This document provides a project charter for a project aimed at reducing consumer centric quality faults at British American Tobacco. The project will design and implement an improved operating procedure methodology to address the top quality issues identified from customer surveys and complaints. The project objectives are to develop and test the new methodology within 9 days, implement it across all shifts within 12 days, and reduce damages by 10% in the first year. The project is expected to save on costs from reduced damages and complaints while improving customer satisfaction.
The document describes the Build for Speed program which aims to accelerate software development processes. It provides an overview of the program, outlining its benefits such as reduced time to market and improved efficiency. The program involves an initial discovery phase to assess a company's current practices, followed by an engagement plan and optional deep dive phase to implement improvements. It aims to help companies scale more effectively through practices like continuous delivery and reducing technical debt.
This document provides a Project Quality Plan (PQP) for the development of a computer software project for a military training organization. The PQP outlines the quality objectives, planning, deliverables, organization roles and responsibilities, quality system, standards, and control activities that will be implemented to ensure the project meets requirements. Key elements include following a waterfall software development process, assigning roles and responsibilities to the project manager and team members, conducting reviews and testing, and producing deliverables such as requirements, design documents, the software, and a user manual.
This document provides an overview of the key concepts in PRINCE2's Organization theme. It defines the roles and responsibilities required to manage a project using PRINCE2, including the project board, project manager, team manager, and optional project support role. It describes the customer/supplier environment and three levels of project management: project board, project manager, and project management team. Finally, it presents the typical project management team structure and responsibilities of each role.
PRINCE2-Foundation PRINCE2 Real Exam Questions - 100% Free Prince2-Foundation...passleaders
Enjoy your success in PRINCE2 Certification Exams with our PRINCE2 Foundation Exam Dumps!!! Prince2-Foundation Dumps Questions Answers with PRINCE2 Foundation Exam Practice Test software is a success leading way towards your PRINCE2 Prince2-Foundation Exam. All the Prince2-Foundation Questions Answers are tested and approved by professional experts to assure 100% success in PRINCE2 Certification exam. Get huge discount 20% discount off on all products by using this coupon code “lps20”. Visit us for more information
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Overview of Software Development Life Cycle Models. Why traditional parametric estimating tools do not help estimate a software project developed using the Agile model. Explain and demonstrate the “nearest neighbor” analogy technique to estimate Agile software projects. Data and actions needed to implement the nearest neighbor technique
The document outlines the APQP (Advanced Product Quality Planning) process from design through the end of a product's life cycle. It involves establishing a core functional team of sales, marketing, engineering, quality, production, and logistics personnel. The team holds weekly meetings to update the tooling and APQP processes and address any quality or engineering issues. The process also includes supply agreement reviews, tooling design reviews, PPAP submission, and production part approval upon delivery to the customer.
M. Ramkumar has over 15 years of experience in project management, product development, research and development, and software management. He has spearheaded large product development programs and directed technology strategies. Some of his responsibilities have included managing budgets, product schedules, development costs, and quality. He has experience leading cross-functional teams and ensuring seamless manufacturing. Ramkumar has a wealth of expertise in areas such as program management, delivery management, and quality management. He has worked for organizations like Philips India, GE Healthcare, and John F Welch Technology Centre in roles such as Senior Project Manager and Lead Program Integrator.
Project Management Methodology & Step-by-Step Guide to Managing Successful Projects.
This manual was developed to guide project managers through corporate project management methodology. The project life cycle consists of four major phases: Initiation, Project Planning, Project Execution & Control, and Project Closeout. Documents and Templates supporting the project management process have been tailored to meet the need of having a “Basic Toolkit” of pre-designed forms. Forms and sample reports are included in Appendix B and referenced throughout this manual. Hyperlinks are provided to take you directly to the tools if you are using an electronic copy of this manual.
The document describes the Build for Speed program which aims to accelerate software development processes. It provides an overview of the program, outlining its benefits such as reduced time to market and improved efficiency. The program involves an initial discovery phase to assess a company's current practices, followed by an engagement plan and optional deep dive phase to implement improvements. It aims to help companies scale more effectively through practices like continuous delivery and reducing technical debt.
This document provides a Project Quality Plan (PQP) for the development of a computer software project for a military training organization. The PQP outlines the quality objectives, planning, deliverables, organization roles and responsibilities, quality system, standards, and control activities that will be implemented to ensure the project meets requirements. Key elements include following a waterfall software development process, assigning roles and responsibilities to the project manager and team members, conducting reviews and testing, and producing deliverables such as requirements, design documents, the software, and a user manual.
This document provides an overview of the key concepts in PRINCE2's Organization theme. It defines the roles and responsibilities required to manage a project using PRINCE2, including the project board, project manager, team manager, and optional project support role. It describes the customer/supplier environment and three levels of project management: project board, project manager, and project management team. Finally, it presents the typical project management team structure and responsibilities of each role.
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Enjoy your success in PRINCE2 Certification Exams with our PRINCE2 Foundation Exam Dumps!!! Prince2-Foundation Dumps Questions Answers with PRINCE2 Foundation Exam Practice Test software is a success leading way towards your PRINCE2 Prince2-Foundation Exam. All the Prince2-Foundation Questions Answers are tested and approved by professional experts to assure 100% success in PRINCE2 Certification exam. Get huge discount 20% discount off on all products by using this coupon code “lps20”. Visit us for more information
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Overview of Software Development Life Cycle Models. Why traditional parametric estimating tools do not help estimate a software project developed using the Agile model. Explain and demonstrate the “nearest neighbor” analogy technique to estimate Agile software projects. Data and actions needed to implement the nearest neighbor technique
The document outlines the APQP (Advanced Product Quality Planning) process from design through the end of a product's life cycle. It involves establishing a core functional team of sales, marketing, engineering, quality, production, and logistics personnel. The team holds weekly meetings to update the tooling and APQP processes and address any quality or engineering issues. The process also includes supply agreement reviews, tooling design reviews, PPAP submission, and production part approval upon delivery to the customer.
M. Ramkumar has over 15 years of experience in project management, product development, research and development, and software management. He has spearheaded large product development programs and directed technology strategies. Some of his responsibilities have included managing budgets, product schedules, development costs, and quality. He has experience leading cross-functional teams and ensuring seamless manufacturing. Ramkumar has a wealth of expertise in areas such as program management, delivery management, and quality management. He has worked for organizations like Philips India, GE Healthcare, and John F Welch Technology Centre in roles such as Senior Project Manager and Lead Program Integrator.
Project Management Methodology & Step-by-Step Guide to Managing Successful Projects.
This manual was developed to guide project managers through corporate project management methodology. The project life cycle consists of four major phases: Initiation, Project Planning, Project Execution & Control, and Project Closeout. Documents and Templates supporting the project management process have been tailored to meet the need of having a “Basic Toolkit” of pre-designed forms. Forms and sample reports are included in Appendix B and referenced throughout this manual. Hyperlinks are provided to take you directly to the tools if you are using an electronic copy of this manual.
Why agile is best for managing projects in principle but not always in practiceGlen Alleman
The document discusses the principles of agile project management and argues that while agile principles are good in theory, they are not always practical to implement. It outlines the 12 principles of the Agile Manifesto which focus on satisfying customers, welcoming changing requirements, frequent delivery of working software, collaboration between business and development teams, self-organizing motivated individuals, sustainable development pace, working software as a progress measure, face-to-face conversation, technical excellence, simplicity, self-organizing teams, and regular reflection and adaptation. However, it notes that in practice, principles may not leave teams better off, ensure improvements, or provide clear guidance for different contexts.
Performance-Based Management
integrates Principles, Practices, and Processes
– to assure actionable information is provided to the decision makers that can increase the Probability Of Program Success.
Successful projects deliver capabilities:
§ Not work efforts,
§ Not cost expenditures,
§ Not documentation, test results, or the processes.
§ These all needed, but they’re not the deliverables.
§ For success projects must deliver tangible beneficial outcomes, assessed in units of measure meaningful to the decision makers.
This slide deck is an extract from the Book of the same name https://www.amazon.com/Performance-Based-Project-Management-Increasing-Probability/dp/0814433308
The document provides an introduction to blending PRINCE2 and agile approaches, discussing key agile concepts and frameworks, and how PRINCE2 principles and themes can be tailored when using agile, with a focus on defining roles and responsibilities to support collaboration and self-organization.
This document provides a summary of a product development project, including the project purpose, scope, deliverables, timeline, resources, risks, stakeholders, and communication plan. The project aims to develop a new product called XYZ to address identified market needs. It will have three phases - planning, execution and launch, and measurement and improvement. The project is sponsored by the VP of Product Development and managed by the Product Manager.
This document discusses Agile software development methods. It introduces Agile and compares it to traditional plan-driven models. Agile focuses on iterative development, prioritizing working software over documentation, and valuing customer collaboration. Common Agile frameworks are also presented, including Scrum. Scrum uses short development cycles called sprints to incrementally deliver working software. The document provides an overview of the key aspects of Agile software development and the Scrum framework.
IT Projects are typically complex undertakings where requirements, and their gathering from often multiple stakeholders, can often be difficult. The practice of Quality Management during the course of IT Projects should, in theory, lead to better governance and overall outcomes. This paper explores four individual IT Projects and details the methods of qualification gathering, stakeholder engagement and overall Quality Management employed. Following this is a review of the common themes found in each project and a discussion on their application from a Quality Management perspective.
A Guide to the Forthcoming 2012 Revision of the IEEE Software Quality Assuran...dheimann5
The IEEE is in the process of updating and adding significant content to its IEEE-730-2002 standard on Software Quality Assurance (SQA). The new version will coordinate with the four process areas and sixteen SQA tasks in the IEEE-12207-2008 standard “Systems and Software Engineering: Software Life Cycle Processes”, providing detailed elaborations for these areas and tasks.
The presentation provides a brief overview of these areas and tasks, discuss the difference between SQA and testing, and cover the annexes in IEEE 730 that provide industry-specific information as well as the relationships with software process approaches such as CMMI, Agile, SPICE, CSQE, PMBOK, and VSEs.
3.1 Common Project Management Process Interactions
3.2 Project Management Process Groups
3.3 Initiating Process Group
3.4 Planning Process Group
3.5 Executing Process Group
3.6 Monitoring and Controlling Process Group
3.7 Closing Process Group
3.8 Project Information
3.9 Role of the Knowledge Areas
Total Project Management (TPM) is an enterprise-wide approach that aligns projects with corporate strategy and receives support from all management levels. It uses communication, assessment, recommendation, validation, and implementation to establish world-class project management. TPM assesses an organization's competency, develops a plan to improve project management capabilities, implements directives from the plan, and validates results through lessons learned. Adopting TPM can help guide productive changes, drive change management, and provide benefits like clarified expectations and improved performance measurement.
Ray Business Technologies Process Methodologyray biztech
This document describes the process methodology used by Ray Business Technologies for IT project deliveries. It involves a 4D delivery process of discover, define, develop and deploy phases. Key aspects include iterative development with deliverables in each phase. The methodology is modeled after agile principles and includes roles like project manager, architect and developers. Typical project deliverables and change management process are also outlined. The company provides IT solutions and services from its locations in India, US and UK.
New Techniques to Elevate QA to Program AssuranceSusan Schanta
The document discusses techniques for elevating quality assurance to program assurance by introducing independent measurements and audits to track program deliverables and improve execution, highlighting the need for controls to successfully deliver strategic and high-risk transformation programs, and providing examples of program assurance techniques including establishing controls, consolidating data across projects, and conducting reviews.
This document summarizes the key factors for a successful ERP implementation project based on ATCO's experience in implementing SAP. The top three reasons for ERP project failures are identified as lack of executive support, user involvement, and experienced project management. The document then outlines the 10 quality principles ATCO followed, including anchoring business value, determining clear requirements, stakeholder cooperation, timely delivery tracking, competent staffing, appropriate methodology, joint risk management, using standard software, production readiness, and change management. ATCO attributes its project success to intensive stakeholder communication and responsibility distribution, adherence to proven methodologies, following best practices, clear requirements, and enthusiastic end user participation.
The core concepts of a Release Based development lifecycle for agile enterprise projects.
The lifecycle starts with the Product Roadmap, showing what Capabilities are provided in what order, in what Capability, to deliver the needed business value, on the needed dates, for the needed cost, with the needed Features.
The Features and Stories that implement these Capabilities are traceable to the Product Roadmap to show Physical Percent Complete from starting at the Story flowing to a Capability to deliver a needed Capability.
Planning and Project Controls under NEC4 – the choice isn’t yours! by "Glenn ...Project Controls Expo
Planning and Project Controls under NEC4 – the choice isn’t yours! by Glenn Hide - Director for GMH Planning Ltd, UK
Hezron Ricketts - Senior Manager, Senior Counsel to the Board for Th3rd Curve, UK at at Project Controls Expo 2017, Arsenal Stadium, London
The focus of requirements management is shifting away from the high cost of defect detection and fixing to defect prevention by improving the quality of requirements management process. Maveric provides assurance in Requirements Management through adoption of structured tools, methodologies, industry best practices and consultants with deep domain knowledge. Maveric offers end-to-end services in the Requirements Assurance practice.
Kirthana Palaniswamy is providing a final report to stakeholders on the ERP implementation project for Kurose Systems Inc. The report provides an update on the status of key tasks and deliverables, noting that some went over the planned end dates. It aims to keep stakeholders informed on the progress of integrating the supply chain, finance, and HR modules into a single ERP system to optimize the company's resources and make information more accessible.
This document discusses software project management. It begins by defining project management and its goals of supporting smooth development and reducing problems. It then discusses the four key aspects of effective software project management: people, product, process, and project. For each of these, it provides details on important considerations and best practices. It also discusses project planning, monitoring and control, termination. Key activities covered in depth include effort estimation, metrics, and measurements.
1. Software project planning involves decomposing the project into smaller problems, estimating the size and effort required, and creating schedules and plans for quality, risks, and monitoring.
2. Size estimation is important for project planning and can be done through direct methods like lines of code or indirect methods like function points. The results from different sizing methods are combined statistically.
3. Estimation involves decomposing the software into problem functions, estimating each individually, and combining them to estimate the overall project using historical productivity metrics.
Program Management Office Lean Software Development and Six SigmaGlen Alleman
Successfully combining a PMO, Agile, and Lean / 6 starts with understanding what benefit each paradigm brings to the table. Architecting a solution for the enterprise requires assembling a “Systems” with processes, people, and principles – all sharing the goal of business improvement.
This document discusses project management methodologies, specifically the Waterfall and Agile approaches. It defines a project as a task with a beginning and end that creates value or change. Project management involves planning, organizing, motivating and controlling resources to meet goals. The Waterfall model involves sequential phases of requirements, design, implementation, testing etc. It works well for small, defined projects but can fail for larger ones due to inflexibility. Agile methods allow for more flexibility and adaptation.
The client is India's largest green energy producer with over 5500 MW of solar and wind power capacity. They needed a business intelligence platform to track over 300 KPIs across their plants, including 30 in real-time, to help with maintenance scheduling, alarms, and predictive analytics. The 14-month project delivered a portal tracking 160 solar and 140 wind KPIs across 18 customizable dashboards and 18 reports. Project management included resource planning, risk management, and change management. Key learnings included the importance of clear scoping and data optimization.
Quantum Retail has embraced a new implementation methodology with the goal of speeding time to value, reducing implementation risk, minimizing product modifications, and ensuring user acceptance. This innovative software implementation process will result in smooth and easy user adoption while delivering quick time to value. Dr. Linda Whitaker discusses the benefits of the Agile Customer Experience (ACE)™ Implementation Methodology and the necessity for retailers to adopt new technology that considers the pace and urgency of today's retail climate.
Why agile is best for managing projects in principle but not always in practiceGlen Alleman
The document discusses the principles of agile project management and argues that while agile principles are good in theory, they are not always practical to implement. It outlines the 12 principles of the Agile Manifesto which focus on satisfying customers, welcoming changing requirements, frequent delivery of working software, collaboration between business and development teams, self-organizing motivated individuals, sustainable development pace, working software as a progress measure, face-to-face conversation, technical excellence, simplicity, self-organizing teams, and regular reflection and adaptation. However, it notes that in practice, principles may not leave teams better off, ensure improvements, or provide clear guidance for different contexts.
Performance-Based Management
integrates Principles, Practices, and Processes
– to assure actionable information is provided to the decision makers that can increase the Probability Of Program Success.
Successful projects deliver capabilities:
§ Not work efforts,
§ Not cost expenditures,
§ Not documentation, test results, or the processes.
§ These all needed, but they’re not the deliverables.
§ For success projects must deliver tangible beneficial outcomes, assessed in units of measure meaningful to the decision makers.
This slide deck is an extract from the Book of the same name https://www.amazon.com/Performance-Based-Project-Management-Increasing-Probability/dp/0814433308
The document provides an introduction to blending PRINCE2 and agile approaches, discussing key agile concepts and frameworks, and how PRINCE2 principles and themes can be tailored when using agile, with a focus on defining roles and responsibilities to support collaboration and self-organization.
This document provides a summary of a product development project, including the project purpose, scope, deliverables, timeline, resources, risks, stakeholders, and communication plan. The project aims to develop a new product called XYZ to address identified market needs. It will have three phases - planning, execution and launch, and measurement and improvement. The project is sponsored by the VP of Product Development and managed by the Product Manager.
This document discusses Agile software development methods. It introduces Agile and compares it to traditional plan-driven models. Agile focuses on iterative development, prioritizing working software over documentation, and valuing customer collaboration. Common Agile frameworks are also presented, including Scrum. Scrum uses short development cycles called sprints to incrementally deliver working software. The document provides an overview of the key aspects of Agile software development and the Scrum framework.
IT Projects are typically complex undertakings where requirements, and their gathering from often multiple stakeholders, can often be difficult. The practice of Quality Management during the course of IT Projects should, in theory, lead to better governance and overall outcomes. This paper explores four individual IT Projects and details the methods of qualification gathering, stakeholder engagement and overall Quality Management employed. Following this is a review of the common themes found in each project and a discussion on their application from a Quality Management perspective.
A Guide to the Forthcoming 2012 Revision of the IEEE Software Quality Assuran...dheimann5
The IEEE is in the process of updating and adding significant content to its IEEE-730-2002 standard on Software Quality Assurance (SQA). The new version will coordinate with the four process areas and sixteen SQA tasks in the IEEE-12207-2008 standard “Systems and Software Engineering: Software Life Cycle Processes”, providing detailed elaborations for these areas and tasks.
The presentation provides a brief overview of these areas and tasks, discuss the difference between SQA and testing, and cover the annexes in IEEE 730 that provide industry-specific information as well as the relationships with software process approaches such as CMMI, Agile, SPICE, CSQE, PMBOK, and VSEs.
3.1 Common Project Management Process Interactions
3.2 Project Management Process Groups
3.3 Initiating Process Group
3.4 Planning Process Group
3.5 Executing Process Group
3.6 Monitoring and Controlling Process Group
3.7 Closing Process Group
3.8 Project Information
3.9 Role of the Knowledge Areas
Total Project Management (TPM) is an enterprise-wide approach that aligns projects with corporate strategy and receives support from all management levels. It uses communication, assessment, recommendation, validation, and implementation to establish world-class project management. TPM assesses an organization's competency, develops a plan to improve project management capabilities, implements directives from the plan, and validates results through lessons learned. Adopting TPM can help guide productive changes, drive change management, and provide benefits like clarified expectations and improved performance measurement.
Ray Business Technologies Process Methodologyray biztech
This document describes the process methodology used by Ray Business Technologies for IT project deliveries. It involves a 4D delivery process of discover, define, develop and deploy phases. Key aspects include iterative development with deliverables in each phase. The methodology is modeled after agile principles and includes roles like project manager, architect and developers. Typical project deliverables and change management process are also outlined. The company provides IT solutions and services from its locations in India, US and UK.
New Techniques to Elevate QA to Program AssuranceSusan Schanta
The document discusses techniques for elevating quality assurance to program assurance by introducing independent measurements and audits to track program deliverables and improve execution, highlighting the need for controls to successfully deliver strategic and high-risk transformation programs, and providing examples of program assurance techniques including establishing controls, consolidating data across projects, and conducting reviews.
This document summarizes the key factors for a successful ERP implementation project based on ATCO's experience in implementing SAP. The top three reasons for ERP project failures are identified as lack of executive support, user involvement, and experienced project management. The document then outlines the 10 quality principles ATCO followed, including anchoring business value, determining clear requirements, stakeholder cooperation, timely delivery tracking, competent staffing, appropriate methodology, joint risk management, using standard software, production readiness, and change management. ATCO attributes its project success to intensive stakeholder communication and responsibility distribution, adherence to proven methodologies, following best practices, clear requirements, and enthusiastic end user participation.
The core concepts of a Release Based development lifecycle for agile enterprise projects.
The lifecycle starts with the Product Roadmap, showing what Capabilities are provided in what order, in what Capability, to deliver the needed business value, on the needed dates, for the needed cost, with the needed Features.
The Features and Stories that implement these Capabilities are traceable to the Product Roadmap to show Physical Percent Complete from starting at the Story flowing to a Capability to deliver a needed Capability.
Planning and Project Controls under NEC4 – the choice isn’t yours! by "Glenn ...Project Controls Expo
Planning and Project Controls under NEC4 – the choice isn’t yours! by Glenn Hide - Director for GMH Planning Ltd, UK
Hezron Ricketts - Senior Manager, Senior Counsel to the Board for Th3rd Curve, UK at at Project Controls Expo 2017, Arsenal Stadium, London
The focus of requirements management is shifting away from the high cost of defect detection and fixing to defect prevention by improving the quality of requirements management process. Maveric provides assurance in Requirements Management through adoption of structured tools, methodologies, industry best practices and consultants with deep domain knowledge. Maveric offers end-to-end services in the Requirements Assurance practice.
Kirthana Palaniswamy is providing a final report to stakeholders on the ERP implementation project for Kurose Systems Inc. The report provides an update on the status of key tasks and deliverables, noting that some went over the planned end dates. It aims to keep stakeholders informed on the progress of integrating the supply chain, finance, and HR modules into a single ERP system to optimize the company's resources and make information more accessible.
This document discusses software project management. It begins by defining project management and its goals of supporting smooth development and reducing problems. It then discusses the four key aspects of effective software project management: people, product, process, and project. For each of these, it provides details on important considerations and best practices. It also discusses project planning, monitoring and control, termination. Key activities covered in depth include effort estimation, metrics, and measurements.
1. Software project planning involves decomposing the project into smaller problems, estimating the size and effort required, and creating schedules and plans for quality, risks, and monitoring.
2. Size estimation is important for project planning and can be done through direct methods like lines of code or indirect methods like function points. The results from different sizing methods are combined statistically.
3. Estimation involves decomposing the software into problem functions, estimating each individually, and combining them to estimate the overall project using historical productivity metrics.
Program Management Office Lean Software Development and Six SigmaGlen Alleman
Successfully combining a PMO, Agile, and Lean / 6 starts with understanding what benefit each paradigm brings to the table. Architecting a solution for the enterprise requires assembling a “Systems” with processes, people, and principles – all sharing the goal of business improvement.
This document discusses project management methodologies, specifically the Waterfall and Agile approaches. It defines a project as a task with a beginning and end that creates value or change. Project management involves planning, organizing, motivating and controlling resources to meet goals. The Waterfall model involves sequential phases of requirements, design, implementation, testing etc. It works well for small, defined projects but can fail for larger ones due to inflexibility. Agile methods allow for more flexibility and adaptation.
The client is India's largest green energy producer with over 5500 MW of solar and wind power capacity. They needed a business intelligence platform to track over 300 KPIs across their plants, including 30 in real-time, to help with maintenance scheduling, alarms, and predictive analytics. The 14-month project delivered a portal tracking 160 solar and 140 wind KPIs across 18 customizable dashboards and 18 reports. Project management included resource planning, risk management, and change management. Key learnings included the importance of clear scoping and data optimization.
Quantum Retail has embraced a new implementation methodology with the goal of speeding time to value, reducing implementation risk, minimizing product modifications, and ensuring user acceptance. This innovative software implementation process will result in smooth and easy user adoption while delivering quick time to value. Dr. Linda Whitaker discusses the benefits of the Agile Customer Experience (ACE)™ Implementation Methodology and the necessity for retailers to adopt new technology that considers the pace and urgency of today's retail climate.
Quantum Retail has embraced a new implementation methodology with the goal of speeding time to value, reducing implementation risk, minimizing product modifications, and ensuring user acceptance. This innovative software implementation process will result in smooth and easy user adoption while delivering quick time to value. Dr. Linda Whitaker discusses the benefits of the Agile Customer Experience (ACE)™ Implementation Methodology and the necessity for retailers to adopt new technology that considers the pace and urgency of today's retail climate.
The document provides a project plan for developing a new employer website for ABcorp Global Service Centre. The plan includes an overview of the organization, project objectives, roles and responsibilities, constraints, schedule and budget. It then outlines the work breakdown structure (WBS) with tasks for project initiation, UX design, UI design, development, testing, training and closure. Gantt charts and documents cover the project plan, communication plan, risks and mitigations. The goal is to complete the project within 45 days and on budget with support from stakeholders and mitigations for risks like the coronavirus impact and dependencies.
To provide a framework with which a project team can detail with great clarity the project to be undertaken and then ultimately evaluate their results.
The document discusses two case studies that utilized integrated project delivery (IPD) and virtual design and construction (VDC) methods:
1) The Stutter Medical Centre Castro Valley project in California was a $320 million hospital project delivered using IPD. The IPD approach reduced structural design time from 15 to 8 months and resulted in better design quality and lower overall costs compared to traditional methods.
2) A museum project in Europe faced many challenges due to its complex design and international team. Adopting VDC improved communication, facility performance, safety, and quality. A cloud-based model management system effectively organized large amounts of data.
The document advocates establishing quantitative objectives and metrics in planning to systematically track
The document provides guidance on using an ASAP implementation methodology template. It includes sections for project identification, revision history, review and approval, and a quality management plan. The quality management plan outlines a process for quality planning, assurance, and control. It provides details on acceptance criteria, reviews, and quality measurements that will be used to manage quality.
This document provides a requirements management plan for the BrightStar fiber optic cable project. It outlines four key areas for managing requirements: identification, analysis, documentation, and ongoing management. It also discusses configuration management, prioritizing requirements according to priority levels, defining product metrics for cost, quality, and performance, and includes a requirements traceability matrix. The overall purpose is to establish a process for identifying, analyzing, documenting, and managing project and product requirements throughout the project lifecycle.
The document provides an overview of program management processes including program initiation, execution, and closure. Key aspects covered include defining program scope, developing a program commitment document, conducting a program initiation meeting, tracking progress during execution through status reports and reviews, and monitoring performance against the program plan to identify needed adjustments. The goal is to deliver the program according to its commitments by coordinating multiple projects and stakeholders.
This document discusses how process excellence can be achieved through the Agile methodology and Time and Material (T&M) estimation model. It explains that Agile allows for flexible development through short sprints and T&M allows clients to participate in and monitor development while controlling costs. Combining Agile and T&M allows clients to provide feedback and request changes iteratively, while developers track time spent to bill clients accurately.
NUS-ISS 4th Agile Community of Practice (CoP): Agile Development with Agile Contract, by Mr Steven Koh, Assistant Director (Agile Coach), IDA-Government Digital Services (GDS)
ABC Power & Light Company is seeking proposals for a new Customer Information System (CIS) to replace their current manual system and improve customer service. The RFP provides details on the project scope, requirements, evaluation criteria, timeline, and terms. Proposers must have experience implementing CIS solutions for utilities and meet technical, functional, and support requirements. The selected solution will be implemented in phases over 18 months and require post-implementation support for an additional 18 months.
The document summarizes proposed changes to the project management process at ORION Systems Group. Some key changes include:
1) Expanding the project management team and assigning specific managers for production, customer support, and quality assurance.
2) Increasing the number of design teams working on projects and assigning more engineers to work full-time on single projects.
3) Starting certain project tasks like documentation and testing earlier in the process to improve quality and customer satisfaction.
4) Revising the project review milestones to incorporate manufacturing planning and address issues earlier.
The document summarizes the quality management system (QMS) used by Advantage West Midlands, a regional development agency in the UK. The QMS provided a framework to manage projects through a six-stage lifecycle from registration to closure. It included procedures, forms, and a portfolio management system to track projects. Key roles like project sponsors and managers worked within the lifecycle stages. The agency's project office was responsible for maintaining the QMS documentation and processes, as well as training on the system.
This document defines the key deliverables and tasks for quantifying the value of a project. Deliverable 3D involves quantifying the project value by determining the benefits to customers and the organization. This includes calculating the cost of poor quality using baseline data and estimating savings. Project benefits are documented in the project benefit document and summarized in the project charter and final presentation.
This document outlines the steps to quantify the value of a project in Deliverable 3D. It defines cost of poor quality (COPQ) and explains how to calculate savings from a project, including hard savings from expense reductions and revenue growth, and soft savings from increased capacity or avoided costs. Benefits should be documented in the project charter, presentation, and final report to complete Deliverable 3D. Quantifying value helps prioritize projects and shows expected returns from improvements.
Pmp project management professional free sampleNada Sallam
This document provides an overview of project management concepts and techniques. It defines project management, discusses the triple constraint of scope, time and cost, and introduces project life cycles and organizational structures. Methods for estimating activity durations like three point estimates and PERT calculations are presented. The document also covers topics like developing the work breakdown structure, validating scope, and developing the project schedule using tools like critical path method.
The document discusses project scope management. It describes the processes involved in planning scope management, collecting requirements, and defining scope.
The key processes covered are:
1. Plan Scope Management - This process creates a scope management plan to define how project and product scope will be managed.
2. Collect Requirements - This process determines, documents, and manages stakeholder needs and requirements to meet project objectives. Various techniques like interviews, surveys and focus groups are used to collect requirements.
3. Define Scope - This process establishes the boundaries of the project and product scope. It creates the scope statement and scope management plan.
The document provides details on the inputs, tools and techniques, and outputs of each
This document outlines an agenda for a project kickoff meeting covering introductions, an agile project charter, responsibilities assignment, communication plans, change management, risk management, quality management, and a high-level project plan. It includes a project vision statement, scope, stakeholders, and methodology overview. Documentation like status reports, backlogs, and a project repository are also discussed.
The CTA implemented an ISO 9001 quality management system and ProjectNet, a web-based project management system, to improve efficiency in managing its multi-billion dollar capital improvement program. The systems were designed to streamline processes, focus on customer satisfaction, and enable continuous quality improvement. After implementing the systems over 12 months, the CTA received ISO 9001 certification. ProjectNet and the quality system provided benefits like reduced project durations, improved collaboration, and cost savings. Examples showed projects being completed ahead of schedule and under budget. The quality initiatives improved the CTA's capital program management and delivered benefits to citizens through more efficient transportation improvements.
Similar to Project-Charter_Rubab Tanveer_PTC_AKF_PDF (20)
1. Project Charter_Six Sigma Green Belt Project_Rubab Tanveer_Team Lead_SMD 2016
We Own Our Processes – We Satisfy Consumers Page 1
PROJECT CHARTER
REDUCTION IN CONSUMER CENTRIC QUALITY FAULTS
BRITISH AMERICAN TOBACCO
PTC-AKF
AKORHA, 24100
DATE
5TH
JUNE 2016
2. Project Charter_Six Sigma Green Belt Project_Rubab Tanveer_Team Lead_SMD 2016
We Own Our Processes – We Satisfy Consumers Page 2
VERSION HISTORY
VERSION
#
IMPLEMENTED
BY
REVISION
DATE
APPROVED
BY
APPROVAL
DATE
REASON
1.0 RUBAB
TANVEER
05/28/2016 HAMMAD
NAWAZ
29/05/2016 PROJECT IS ALIGNED WITH
COMPANY’S GOAL.
TEMPLATE VERSION: 11/30/06
3. Project Charter_Six Sigma Green Belt Project_Rubab Tanveer_Team Lead_SMD 2016
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EXECUTIVE SUMMARY
For the past several years our company focus has been exponentially subjected to numerous consumer
centric concerns. These incidents have resulted in approximately $10 million in damages to the company.
The CCQ survey has been exercised to address and address these issues and prevent further loss. The
project will integrate improved technology solutions with our current platform in order to establish a more
robust consumer demands management infrastructure.
PRELIMINARY PROJECT MANAGEMENT PLAN
PTC has been successful in gaining market share because of its aggressive pursuit of product quality,
flexibility, and customer satisfaction. By leveraging our reputation for superior quality and satisfactory
products, and capitalizing on new technology, PTC can position itself as the premier provider of
satisfactory product in today’s marketplace.
The Project Manager has the overall authority and responsibility for managing and executing this project
according to this Project Plan and its Subsidiary Management Plans. The project team will consist of
personnel from the SMD, quality control/assurance group, technical group(proof read), and testing group.
The project manager will work with all resources to perform project planning. All project and subsidiary
management plans will be reviewed and approved by the project sponsor. All funding decisions will also
be made by the project sponsor (if any). Any delegation of approval authority to the project manager
should be done in writing and be signed by both the project sponsor and project manager.
The project team will be a matrix in that team members from each organization continue to report to their
organizational management throughout the duration of the project. The project manager is responsible for
communicating with organizational managers on the progress and performance of each project resource.
PROJECT PURPOSE/JUSTIFICATION
This section describes the purpose and justification of the project in the form of business case and
objectives. Following will provide the reasoning behind the need for this project as it relates to a function
of the business.
Business Need/Case
Quality is what a product can do for a customer. Product quality is also how well the product does
what it's supposed to do, and how well it holds up over time. Some consumers view quality as a price
point while others appreciate a product because it’s “greener.”
Customers don’t only buy the product—they switch from something else. The reduction in
Addressing CCQ faults project needs to be created to increase customer satisfaction in order to
prevent further financial damages resulted. The costs associated with the successful design and
implementation of measures will be recovered as a result of the anticipated reduction in financial
damages and increase number of customers.
Business Objectives
This section should list the Business Objectives for the project which should support the
organizational strategic plan.
The business objectives for this project are in direct support of our corporate strategic plan to improve
customer satisfaction and reduce costs associated with loss and waste.
- Design and test a new OPL within the next 9 days
- Complete implementation the new OPL within the next 12 days in all shifts on SD04
- Reduce the amount of damages by 10% in the first year
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PROBLEM STATEMENT
In product development, the end user stands in contrast to user who support or maintain the product. By
exercising market survey, in the form of questionnaires and one to one interviews, top 6 consumer centric
faults are identified that have been overlooked so far and led to features with which the customer gets
dissatisfied. Now market is competitive and needs are cleared. For maintaining and exceeding customer
satisfaction, all types of faults were defined and measured from Jan’15 to dec’15 which says that we lost
28% quality index i.e. 7.14 fault/data sample. After subtracting abstracted entities from constituent, it’s
concluded that top three faults of cigarettes and cigarette packs to be addressed so that 10% reduction to
be observed.
PROJECT DESCRIPTION
The Addressing CCQ faults project will provide increased satisfaction of end users and, more specifically,
to the company credibility. The Addressing CCQ faults project will not utilize improved technology. All
improvement areas will be integrated into the company’s current platforms in order to establish increased
reliability while allowing all systems and processes to continue without interruption.
Project Objectives and Success Criteria
The objectives which mutually support the milestones and deliverables for this project have been
identified. In order to achieve success on the Addressing CCQ faults project, the following objectives
must be met within the designated time allocations:
- Develop solution in the form of OPL methodology to present to the Cell Manager within the next
two days
- Complete schedule of one-to-one session with operators of SD04 within the next 8 days
- Engage TLs on daily basis for two weeks
- Implement the solution across the module within the next 60 days
- Share results weekly with relevant stakeholders
Impact
The impact this project may have on existing systems or units:
- Annual Saving of 2% Cost of Quality
- Reduction of Complaints, rejections
- Elimination of reworking
- OEM Design solution for respective units
- Improved utilization of existing system for monitoring
Requirements
This project must meet the following list of requirements in order to achieve success:
Regardless of the various viewpoints from the public, product quality is a competitive marker for
brands that affects purchasing decisions and profitability:
- Sustain the product in the market
- Ensure high gain with same pain
- The solution must be sustainable
- Solution must be implemented without disruption to operations
Additional requirements may be added as necessary, with project sponsor approval, as the project
moves forward.
Constraints
The following constraints pertain to the Addressing CCQ faults project:
- Methodology must be compatible with our current CIL process
5. Project Charter_Six Sigma Green Belt Project_Rubab Tanveer_Team Lead_SMD 2016
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- All hardware and software must be purchased in accordance with the allocated budget and
timeline
- One team lead and one QA specialist will be provided as resources for this project
- Maintenance lead will be taken in loop during OPL creation
- OPL to be translated in Urdu as well
Assumptions
The following are a list of assumptions. Upon agreement and signature of this document, all parties
acknowledge that these assumptions are true and correct:
- This project has the full support of the project sponsor, stakeholders, and all departments
- The purpose of this project will be communicated via email throughout the SMD prior to
deployment
- The HoD can provide additional resources if necessary
- Project will be end to end completed by the team inside PTC
- Project team won’t be given any incentives for executing this project
- Repair cost and maintenance will be the responsibility of PTC itself
- Data will be exercised by QuIS
Preliminary Scope Statement
The Addressing CCQ faults project will include the design, testing, and creation of an improved OPL
for SD04 making machines. All personnel, hardware, and software resources will be managed by the
project team. All project work will be independent of daily and ongoing operations. Any additional
funding requires approval from the project sponsor. This project will conclude when the final report
is submitted within 60 days after the solution is tested and deployed in all shifts, all technical
documentation is complete and distributed to the appropriate personnel, and a list of future
considerations is complete and submitted to the CM of cell. The project scope establishes the
boundaries of the project. It identifies the limits of the project and defines the deliverables.
- Cell 2 machines will be covered
- Only CCQ faults will be targeted
RISKS
The following risks for the Addressing CCQ faults project have been identified. The project manager will
determine and employ the necessary risk mitigation/avoidance strategies as appropriate to minimize the
likelihood of these risks:
- Potential disruption to operations during solution deployment
- Operator unviability because of their unplanned leaves
- Breakdown on machines during cleaning time
- By-pass CIL time
- Late coming of machine operator
PROJECT DELIVERABLES
The following deliverables must be met upon the successful completion of the Addressing CCQ faults
project. Any changes to these deliverables must be approved by the project sponsor.
- Fully deployed solution
- Technical documentation for solution
- Recommendation list for future considerations
SUMMARY MILESTONE SCHEDULE
The project Summary Milestone Schedule is presented below. As requirements are more clearly defined
this schedule may be modified. Any changes will be communicated through project status meetings by
the project manager.
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SUMMARY MILESTONE SCHEDULE – LIST KEY PROJECT MILESTONES RELATIVE TO PROJECT
START.
PROJECT MILESTONE TARGET DATE
(MM/DD/YYYY)
Project Start 05/28/2016
Complete Solution Design 06/2/2016
Complete Solution Testing 06/03/2016
Deploy Solution 06/04/2016
Project Complete 07/30/2016
COMMUNICATION MANAGEMENT PLAN
This Communications Management Plan sets the communications framework for this project. It will
serve as a guide for communications throughout the life of the project and will be updated as
communication needs change. This plan identifies and defines the roles of persons involved in this
project. It also includes a communications matrix which maps the communication requirements of this
project
COMMUNICATIONS MANAGEMENT APPROACH
The Project Manager will take a proactive role in ensuring effective communications on this
project. The communications requirements are documented in the Communications Matrix
presented in this document. The Communications Matrix will be used as the guide for what
information to communicate, who is to do the communicating, when to communicate it and to
whom to communicate.
COMMUNICATIONS MANAGEMENT CONSTRAINTS
All project communication activities will occur within the project’s approved budget, schedule,
and resource allocations. The project manager is responsible for ensuring that communication
activities are performed by the project team and without external resources which will result in
exceeding the authorized budget. Communication activities will occur in accordance with the
frequencies detailed in the Communication Matrix in order to ensure the project adheres to
schedule constraints.
COMMUNICATION METHODS AND TECHNOLOGIES
We maintain a SharePoint platform within the PMO which all projects use to provide updates,
archive various reports, and conduct project communications. This platform enables senior
management, as well as stakeholders with compatible technology, to access project data and
communications at any point in time. SharePoint also provides the ability for stakeholders and
project team members to collaborate on project work and communication
COMMUNICATIONS MATRIX
The following table identifies the communications requirements for this project.
Communic
ation Type
Objective of
Communication
Medium Freq
uency
Audience Owner Deliverab
le
Format
Kickoff
Meeting
Introduce the project
team and the project.
Review project
objectives and
Face to
Face
Once Project
Sponsor
Project Team
Project
Manag
er
Agenda
Meeting
Minutes
Soft copy
archived on
project
SharePoint site
7. Project Charter_Six Sigma Green Belt Project_Rubab Tanveer_Team Lead_SMD 2016
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management approach. Stakeholders and project
web site
Project
Team
Meetings
Review status of the
project with the team.
Face to
Face
Confer
ence
Call
Week
ly
Project Team Project
Manag
er
Agenda
Meeting
Minutes
Project
schedule
Soft copy
archived on
project
SharePoint site
and project
web site
Technical
Design
Meetings
Discuss and develop
technical design
solutions for the project.
Face to
Face
As
Neede
d
Project
Technical Staff
Techni
cal
Lead
Agenda
Meeting
Minutes
Soft copy
archived on
project
SharePoint site
and project
web site
Monthly
Project
Status
Meetings
Report on the status of
the project to
management.
Face to
Face
Confer
ence
Call
Mont
hly
PMO Project
Manag
er
Slide
updates
Project
schedule
Soft copy
archived on
project
SharePoint site
and project
web site
Project
Status
Reports
Report the status of the
project including
activities, progress, costs
and issues.
Email Mont
hly
Project
Sponsor
Project Team
Stakeholders
PMO
Project
Manag
er
Project
Status
Report
Project
schedule
Soft copy
archived on
project
SharePoint site
and project
web site
GUIDELINES FOR MEETINGS
Meeting Agenda
Meeting Agenda will be distributed 5 business days in advance of the meeting. The Agenda should
identify the presenter for each topic along with a time limit for that topic. The first item in the agenda
should be a review of action items from the previous meeting.
Meeting Minutes
Meeting minutes will be distributed within 2 business days following the meeting. Meeting minutes will
include the status of all items from the agenda along with new action items and the Parking Lot list.
Action Items
Action Items are recorded in both the meeting agenda and minutes. Action items will include both the
action item along with the owner of the action item. Meetings will start with a review of the status of all
action items from previous meetings and end with a review of all new action items resulting from the
meeting. The review of the new action items will include identifying the owner for each action item.
Meeting Chair Person
The Chair Person is responsible for distributing the meeting agenda, facilitating the meeting and
distributing the meeting minutes. The Chair Person will ensure that the meeting starts and ends on time
and that all presenters adhere to their allocated time frames.
Note Taker
The Note Taker is responsible for documenting the status of all meeting items, maintaining a Parking Lot
item list and taking notes of anything else of importance during the meeting. The Note Taker will give a
8. Project Charter_Six Sigma Green Belt Project_Rubab Tanveer_Team Lead_SMD 2016
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copy of their notes to the Chair Person at the end of the meeting as the Chair Person will use the notes to
create the Meeting Minutes.
Time Keeper
The Time Keeper is responsible for helping the facilitator adhere to the time limits set in the meeting
agenda. The Time Keeper will let the presenter know when they are approaching the end of their
allocated time. Typically a quick hand signal to the presenter indicating how many minutes remain for
the topic is sufficient.
Parking Lot
The Parking Lot is a tool used by the facilitator to record and defer items which aren’t on the meeting
agenda; however, merit further discussion at a later time or through another forum.
A parking lot record should identify an owner for the item as that person will be responsible for ensuring
follow-up. The Parking Lot list is to be included in the meeting minutes.
COMMUNICATION ESCALATION PROCESS
Efficient and timely communication is the key to successful project completion. As such, it is imperative
that any disputes, conflicts, or discrepancies regarding project communications are resolved in a way that
is conducive to maintaining the project schedule, ensuring the correct communications are distributed,
and preventing any ongoing difficulties. In order to ensure projects stay on schedule and issues are
resolved, ABC Corp. will use its standard escalation model to provide a framework for escalating
communication issues. The table below defines the priority levels, decision authorities, and timeframes
for resolution.
Priority Definition Decision
Authority
Timeframe for Resolution
Priority 1 Major impact to project or business
operations. If not resolved quickly
there will be a significant adverse
impact to revenue and/or schedule.
Vice President
or higher
Within 4 hours
Priority 2 Medium impact to project or
business operations which may result
in some adverse impact to revenue
and/or schedule.
Project Sponsor Within one business day
Priority 3 Slight impact which may cause some
minor scheduling difficulties with
the project but no impact to business
operations or revenue.
Project Manager Within two business days
Priority 4 Insignificant impact to project but
there may be a better solution.
Project Manager Work continues and any
recommendations are submitted via
the project change control process
** NOTE: Any communication including sensitive and/or confidential information will require
escalation to VP level or higher for approval prior to external distribution.
PROJECT APPROVAL REQUIREMENTS
Success for the Addressing CCQ faults project will be achieved when a fully tested solution, and all
technical documentation, is fully deployed throughout the company within the time constraints indicated
in this charter. Additionally, this measure of success must include a recommendation list for future
considerations as we fully anticipate the necessity of this solution to evolve in order to prevent future
9. Project Charter_Six Sigma Green Belt Project_Rubab Tanveer_Team Lead_SMD 2016
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threats. Success will be determined by the Project Sponsor, Mr. Hammad Nawaz, who will also authorize
completion of the project.
PROJECT MANAGER
Rubab Tanveer is the Project Manager for the duration of the Addressing CCQ faults project. Her
responsibility is to manage all project tasks, scheduling, and communication regarding the Addressing
CCQ faults project. Her team, consisting of one team lead and one QA specialist will be matrix support
from the quality department. Ms. Tanveer will provide weekly updates to the Project Sponsor.
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AUTHORIZATION
Approved by the Project Sponsor:
__________________________________________ Date: 29/05/2016
Hammad Nawaz
Cell Manager