correctly, the implementation of an IT infrastructure in a small business can lead to improved quality of information, increased individual productivity, and increased organizational productivity (Narkhede, Raut, Patil, & Mahajan, 2013). While there are no regulatory requirements for safeguarding a veterinary patient’s medical history, the clinic houses Personally Identifiable Information (PII) belonging to their customers.
PII is “information that can be used to distinguish or trace an individual’s identity, either alone or when combined with other personal or identifying information that is linked or linkable to a specific individual” (Office of Management and Budget, 2014). Implementation of an IT solution will also offer increased security of such information.
The Noah’s Ark Animal Clinic automation project is projected to take a maximum of six months to complete. There are little risks associated with the project, and recommendations for mitigation are included in this Project Charter.
Upon completion of the project, PMM will offer a ninety day warranty period. Should any issues arise during this ninety day warranty period, whether they be hardware, software, or user related, PMM will be responsible for timely correction of the issue.
Approval of the Project Charter authorizes PMM to commence work on the Noah’s Ark Animal Clinic Automation Project.
Version History
Version #
Implemented
By
Revision
Date
Approved
By
Approval
Date
Reason
1.0
Project Management Masters
01/25/2015
PMM Team
01/25/2015
Initial Charter Document
Introduction
Purpose of Project Charter
The Noah’s Ark Animal Clinic Automation Project Charter is intended to be an informational tool utilized by the project sponsor and senior lea ...
This document provides a proposal for upgrading the computer network at Healthmark Medical. It describes the current issues with their outdated network architecture and hardware, which is negatively impacting business operations. The proposed project would replace all employee computers, install a new VOIP phone system, fiber internet connection, servers, switches, and other network components. Requirements for the project are outlined, including the need for HIPAA compliance, improved network speeds, and addressing constraints like timelines. Key stakeholders are identified and a communication plan is proposed to keep everyone informed during the project. The goal is to implement the new network within six months to improve Healthmark Medical's technology and business performance.
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The document is a project proposal from Morpheus Systems Integration to expand the warehouse and network infrastructure for The Foland Group. It recommends a phased approach including:
1) Installing a microwave radio link between the new warehouse facilities and main site to connect their networks.
2) Integrating voice and data services at the new sites, including setting up local servers and storage.
3) Upgrading applications like inventory management and implementing a new time tracking system across all sites.
The total estimated cost is $71,700 for the 8-10 week project.
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Public safety is undergoing a revolution in situation awareness due to the inclusion of multimedia. Unfortunately, many public safety communication networks were not designed or envisioned to support multimedia and the wealth of other data intensive applications. The increasing use of data and multimedia applications to enhance first responder situation awareness requires that the backhaul network must be capable of supporting this demand. This paper will explore several options available for backhauling large amounts of data in real time
Information technology implementation in power distributionDhrubaji Mandal ♛
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The document discusses technical integrity of project schedules. It identifies five common problems with developing project schedules: 1) open-ended activities without predecessors or successors, 2) use of constraint dates, 3) negative lags, 4) incorrect software settings, and 5) excessive detail. These problems can result in incorrect float calculations, invalid critical paths, and schedules that lack credibility and predictability. The document provides examples and case studies of how these problems negatively impact schedule integrity. It emphasizes the importance of schedule technical integrity for successful project management.
The document discusses the OCRE project's efforts to drive adoption of cloud and Earth observation services among research institutions. It provides an update on the project's status, including that over 400 cloud contracts were awarded across 40 countries and that 15 out of 32 research proposals were awarded cloud funding totaling €1.2 million. It also discusses 6 Earth observation projects that were awarded funding totaling €450,000 and outlines the project's challenges and how they were resolved. Finally, it describes the project's new acceleration funding model and an opportunity for research institutions to apply for remaining adoption funds to support their projects using cloud or Earth observation services.
Monali Phatak has nearly 5 years of experience in quality engineering and assurance. She has worked on projects for Barclays Bank, Tucson Electric Power, and Florida Power and Light. Her responsibilities have included requirements analysis, test scenario design, test execution, defect reporting, and production support. She has a Bachelor of Science in Computer Science and a Master of Computer Applications.
The document provides a risk assessment of Blackboard and LJMU's online information systems. It models the systems and processes for handling assessment coursework. The assessment identified assets like Blackboard, the student information system, and online payment facilities. It analyzed risks to the confidentiality, integrity, and availability of these assets. The assessment was conducted according to the UK HMG Information Assurance Standard No. 1 to evaluate and suggest solutions to technical risks.
This document discusses Fluke Connect Condition Based Maintenance, which pairs Fluke hardware with predictive software and monitoring tools. It provides 5 key benefits: 1) It allows users to start implementing CBM solutions easily without IT hurdles or specialized skills; 2) Electronic data collection improves ROI analysis; 3) The scalable system can grow over time; 4) It optimizes labor and equipment lifespan; 5) The solution works across different equipment and facility types.
LaMima Gilbert-Lewis is a PMP certified project manager with over 10 years of experience managing application and infrastructure projects. She has extensive experience using project management tools like MS Project and managing projects of varying sizes from $10K-$700K. Her background includes managing projects in industries like aviation, financial services, and healthcare. She is skilled in technologies like MS Office, UNIX, SQL, and programming languages like SAS, COBOL, and CICS.
Tom Osborne has over 30 years of experience in software development, hardware engineering, and quality management. He has expertise in C/C++, C#, Java, Python, and other languages. He holds a Computer Science degree and certifications in project management. His background includes developing battery management systems, automation systems, and medical applications. Currently he is a battery research engineer investigating lithium battery failures and improvements.
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The document provides a closing report on the implementation of foundation competencies across Laing O'Rourke Australia. Key tasks included researching competencies, creating competency information sources, holding workshops, and mapping job titles to competencies. Challenges included issues with the SharePoint platform and changes to client and government requirements. Recommendations include displaying competency information through Excel due to SharePoint challenges. Lessons learned include increased analytical, research and communication skills.
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ITP-1 – Project Charter
Group 3 - The Project Management Masters (PMM)
Noah’s Ark Animal Clinic
PROJECT CHARTER
Group 3 ITP-1 – Project Charter
IFSM 438: Project Management
Project Management Masters
Crystal Wyland
Project Manager
Angela Farella
Documentation Manager
Kevin Smith
Editor
Jamie Cole
Procurement Manager
Kim Delahay
Deputy Project Manager
Shane Thideman
Researcher
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Researcher
Contents
Contents 2
Executive Summary 3
Version History 4
Introduction 4
Purpose of Project Charter 4
Project and Product Overview 4
Justification 4
Business Need 4
Business Impact 4
Scope 5
Objectives 5
High-Level Requirements 5
Major Deliverables 5
Boundaries 5
Duration 5
Budget Estimate 6
Funding Source 6
Estimate 6
Assumptions, Constraints and Risks 7
Assumptions 7
Constraints 7
Risks 8
Project Organization 8
Roles and Responsibilities 8
Internal and External Stakeholders 9
Project Charter Approval 9
References 10
Executive Summary
The Project Management Masters (PMM) are very pleased to have been selected to implement an Information Technology (IT) solution at Noah’s Ark Animal Clinic. This document provides a summary and a forecast of the project that will take place.
Studies have shown that, when done correctly, the implementation of an IT infrastructure in a small business can lead to improved quality of information, increased individual productivity, and increased organizational productivity (Narkhede, Raut, Patil, & Mahajan, 2013). While there are no regulatory requirements for safeguarding a veterinary patient’s medical history, the clinic houses Personally Identifiable Information (PII) belonging to their customers.
PII is “information that can be used to distinguish or trace an individual’s identity, either alone or when combined with other personal or identifying information that is linked or linkable to a specific individual” (Office of Management and Budget, 2014). Implementation of an IT solution will also offer increased security of such information.
The Noah’s Ark Animal Clinic automation project is projected to take a maximum of six months to complete. There are little risks associated with the project, and recommendations for mitigation are included in this Project Charter.
Upon completion of the project, PMM will offer a ninety day warranty period. Should any issues arise during this ninety day warranty period, whether they be hardware, software, or user related, PMM will be responsible for timely correction of the issue.
Approval of the Project Charter authorizes PMM to commence work on the Noah’s Ark Animal Clinic Automation Project.
Version History
Version #
Implemented
By
Revision
Date
Approved
By
Approval
Date
Reason
1.0
Project Management Masters
01/25/2015
PMM Team
01/25/2015
Initial Charter Document
Introduction
Purpose of Project Charter
The Noah’s Ark Animal Clinic Automation Project Charter is intended to be an informational tool utilized by the project sponsor and senior lea ...
This document provides a proposal for upgrading the computer network at Healthmark Medical. It describes the current issues with their outdated network architecture and hardware, which is negatively impacting business operations. The proposed project would replace all employee computers, install a new VOIP phone system, fiber internet connection, servers, switches, and other network components. Requirements for the project are outlined, including the need for HIPAA compliance, improved network speeds, and addressing constraints like timelines. Key stakeholders are identified and a communication plan is proposed to keep everyone informed during the project. The goal is to implement the new network within six months to improve Healthmark Medical's technology and business performance.
I-ESA'14 ICT Services and Interoperability for Manufacturing - FLEXINET Intor...FLEXINET-PROJECT
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PEO Digital has reorganized into 8 new portfolios and 3 enabling pillars to better deliver services. Program activities and personnel were mapped based on total force, financials, functions/processes, and work performed. The new structure includes portfolios for digital workplace services, platform application services, infrastructure services, cybersecurity and operational services, end user services, strategic sourcing services, and public safety services. The command operations office and command strategy and business office provide cross-portfolio governance and intake/transition of new work. PEO Digital outlined opportunities for industry engagement and potential upcoming RFIs/RFPs.
The document is a project proposal from Morpheus Systems Integration to expand the warehouse and network infrastructure for The Foland Group. It recommends a phased approach including:
1) Installing a microwave radio link between the new warehouse facilities and main site to connect their networks.
2) Integrating voice and data services at the new sites, including setting up local servers and storage.
3) Upgrading applications like inventory management and implementing a new time tracking system across all sites.
The total estimated cost is $71,700 for the 8-10 week project.
Replacement of legacy cis with sap cr&b at phirobgirvan
The document summarizes Pepco Holdings Inc.'s decision to replace its legacy customer information systems with SAP CR&B. It describes PHI's analysis process over multiple phases from 2010-2011 which engaged stakeholders and considered traditional costs/benefits as well as flexibility for a changing industry. The analysis indicated SAP CR&B could provide substantial benefits over the aging legacy systems and PHI proceeded with plans to replace the systems with a new SAP-based solution.
Public safety is undergoing a revolution in situation awareness due to the inclusion of multimedia. Unfortunately, many public safety communication networks were not designed or envisioned to support multimedia and the wealth of other data intensive applications. The increasing use of data and multimedia applications to enhance first responder situation awareness requires that the backhaul network must be capable of supporting this demand. This paper will explore several options available for backhauling large amounts of data in real time
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The document discusses technical integrity of project schedules. It identifies five common problems with developing project schedules: 1) open-ended activities without predecessors or successors, 2) use of constraint dates, 3) negative lags, 4) incorrect software settings, and 5) excessive detail. These problems can result in incorrect float calculations, invalid critical paths, and schedules that lack credibility and predictability. The document provides examples and case studies of how these problems negatively impact schedule integrity. It emphasizes the importance of schedule technical integrity for successful project management.
The document discusses the OCRE project's efforts to drive adoption of cloud and Earth observation services among research institutions. It provides an update on the project's status, including that over 400 cloud contracts were awarded across 40 countries and that 15 out of 32 research proposals were awarded cloud funding totaling €1.2 million. It also discusses 6 Earth observation projects that were awarded funding totaling €450,000 and outlines the project's challenges and how they were resolved. Finally, it describes the project's new acceleration funding model and an opportunity for research institutions to apply for remaining adoption funds to support their projects using cloud or Earth observation services.
Monali Phatak has nearly 5 years of experience in quality engineering and assurance. She has worked on projects for Barclays Bank, Tucson Electric Power, and Florida Power and Light. Her responsibilities have included requirements analysis, test scenario design, test execution, defect reporting, and production support. She has a Bachelor of Science in Computer Science and a Master of Computer Applications.
The document provides a risk assessment of Blackboard and LJMU's online information systems. It models the systems and processes for handling assessment coursework. The assessment identified assets like Blackboard, the student information system, and online payment facilities. It analyzed risks to the confidentiality, integrity, and availability of these assets. The assessment was conducted according to the UK HMG Information Assurance Standard No. 1 to evaluate and suggest solutions to technical risks.
This document discusses Fluke Connect Condition Based Maintenance, which pairs Fluke hardware with predictive software and monitoring tools. It provides 5 key benefits: 1) It allows users to start implementing CBM solutions easily without IT hurdles or specialized skills; 2) Electronic data collection improves ROI analysis; 3) The scalable system can grow over time; 4) It optimizes labor and equipment lifespan; 5) The solution works across different equipment and facility types.
LaMima Gilbert-Lewis is a PMP certified project manager with over 10 years of experience managing application and infrastructure projects. She has extensive experience using project management tools like MS Project and managing projects of varying sizes from $10K-$700K. Her background includes managing projects in industries like aviation, financial services, and healthcare. She is skilled in technologies like MS Office, UNIX, SQL, and programming languages like SAS, COBOL, and CICS.
Tom Osborne has over 30 years of experience in software development, hardware engineering, and quality management. He has expertise in C/C++, C#, Java, Python, and other languages. He holds a Computer Science degree and certifications in project management. His background includes developing battery management systems, automation systems, and medical applications. Currently he is a battery research engineer investigating lithium battery failures and improvements.
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See how organizational priorities and strategic approaches to data security and privacy are evolving around the globe.
This webinar will review:
- The top 10 privacy insights from the fifth annual Global Privacy Benchmarks Survey
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Driving Business Innovation: Latest Generative AI Advancements & Success StorySafe Software
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Guest Speaker Segment with Hannah Barrington: Dive into the world of dynamic real estate marketing with Hannah, the Marketing Manager at Workspace Group. Hear firsthand how their team generates engaging descriptions for thousands of office units by integrating diverse data sources—from PDF floorplans to web pages—using FME transformers, like OpenAIVisionConnector and AnthropicVisionConnector. This use case will show you how GenAI can streamline content creation for marketing across the board.
Ollama Use Case: Learn how Scenario Specialist Dmitri Bagh has utilized Ollama within FME to input data, create custom models, and enhance security protocols. This segment will include demos to illustrate the full capabilities of FME in AI-driven processes.
Custom AI Models: Discover how to leverage FME to build personalized AI models using your data. Whether it’s populating a model with local data for added security or integrating public AI tools, find out how FME facilitates a versatile and secure approach to AI.
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ABB Roadshow - Westpoint, NE 6-27-13 Technology Planning
1. Smart Grid for Small Utilities
11
Mike Tao
MTao@BoreasGroup.us
(720) 635-8347
Robert Sarfi
Rsarfi@BoreasGroup.us
(720) 220-6213
Making Smart Grid Work
Advanced Utility Technology Roadmap
June 27, 2013
Smart Grid Technology Fair
West Point, Nebraska
2. Smart Grid for Small Utilities
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Agenda
1. Introduction
2. A New Utility Paradigm
3. Technology Roadmap
4. Roadmap Development
5. Observations and Lessons Learned
6. Questions and Answers
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Boreas Group
Boreas Group is a Denver based management consulting firm with extensive
experience in providing strategic planning, process re-engineering, and
technology solutions to utilities in North America.
“Our consulting methodology is driven by realization of business benefits.
We work with our clients to identify the complete solution……”
5. Smart Grid for Small Utilities
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2. A New Utility Paradigm
6. Smart Grid for Small Utilities
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Convergence of Technology
Industry Deployment Trend
Smart Grid Functions
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Changing Technology Profile
Hardware costs falling
• Today’s standard desktop
configurations support T&D
applications
Less software customization
• Software cost is falling
• More focused and configurable
package
• Cloud based computing
More integration
• Web-enabling applications
• Customers refuse islands of
automation
Data costs falling
• Industry more efficient in converting
paper records and migrating digital
data
GTM Media Networked Grid Report Vendor Options
9. Smart Grid for Small Utilities
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Technology Roadmap Elements
Performance Benchmark
Opportunity Assessment
1. Performance Benchmarking - Assess strengths and
weakness of technology deployed and used to attain work efficiencies.
2. Opportunity Assessment - Identify opportunity to upgrade
and deploy additional technology to improve work
efficiency and customer satisfaction.
3. Implementation Plan - Develop a high level plan for technology
refresh and deployment with considerations of short term
(<180days), medium term (<2 years), and long term (2 to 5 years)
time horizon.
4. Risk Mitigation – Conduct assessment to enable effective
implementation risks management.
5. Technology Charter - Establish technology organizational
and OCM requirements to support the deployment of
the Technology Roadmap recommendations.
6. Performance Validation - Establish high level Key Performance
Indicators (KPIs) and responsibilities.
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Technology Phasing
Asset Management
• Landbase / Mapping
• Asset Information
• Facility Design
• Real Time Operations
• Outage Response
• Mobile Workforce Management
• Managing Work and Material
• System / Circuit Analysis
Customer Management
• Customer Web Portal / Self Serve
• Social Media
Smart Grid Paradigm
• Advance Metering Infrastructures
• Distribution Management
• Customer Empowerment
Sample Technology Phasing
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Sample Roadmap Table of Contents
9.3.2 PEOPLE 46
9.3.3 TECHNOLOGY 47
9.4 SW OT ANALYSIS 48
10. ROADM AP 51
10.1 APPLICATION ARCHITECTURE PHILOSOPHY 55
10.2 CLOUD COM PUTING 58
10.3 RECOM M ENDED OPTION 59
10.4 M AINTAINING RP3 RATING W ITH THE RECOM M ENDED OPTION 63
10.5 SUM M ARY OF IM PLEM ENTATION OPTIONS CONSIDERED 63
10.6 SCHEDULE 69
10.7 CYBERSECURITY 75
10.8 KEY PERFORM ANCE INDICATORS 76
10.9 CUSTOM ER OUTREACH 78
11. PROCESS IM PROVEM ENT 81
11.1 LINE ASSET DESIGN – BUILD M ANAGEM ENT 81
11.2 SYSTEM AND M AINTENANCE PLANNING 83
11.3 VEGETATION M ANAGEM ENT 86
11.4 W ORK M ANAGEM ENT 88
12 ORGANIZATIONAL REDESIGN 90
12.1 GOVERNANCE 90
12.1.1 TECHNOLOGY SERVICE GOVERNANCE FRAM EW ORK 91
12.1.2 TECHNOLOGY GOVERNANCE COM M ITTEE 93
12.3.1 DECISION M AKING 93
12.1.3 CHANGE CONTROL BOARD 94
12.1.4 POW ER-USERS 95
12.1.5 M AJOR PROGRAM / PROJECT COORDINATION 96
12.1.6 TECHNOLOGY CAPITAL AND O&M EXPENDITURE BUSINESS CASE DEVELOPM ENT PROCESS 96
12.1.7 USER SUPPORT AND SERVICE LEVEL AGREEM ENT 97
12.1.8 USER TRAINING 97
12.2 OCM PLAN 97
12.2.1 TECHNOLOGY FAIR 101
12.3 ORGANIZATIONAL RECOM M ENDATIONS 102
12.3.1 FOUR DAY W ORK W EEK 102
12.3.2 W EB DEVELOPM ENT, CONTENT, AND SOCIAL M EDIA 102
12.3.3 BILLING DEPARTM ENT AND IT 102
12.3.4 IT/OT CONVERGENCE 103
13. RISKS 104
14. CONCLUSION 106
APPENDIX A – ACRONYM S 108
Appendix B – Current A pplication List / Stand Based Integration 110
1. INTRODUCTION 1
1.1 APPROACH 3
1.2 CONTEXT 6
1.3 THE COST OF INACTION: W HY CHANGE 6
1.4 REPORT ORGANIZATION 7
2. GUIDING PRINCIPLES 9
3. TRIGGERING CHANGE 10
4. THE CORNERSTONE OF THE ADVANCED UTILITY: ASSET M ANAGEM ENT 11
4.1 CENTRAL DATA STORE 13
4.2 DATA DEPENDENCIES 14
4.3 ENTERPRISE SERVICE BUS - ESB 15
5. DEFINING BOUNDARIES 17
5.1 GEOGRAPHIC INFORM ATION SYSTEM (GIS) 17
5.2 W ORK M ANAGEM ENT SYSTEM (W M S) 20
5.3 COM PUTERIZED M AINTENANCE M ANAGEM ENT SYSTEM (CM M S) 22
5.4 OUTAGE M ANAGEM ENT SYSTEM (OM S) 23
5.5 DISTRIBUTION AUTOM ATION (DA) / SCADA 24
5.6 ADVANCED M ETERING INFRASTRUCTURES (AM I) / SM ART M ETER 25
5.7 EM ERGING TRENDS 27
5.8 SUPPORTING SYSTEM S 27
6. DATA QUALITY 28
6.1 CONVERSION / M IGRATION 28
6.2 ON GOING M AINTENANCE 28
6.3 FACETS OF DATA QUALITY 29
6.4 TYPICAL DATA ISSUES 31
6.5 DATA QUALITY REQUIREM ENTS – AN ILLUSTRATED EXAM PLE 32
7. CURRENT GAPS 34
7.1 SGM M ASPIRATIONS W ORKSHOP SUM M ARY 34
7.2 SYSTEM S GAPS 35
7.3 BOREAS IDENTIFIED GAPS 36
8. DEFINING VALUE 38
9. QUALITATIVE ASSESSM ENT 40
9.1 SYSTEM S ENVIRONM ENT 40
9.2 PERCEPTIONS 41
9.3 PEER COM PARISON 43
9.3.1 PROCESS 45
9.3.2 PEOPLE 46
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4. Roadmap Development
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Deployment Risk Profile
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Roadmap Development
The Technology Roadmaps are typically
developed in 5 steps:
Step1 Preparation and Initiation: Project preparation
and information collection.
Step 2: Planning: Identify project stakeholders and
schedule interviews and workshops.
Step 3: Interviews and Workshops: This task consists of
a series of on-site interviews and workshops
focusing on current work processes, technology
usage, and resource allocation.
Step 4 Analysis, Synthesis, and Development:
Development of the Technology Roadmap based
on team’s analysis of discussions and workshops
conducted with client staff.
Step 5 Roadmap Presentation: The Boreas Group team
will present the Technology Roadmap to client and
to formally transition the ownership of the
maintenance and update of the Roadmap.
POLK BURNETT ELECTRIC COOPERATIVE
TECHNOLOGY PLAN
April 2010
CONFIDENTIAL
This document is CONFIDENTIAL and is furnished in connection with the Technology Plan developed by
Boreas Group LLC for Polk Burnett Electric Cooperative (PBEC). This document constitutes and contains
proprietary information of Polk Burnett and Boreas Group LLC, and shall not be disclosed in whole or in part
to any third party or to any employees other than those who have a need to know its contents, and shall not
be duplicated or used for any other purpose than this study. Disclosure of this document to third parties
without written consent by Polk Burnett and Boreas Group LLC is strictly forbidden.
POLK BURNETT ELECTRIC COOPERATIVE
TECHNOLOGY PLAN
April 2010
CONFIDENTIAL
This document is CONFIDENTIAL and is furnished in connection with the Technology Plan developed by
Boreas Group LLC for Polk Burnett Electric Cooperative (PBEC). This document constitutes and contains
proprietary information of Polk Burnett and Boreas Group LLC, and shall not be disclosed in whole or in part
to any third party or to any employees other than those who have a need to know its contents, and shall not
be duplicated or used for any other purpose than this study. Disclosure of this document to third parties
without written consent by Polk Burnett and Boreas Group LLC is strictly forbidden.
POLK BURNETT ELECTRIC COOPERATIVE
TECHNOLOGY PLAN
April 2010
CONFIDENTIAL
This document is CONFIDENTIAL and is furnished in connection with the Technology Plan developed by
Boreas Group LLC for Polk Burnett Electric Cooperative (PBEC). This document constitutes and contains
proprietary information of Polk Burnett and Boreas Group LLC, and shall not be disclosed in whole or in part
to any third party or to any employees other than those who have a need to know its contents, and shall not
be duplicated or used for any other purpose than this study. Disclosure of this document to third parties
without written consent by Polk Burnett and Boreas Group LLC is strictly forbidden.
Project Schedule
Information Request
Workshops
Roadmap Report
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15 Development Timeline
Delivery
Synthesis
Workshops
Workshop
Preparation
Planning
Weeks 9-10Weeks 7-8Weeks 5-6Weeks 3-4Weeks 1-2
Off Site On Site
Kick-off and Planning
Sharing
And
Learning
Building
and
Documentation
Presentation
And
Validation
Forming Teams, Research, and Scheduling
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5. Observations
&
Lessons Learned
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Critical Success Factors
• Deliver a technology architecture that meets business
needs
• “Future-Proof” your technology investment
• Provide a reliable technology environment
• Deliver well defined and understood technology
services and support
• Ensure cost effective implementation and support
• Ensure application and equipment compatibility
• Effectively utilize technology to its full potential
• Provide a framework that is enabled for growth
Project Success Factors
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Some Roadmap Challenges
Organization / Resources and Management
• Creating a sustainable Technology Charter.
• Staffing and training – Address skill set to support
technology suites. In-house vs. Outsource.
• Managing investment and benefits validation – Identify
small incremental deployment phases with benefit that
can be quantified.
• Getting the stakeholder on board – Organization
Change Management.
Technology
• “Future-Proof” your technology investment
• Customer Management and Asset Management applications are usually well tested.
Smart technologies are not of the same maturity.
• Deployment Staging – Consider financial, staffing, and stakeholder acceptance impacts.
• Utilities need to assemble the vendor components and integration to realize their vision.
Selecting The Right Team
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6. Questions
and Answers
Change is coming at a rapid pace …
Are you ready?
Mike Tao
MTao@BoreasGroup.us
(720) 635-8347
Robert Sarfi
Rsarfi@BoreasGroup.us
(720) 220-6213