Lean planning with Oracle Primavera CloudPRMYAZILIM
For decades now, two project-management and scheduling methodologies have dominated the world of engineering and construction: lean and critical path method (CPM).
Lean looks at tasks in granular detail, identifying the most efficient and collaborative way to complete each of them—making it extremely popular with field coordinators and teams. It can add a huge amount of value to any construction project. In fact, a recent Dodge Data and Analytics study found that projects that heavily relied on lean were three times more likely to complete ahead of schedule and two times more likely to complete under budget.
This Slideshare presentation is a partial preview of the full business document. To view and download the full document, please go here:
http://flevy.com/browse/business-document/overview-of-program-management-1537
DOCUMENT DESCRIPTION
This presentation provides an overview to Program Management. It broadly follows the PMI's standard for Program Management. This document describes the context of the program, how to initiate and control projects as a part of program lifecycle, how to manage transitions, and how to obtain outcomes towards benefits realization. It also describes the key roles involved in program management and how Program Governance Board can facilitate program success.
Programs are taken up to realize benefits towards achieving organizational strategic objectives. Whereas projects produce discrete outputs, program management focuses on their synergization towards obtaining of outcomes and benefits.
Portfolio management is a key linking factor between program management and the organizational strategy. Programs, in turn consist of multiple inter-related projects collectively creating a coherent capability, which are then transitioned to the concerned functional departments to obtain desired outcomes.
Applying Agile principles, principles, and processes to the CODE
program. Building the Release Plan for each program event and the deliverables for that review.
The document discusses project planning and outlines several key points:
1. Careful planning is important for project success and reduces time needed for implementation. Planning should not result in "paralysis by analysis" and must balance analysis with action.
2. The primary purpose of planning is to establish directions in sufficient detail to define what must be done, when, and with what resources to successfully complete deliverables.
3. Characteristics of a good plan include meeting organizational objectives, allowing for uncertainty and risk, and including means to control work.
The document discusses key aspects of software project planning including process planning, effort estimation, schedule and resource estimation, and quality planning. It emphasizes that effective project management is important for project success. Project planning aims to create a plan to meet commitments by defining processes, estimating effort, creating a schedule and milestones, and defining quality objectives and risk plans. Estimation models like COCOMO are discussed for estimating effort based on project size and characteristics.
The document provides information about a lunch and learn presentation by the EPMO's Program Management Team. The presentation will introduce the EPMO and its portfolio dashboards. The dashboards provide visibility into program health, status, workload and the client implementation pipeline. They allow custom views for different stakeholders and make the database searchable. The agenda includes an overview of the problem statement, dashboard features, a live demo and Q&A.
Once a project enters the execution phase, the project team focuses on carrying out the planned activities according to the baseline plan. Key project management elements during execution include tracking project progress against the plan, reviewing status, monitoring and mitigating risks, managing changes, and addressing any issues. Effective project control relies on collecting performance data and taking corrective actions as needed to ensure the project stays on schedule and within budget. Preventing problems through consistent information sharing and early action is preferable to fixing problems after they occur. Project control processes apply to all projects but should be tailored to the specific needs and context of each individual project.
The document provides tips for creating a project management plan. It summarizes each of the key sections that should be included in the plan: integration, scope management, schedule management, cost management, quality management, human resource management, communication management, risk management, and procurement management. For each section, it provides high-level descriptions of the types of information that should be included as well as tips for developing each part of the plan.
Lean planning with Oracle Primavera CloudPRMYAZILIM
For decades now, two project-management and scheduling methodologies have dominated the world of engineering and construction: lean and critical path method (CPM).
Lean looks at tasks in granular detail, identifying the most efficient and collaborative way to complete each of them—making it extremely popular with field coordinators and teams. It can add a huge amount of value to any construction project. In fact, a recent Dodge Data and Analytics study found that projects that heavily relied on lean were three times more likely to complete ahead of schedule and two times more likely to complete under budget.
This Slideshare presentation is a partial preview of the full business document. To view and download the full document, please go here:
http://flevy.com/browse/business-document/overview-of-program-management-1537
DOCUMENT DESCRIPTION
This presentation provides an overview to Program Management. It broadly follows the PMI's standard for Program Management. This document describes the context of the program, how to initiate and control projects as a part of program lifecycle, how to manage transitions, and how to obtain outcomes towards benefits realization. It also describes the key roles involved in program management and how Program Governance Board can facilitate program success.
Programs are taken up to realize benefits towards achieving organizational strategic objectives. Whereas projects produce discrete outputs, program management focuses on their synergization towards obtaining of outcomes and benefits.
Portfolio management is a key linking factor between program management and the organizational strategy. Programs, in turn consist of multiple inter-related projects collectively creating a coherent capability, which are then transitioned to the concerned functional departments to obtain desired outcomes.
Applying Agile principles, principles, and processes to the CODE
program. Building the Release Plan for each program event and the deliverables for that review.
The document discusses project planning and outlines several key points:
1. Careful planning is important for project success and reduces time needed for implementation. Planning should not result in "paralysis by analysis" and must balance analysis with action.
2. The primary purpose of planning is to establish directions in sufficient detail to define what must be done, when, and with what resources to successfully complete deliverables.
3. Characteristics of a good plan include meeting organizational objectives, allowing for uncertainty and risk, and including means to control work.
The document discusses key aspects of software project planning including process planning, effort estimation, schedule and resource estimation, and quality planning. It emphasizes that effective project management is important for project success. Project planning aims to create a plan to meet commitments by defining processes, estimating effort, creating a schedule and milestones, and defining quality objectives and risk plans. Estimation models like COCOMO are discussed for estimating effort based on project size and characteristics.
The document provides information about a lunch and learn presentation by the EPMO's Program Management Team. The presentation will introduce the EPMO and its portfolio dashboards. The dashboards provide visibility into program health, status, workload and the client implementation pipeline. They allow custom views for different stakeholders and make the database searchable. The agenda includes an overview of the problem statement, dashboard features, a live demo and Q&A.
Once a project enters the execution phase, the project team focuses on carrying out the planned activities according to the baseline plan. Key project management elements during execution include tracking project progress against the plan, reviewing status, monitoring and mitigating risks, managing changes, and addressing any issues. Effective project control relies on collecting performance data and taking corrective actions as needed to ensure the project stays on schedule and within budget. Preventing problems through consistent information sharing and early action is preferable to fixing problems after they occur. Project control processes apply to all projects but should be tailored to the specific needs and context of each individual project.
The document provides tips for creating a project management plan. It summarizes each of the key sections that should be included in the plan: integration, scope management, schedule management, cost management, quality management, human resource management, communication management, risk management, and procurement management. For each section, it provides high-level descriptions of the types of information that should be included as well as tips for developing each part of the plan.
Corporate Governance to Project GovernanceRichard_01
The document summarizes key points from a guide on attaining coherence between corporate governance and project management processes. It discusses 11 principles for governance of project management based on governance requirements and project management discipline. An organization that has achieved PRINCE2 Maturity Model level 3 and P3M3 level 3 will meet several of the principles but still have room for improvement in others. The document also notes additional considerations for organizations in developing an effective governance framework.
BPP Training on Project Management - Day 1Imoh Etuk
This training was about exposing the employees of the Lagos State Public Service to the Contemporary Project Management Practices they can adopt to Enhance Project Delivery in the Pandemic Era for the Lagos State Public Service.
Upon successful completion of the training, participants s were to apply the generally recognized practices of project management acknowledged by the Project Management Institute (PMI) to successfully manage projects by:
• Getting started with project management fundamentals.
• Identifying organizational influences and project life cycle.
• Working with project management processes.
• Initiating a project.
• Planning a project.
• Planning for project time management.
• Planning project budget, quality, and communications.
• Planning for risk, procurements, and stakeholder management.
• Executing a project.
• Managing project work, scope, schedules, and cost.
• Controlling a project.
• Closing a project.
The document discusses project implementation, including defining it as converting project inputs to outputs. It outlines key phases like project activation and operation. A project implementation plan is described as including a schedule, roles, stakeholder participation, structure, finances, reporting, and sustainability. Methods for implementation planning like Gantt charts are explained. Factors affecting success and challenges are listed. Effective management of implementation is emphasized as setting up systems and offices, recruiting staff, defining responsibilities, and establishing records and financial procedures.
This document provides an overview of software engineering topics including:
1. Software engineering and the software development life cycle with models like waterfall, iterative, spiral, V-model, and agile.
2. Software project management processes like planning, estimation, scheduling, resource management, risk management, and configuration management.
3. Software requirements including functional and non-functional requirements, elicitation techniques, and documentation standards.
4. Software design including architectural, high-level, and detailed design as well as principles of modularization and coupling vs. cohesion.
This document discusses key aspects of managing information systems projects, including:
- The importance of project management in meeting expectations and constraints.
- Using a System Service Request form to propose new systems development work.
- Conducting feasibility studies to determine if proposed systems make economic sense.
- Dividing projects into phases of initiation, planning, execution, and closeout with key activities in each phase like creating plans and monitoring progress.
- Techniques for representing and scheduling projects like Gantt charts, network diagrams, and critical path scheduling.
This professional portfolio contains sections summarizing Mostafa Saad's qualifications and experience. It includes his resume outlining over 14 years of experience in maintenance planning, reliability engineering, and project management. It also includes sections highlighting his academic certificates, experience letters, training certificates in areas like maintenance, project management, computer skills, and conferences attended. Further sections provide details on memberships in professional organizations and other references.
Project cycle management (PCM) is an approach used to guide project management activities through all stages of a project's lifecycle from identification to evaluation. PCM defines key decisions, information requirements, and responsibilities at each phase to ensure projects are properly coordinated, completed within budget and time, and lessons are learned. When applied effectively, PCM provides benefits such as goal-oriented implementation, coordinated management, sound appraisal, increased accountability, and stakeholder ownership.
This module discusses various aspects of project planning and management, including tracking project progress, time tracking, risk management, and project evaluation. Effective project tracking through tasks, resources, meetings, and reporting allows project managers to monitor progress and address any issues. Time delays should be managed by offering help for initial delays, taking immediate action after a second delay, and considering replanning after a third delay. Project metrics can provide status, identify improvement areas, and demonstrate results. Regular risk monitoring ensures assumptions remain valid and risks are accurately assessed. Project closure activities include releasing resources, transition planning, and documentation.
The document discusses exam preparation for the Planning Process Group. It provides an overview of the planning processes, including defining the planning processes and knowledge areas. It then discusses several of the key planning processes in more detail, including their inputs, tools and techniques, and outputs. This includes collecting requirements, defining the project scope, and creating the work breakdown structure. The document is intended to help students understand the planning processes and prepare for the related questions on the PMP exam.
The document discusses the project life cycle which consists of four phases: initiation, planning, execution, and closure/evaluation.
The initiation phase involves defining the project scope, objectives, and resources. A business case and feasibility study are developed. In planning, detailed project, resource, financial, quality, risk, and acceptance plans are created.
Execution involves building deliverables while managing time, costs, quality, risks, issues, acceptance, and communications. Closure involves releasing deliverables, closing contracts, and communicating project end. An evaluation determines project success and lessons learned.
The document discusses the nine key project management processes that are important for managing development projects: scope management, schedule management, budget management, quality management, team management, stakeholder management, information management, risk management, and contract management. It describes each process and explains that the project manager's role is to integrate these processes throughout the project life cycle from initiation through close. Large, complex projects may require specialized resources dedicated to each process, while smaller projects may not require as much detail for each process. The nine processes help ensure projects are completed on time, within budget, and to the required quality standards.
The document discusses the project management life cycle which includes 5 process groups: initiating, planning, executing, monitoring and controlling, and closing. It also discusses the 10 knowledge areas that are core to project management according to PMI. The process groups involve defining a project, planning how to execute it, carrying out the work, tracking progress, and finally closing the project. The knowledge areas provide the technical skills needed for effective project management.
10 reasons why projects fail or common mistakes to avoidMarianna Semenova
The goal of this presentation it to summarize practical experience and theoretical knowledge to outline 10 main reasons for the projects failure and common mistakes you can avoid on your projects to make them succeed. I hope you will find good tips and a valuable practical advice while reviewing it.
This document discusses resource management for software development projects. It defines different types of resources like human, computer, time and money resources. It also categorizes resources based on availability, place, elasticity and whether they are shared or dedicated. The document outlines skill sets needed for human resources and key resource management activities like planning, utilization and deallocation. It describes resource leveling techniques to efficiently allocate limited resources across multiple projects.
This document provides an overview of project integration management and its key processes. It discusses developing the project charter, project management plan, and closing the project. It emphasizes that integration management involves identifying, defining, combining, unifying, and coordinating processes and activities. Iterative approaches promote engagement of team members as domain experts in integration. The project manager's role is to build collaboration and ensure the team can respond to changes.
Business Case Strategies For Integrating Comissioning With Construction And P...mike benedetto
Presentation delivered at National CMAA Conference. Presentation outline considerations and business drivers supporting the integration of comissioning and qualification as part of project delivery strategy.
Introduction to PMP Brief Presentationjamilireifij
This document provides an overview of project management and the MS Project tool. It discusses key aspects of project management including defining projects as temporary endeavors with unique goals and constraints of scope, cost, and time. The typical project lifecycle is also outlined including initiation, planning, execution, monitoring and control, and closure phases. Tips are provided around thorough planning, stakeholder communication, and documenting lessons learned.
The document discusses key aspects of program management according to PMI standards. It begins by introducing program management and defining it as the centralized coordinated management of related projects to achieve strategic benefits and objectives. It then covers several key elements of program management including: defining the program and developing the vision/roadmap; managing the portfolio of projects; governance structures like gate reviews and risk management; change management; and closing the program. Diagrams depict relationships between domains, the program lifecycle, and an example program organization structure.
This document provides an overview of project scheduling concepts and best practices. It discusses the purpose of a project schedule as a management communication tool [SENTENCE 1]. It covers schedule strategy, including building a schedule on paper before entering it into software. The document also discusses scheduling software options, certification in project scheduling through PMI, and tips for preparing for the PMI Scheduling Professional exam [SENTENCE 2]. Project scheduling concepts discussed include work breakdown structures, critical path method, appropriate level of detail in a schedule, and regularly updating the schedule [SENTENCE 3].
1. Software project management involves planning, organizing, and controlling software development activities using scientific principles and techniques. It includes functions like scoping, planning, scheduling, and controlling.
2. Effective software project management focuses on people, product, process, and the project. It is important to manage stakeholders, recruit and train practitioners, define requirements and scope, select appropriate processes, and plan and track the project.
3. Project scheduling involves decomposing work into tasks, estimating efforts, identifying dependencies, and allocating tasks to time periods using tools like Gantt charts, PERT, and CPM to track progress against the schedule. Managing risks is also important for project success.
Corporate Governance to Project GovernanceRichard_01
The document summarizes key points from a guide on attaining coherence between corporate governance and project management processes. It discusses 11 principles for governance of project management based on governance requirements and project management discipline. An organization that has achieved PRINCE2 Maturity Model level 3 and P3M3 level 3 will meet several of the principles but still have room for improvement in others. The document also notes additional considerations for organizations in developing an effective governance framework.
BPP Training on Project Management - Day 1Imoh Etuk
This training was about exposing the employees of the Lagos State Public Service to the Contemporary Project Management Practices they can adopt to Enhance Project Delivery in the Pandemic Era for the Lagos State Public Service.
Upon successful completion of the training, participants s were to apply the generally recognized practices of project management acknowledged by the Project Management Institute (PMI) to successfully manage projects by:
• Getting started with project management fundamentals.
• Identifying organizational influences and project life cycle.
• Working with project management processes.
• Initiating a project.
• Planning a project.
• Planning for project time management.
• Planning project budget, quality, and communications.
• Planning for risk, procurements, and stakeholder management.
• Executing a project.
• Managing project work, scope, schedules, and cost.
• Controlling a project.
• Closing a project.
The document discusses project implementation, including defining it as converting project inputs to outputs. It outlines key phases like project activation and operation. A project implementation plan is described as including a schedule, roles, stakeholder participation, structure, finances, reporting, and sustainability. Methods for implementation planning like Gantt charts are explained. Factors affecting success and challenges are listed. Effective management of implementation is emphasized as setting up systems and offices, recruiting staff, defining responsibilities, and establishing records and financial procedures.
This document provides an overview of software engineering topics including:
1. Software engineering and the software development life cycle with models like waterfall, iterative, spiral, V-model, and agile.
2. Software project management processes like planning, estimation, scheduling, resource management, risk management, and configuration management.
3. Software requirements including functional and non-functional requirements, elicitation techniques, and documentation standards.
4. Software design including architectural, high-level, and detailed design as well as principles of modularization and coupling vs. cohesion.
This document discusses key aspects of managing information systems projects, including:
- The importance of project management in meeting expectations and constraints.
- Using a System Service Request form to propose new systems development work.
- Conducting feasibility studies to determine if proposed systems make economic sense.
- Dividing projects into phases of initiation, planning, execution, and closeout with key activities in each phase like creating plans and monitoring progress.
- Techniques for representing and scheduling projects like Gantt charts, network diagrams, and critical path scheduling.
This professional portfolio contains sections summarizing Mostafa Saad's qualifications and experience. It includes his resume outlining over 14 years of experience in maintenance planning, reliability engineering, and project management. It also includes sections highlighting his academic certificates, experience letters, training certificates in areas like maintenance, project management, computer skills, and conferences attended. Further sections provide details on memberships in professional organizations and other references.
Project cycle management (PCM) is an approach used to guide project management activities through all stages of a project's lifecycle from identification to evaluation. PCM defines key decisions, information requirements, and responsibilities at each phase to ensure projects are properly coordinated, completed within budget and time, and lessons are learned. When applied effectively, PCM provides benefits such as goal-oriented implementation, coordinated management, sound appraisal, increased accountability, and stakeholder ownership.
This module discusses various aspects of project planning and management, including tracking project progress, time tracking, risk management, and project evaluation. Effective project tracking through tasks, resources, meetings, and reporting allows project managers to monitor progress and address any issues. Time delays should be managed by offering help for initial delays, taking immediate action after a second delay, and considering replanning after a third delay. Project metrics can provide status, identify improvement areas, and demonstrate results. Regular risk monitoring ensures assumptions remain valid and risks are accurately assessed. Project closure activities include releasing resources, transition planning, and documentation.
The document discusses exam preparation for the Planning Process Group. It provides an overview of the planning processes, including defining the planning processes and knowledge areas. It then discusses several of the key planning processes in more detail, including their inputs, tools and techniques, and outputs. This includes collecting requirements, defining the project scope, and creating the work breakdown structure. The document is intended to help students understand the planning processes and prepare for the related questions on the PMP exam.
The document discusses the project life cycle which consists of four phases: initiation, planning, execution, and closure/evaluation.
The initiation phase involves defining the project scope, objectives, and resources. A business case and feasibility study are developed. In planning, detailed project, resource, financial, quality, risk, and acceptance plans are created.
Execution involves building deliverables while managing time, costs, quality, risks, issues, acceptance, and communications. Closure involves releasing deliverables, closing contracts, and communicating project end. An evaluation determines project success and lessons learned.
The document discusses the nine key project management processes that are important for managing development projects: scope management, schedule management, budget management, quality management, team management, stakeholder management, information management, risk management, and contract management. It describes each process and explains that the project manager's role is to integrate these processes throughout the project life cycle from initiation through close. Large, complex projects may require specialized resources dedicated to each process, while smaller projects may not require as much detail for each process. The nine processes help ensure projects are completed on time, within budget, and to the required quality standards.
The document discusses the project management life cycle which includes 5 process groups: initiating, planning, executing, monitoring and controlling, and closing. It also discusses the 10 knowledge areas that are core to project management according to PMI. The process groups involve defining a project, planning how to execute it, carrying out the work, tracking progress, and finally closing the project. The knowledge areas provide the technical skills needed for effective project management.
10 reasons why projects fail or common mistakes to avoidMarianna Semenova
The goal of this presentation it to summarize practical experience and theoretical knowledge to outline 10 main reasons for the projects failure and common mistakes you can avoid on your projects to make them succeed. I hope you will find good tips and a valuable practical advice while reviewing it.
This document discusses resource management for software development projects. It defines different types of resources like human, computer, time and money resources. It also categorizes resources based on availability, place, elasticity and whether they are shared or dedicated. The document outlines skill sets needed for human resources and key resource management activities like planning, utilization and deallocation. It describes resource leveling techniques to efficiently allocate limited resources across multiple projects.
This document provides an overview of project integration management and its key processes. It discusses developing the project charter, project management plan, and closing the project. It emphasizes that integration management involves identifying, defining, combining, unifying, and coordinating processes and activities. Iterative approaches promote engagement of team members as domain experts in integration. The project manager's role is to build collaboration and ensure the team can respond to changes.
Business Case Strategies For Integrating Comissioning With Construction And P...mike benedetto
Presentation delivered at National CMAA Conference. Presentation outline considerations and business drivers supporting the integration of comissioning and qualification as part of project delivery strategy.
Introduction to PMP Brief Presentationjamilireifij
This document provides an overview of project management and the MS Project tool. It discusses key aspects of project management including defining projects as temporary endeavors with unique goals and constraints of scope, cost, and time. The typical project lifecycle is also outlined including initiation, planning, execution, monitoring and control, and closure phases. Tips are provided around thorough planning, stakeholder communication, and documenting lessons learned.
The document discusses key aspects of program management according to PMI standards. It begins by introducing program management and defining it as the centralized coordinated management of related projects to achieve strategic benefits and objectives. It then covers several key elements of program management including: defining the program and developing the vision/roadmap; managing the portfolio of projects; governance structures like gate reviews and risk management; change management; and closing the program. Diagrams depict relationships between domains, the program lifecycle, and an example program organization structure.
This document provides an overview of project scheduling concepts and best practices. It discusses the purpose of a project schedule as a management communication tool [SENTENCE 1]. It covers schedule strategy, including building a schedule on paper before entering it into software. The document also discusses scheduling software options, certification in project scheduling through PMI, and tips for preparing for the PMI Scheduling Professional exam [SENTENCE 2]. Project scheduling concepts discussed include work breakdown structures, critical path method, appropriate level of detail in a schedule, and regularly updating the schedule [SENTENCE 3].
1. Software project management involves planning, organizing, and controlling software development activities using scientific principles and techniques. It includes functions like scoping, planning, scheduling, and controlling.
2. Effective software project management focuses on people, product, process, and the project. It is important to manage stakeholders, recruit and train practitioners, define requirements and scope, select appropriate processes, and plan and track the project.
3. Project scheduling involves decomposing work into tasks, estimating efforts, identifying dependencies, and allocating tasks to time periods using tools like Gantt charts, PERT, and CPM to track progress against the schedule. Managing risks is also important for project success.
Agile software development is an iterative approach that promotes adaptive planning, evolutionary development, early delivery, continuous improvement, and rapid response to change. It uses self-organizing cross-functional teams to deliver working software frequently in short cycles called sprints. The Scrum framework is commonly used for agile development, with roles of Product Owner, Scrum Master, and Development Team working in sprints, daily scrums, sprint reviews, and retrospectives to deliver working software increments.
The document discusses various project management methodologies including Waterfall, Agile, Scrum, Kanban, and Critical Path Method (CPM). It provides descriptions of how each methodology works, when it should be used, advantages and disadvantages. The Critical Path Method in particular aims to identify the longest sequence of dependent tasks in a project in order to minimize the overall project duration.
The document provides a project closure report for a project to develop an e-learning course to train managers on creating effective action plans from employee survey results. It summarizes that the project was completed on time and within budget despite some challenges. Key highlights included completing a thorough needs assessment, developing an effective risk management plan, and addressing all deliverables to a high quality. The e-learning course achieved success according to defined criteria and metrics, with over 90% of managers now able to accurately interpret survey results and write compliant action plans.
This document discusses software project scheduling. It defines software project scheduling as distributing estimated effort across a planned project duration by allocating effort to specific software engineering tasks. The objective is to create a set of engineering tasks that will enable completing the project on time. Building large software systems involves many interdependent tasks, making schedules important for understanding, managing, and evaluating project progress. Effective scheduling involves decomposing the project into tasks, establishing interdependencies, allocating time and effort, validating resources, assigning responsibilities, defining outcomes, and associating milestones.
In our most recent alliance with Swiss-based managerial consulting firm value4b, we had the pleasure to spend an afternoon at the University of Applied Sciences and Arts of Southern Switzerland (SUPSI), one of the nine professional universities recognised by the Swiss Confederation. Our partner and value4b owner Maurilio Savoldi was the architect of the event responsible for what turned out to be a large audience of business leaders and technology gurus who attended with great enthusiasm and curiosity with the hopes to learn about new trends in the technology available to support digital transformation, continuous improvement and change management..
This document discusses software project planning and management. It covers topics like planning for both plan-driven and agile development, project scheduling, estimation techniques, and managing risks. It defines key aspects of project management like establishing a project plan, scheduling tasks, identifying and addressing risks, and managing people and teams. Estimation techniques discussed include experience-based and algorithmic modeling approaches. The document emphasizes the importance of project planning, tracking progress against plans, and adjusting plans based on new information or changes in risks and priorities.
1) The document outlines the development of a Level 3 Master Project Schedule for a construction project in Jubail. It discusses developing a more detailed schedule to improve planning, coordination, and predictability.
2) A Level 3 schedule will be developed by mid-December 2010, involving over 6,000-7,000 activities broken down by area. The schedule will be baselined in January 2011 after contractor input.
3) Short-term planning, lookaheads, and quantity tracking will also be implemented to monitor progress and make adjustments as needed to keep the project on schedule. Contractor schedules will be consolidated into the Master Project Schedule on a monthly basis.
The document discusses project management processes and software project planning. It describes the five basic phases of directing and controlling a project: conception and initiation, definition and planning, launch or execution, performance and control, and close. It also outlines the key responsibilities of a project manager, including planning, organizing, leading, and controlling. Finally, it details the various activities involved in software project planning such as scope definition, quality planning, time and resource estimation, risk identification, schedule development, and cost estimation.
Applying Agile principles, practices, and processes to the DARPA CODE program. Building the Release Plan for each program event and the deliverables for that review.
The document discusses an agile project organization approach. It emphasizes delivering working software frequently through short iterations rather than long-term milestones. Milestones in agile represent high-level expectations rather than detailed plans, serving as a reference for stakeholders. The product owner works with stakeholders to define high-level scope and target delivery dates, while the team estimates user stories to validate if milestones are achievable. The team is accountable for delivering on time or alerting of impediments, and presents demos of working increments for approval to go live.
Projects require planning, organizing, and monitoring to ensure they are completed on time and within budget. Key aspects of project management include defining the project scope, identifying required tasks, estimating durations and resources, developing a schedule, assigning team roles and responsibilities, monitoring progress, and assessing outcomes for continuous improvement. Effective project managers apply skills such as communication, problem-solving, and people management to lead teams through a project life cycle from initiation to closure.
The document discusses various techniques for project planning and cost estimation in software development projects. It covers topics such as project planning, scheduling, risk analysis, cost estimation models like COCOMO, and agile planning techniques like release planning in XP. Project planning involves breaking work into tasks, assigning resources, anticipating risks. Cost is estimated using experience-based techniques or algorithmic models that take into account factors like size, reuse, and team capabilities. Agile methods use iterative planning to select stories for increments based on priorities and progress.
The Planning Process Group involves establishing the project scope, objectives, and course of action. It includes processes from each knowledge area such as developing the project management plan, defining deliverables, creating the work breakdown structure, developing the schedule and budget, and identifying and planning for risks. The key deliverables are the project management plan and subsidiary plans, which outline the strategy and tactics for completing the project successfully.
"Project Management Concepts - Ready Reckoner" By SN Panigrahi, A QUick Refre...SN Panigrahi, PMP
"Project Management Concepts - Ready Reckoner" By SN Panigrahi,
Essenpee Business Solutions,
A QUick Refreshing Guide for PMP Exam based on PMBOK - 6th Edition,
Understanding Fundamentals of Project Management,
The document discusses project planning in software engineering. It defines project planning and its importance. It describes the project manager's responsibilities which include project planning, reporting, risk management, and people management. It discusses challenges in software project planning. The RUP process for project planning is then outlined which involves creating artifacts like the business case and software development plan. Risk management is also a key part of project planning.
The document provides an overview of software project management. It defines what constitutes a software project and discusses the need for software project management. It describes the typical project management life cycle which includes initiation, planning, execution, and closure phases. It also outlines the key roles and responsibilities of a project manager which include planning activities, organizing teams, delegating tasks, controlling time management, managing deliverables, and monitoring progress. Effective software project management is needed to deliver quality products on time and within budget by addressing factors that can impact the triple constraints of time, cost, and scope.
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Atelier - Innover avec l’IA Générative et les graphes de connaissancesNeo4j
Atelier - Innover avec l’IA Générative et les graphes de connaissances
Allez au-delà du battage médiatique autour de l’IA et découvrez des techniques pratiques pour utiliser l’IA de manière responsable à travers les données de votre organisation. Explorez comment utiliser les graphes de connaissances pour augmenter la précision, la transparence et la capacité d’explication dans les systèmes d’IA générative. Vous partirez avec une expérience pratique combinant les relations entre les données et les LLM pour apporter du contexte spécifique à votre domaine et améliorer votre raisonnement.
Amenez votre ordinateur portable et nous vous guiderons sur la mise en place de votre propre pile d’IA générative, en vous fournissant des exemples pratiques et codés pour démarrer en quelques minutes.
Neo4j - Product Vision and Knowledge Graphs - GraphSummit ParisNeo4j
Dr. Jesús Barrasa, Head of Solutions Architecture for EMEA, Neo4j
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2. Why?
• Important stakeholder decisions are accelerated in a day—
not after many weeks of emails exchanges around, trying to
find the right person to make the decision, but RIGHT NOW.
All stakeholders face-to-face (but typically multiple locations)
Management sets the mission, with minimum possible constraints
Requirements and design emerge
Important stakeholder decisions are accelerated
Teams create—and take responsibility for—plans
All Teams aligned with common expectation and vision
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3. Program Increment – PI Planning Summary
• Facilitated by the Release Manager, this event will include
all key members of the Release Feature Teams, whenever
possible.
• It will take place over two days- (3 hours Global & 4 hours local
Planning), and occurs within the Innovation and Planning
Iteration.
• The result of planning is a commitment to an agreed set of
Program objectives for the Release.
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4. Program Increment Planning benefits
1. Establishing face-to-face communication across all team members and stakeholders
2. Building the social network the Features depends upon
3. Aligning development to business goals with the business context, Vision, and Team
and Program Increment Objectives
4. Identifying dependencies and fostering cross-team/ cross-ART collaboration
5. Providing the opportunity for “just the right amount” of Architecture and User
Experience (UX) guidance
6. Matching demand to capacity, eliminating excess Work in Process (WIP)
7. Fast decision-making
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5. Input and Outputs of Release Planning
Inputs to PI planning include:
• Business context (see Content Readiness below)
• Roadmap and vision
• Top features from the Program
A successful PI planning event delivers two primary outputs:
• Committed PI Objectives – a set of “SMART” objectives
• Program Board – the planning board highlights the new feature delivery dates,
feature dependencies among teams and cross-Products and relevant milestones.
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6. Prior Readiness
• Organizational readiness
– strategic alignment and teams and Program scope setup
• Content readiness
– management and development preparedness
• Facility readiness
– the actual space and logistics for the event
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8. Day 1- Business Context
• A senior executive/line-of-business owner describes the current state of the
business and presents a perspective on how well current solutions are
addressing current Customer needs.
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9. Day 1 : Vision & Planning Context
• Product/Solution Vision – Product Management presents the
current program vision (typically represented by the next top
10 upcoming features) and highlights any changes from the
previous PI planning meeting, as well as any upcoming
Milestones.
• Planning Context and Lunch – The Release Manager presents
the planning process and expected outcomes of the meeting.
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10. Day 1- Architecture & Engineering
• Architecture Vision and Development Practices
System Architect/Engineering presents the architecture vision. In addition, a senior
development manager may present Agile-supportive changes to development practices, such
as test automation, DevOps, Continuous Integration and Continuous Deployment, which are
being advanced in the upcoming PI.
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11. Day 1: Draft Plan & Review
• Teams present key planning outputs, including draft objectives, potential
risks, and dependencies. Business Owners, Product Management, and other
teams and stakeholders review and provide input.
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13. Day 1: Team Breakouts #1
• Teams estimate their capacity for each Iteration and identify the
backlog items they will likely need to realize the features. Each team
creates their draft plans, visible to all, iteration by iteration.
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15. Day1: Management Review and Problem-Solving
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Management negotiates scope and resolves any challenges of resource
constraints, and dependencies by agreeing to various planning adjustments.
The facilitates and keeps key stakeholders together for as long as necessary
to make the decisions needed to reach achievable objectives
16. Day 2 Agenda
• Planning Adjustments – The next day, the meeting begins with managers
describing any changes to planning scope and resources.
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17. Day 2: Team Breakouts #2
• Teams continue planning, making the appropriate adjustments & finalizes
their objectives for the Release, to which the business owners assign business
value.
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18. Day 2: Final Plan Review and Lunch
• All teams present their plans & impediments to the group.
• If the plan is acceptable to the customers, the team brings their PI objective
& program risk sheet to the front of the room so that all can see the
aggregate objectives unfold in real time.
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19. Day 2: Program Risks
• During planning, teams have identified critical program-level risks and impediments
that could affect their ability to meet their objectives.
• These are addressed in a broader management context in front of the whole group.
One by one, the risks are addressed clearly, honestly, and visibly & categorized.
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20. • Confidence Vote – Once program risks have been addressed, teams vote
on their confidence in meeting their program PI objectives.
• Each team conducts a “fist of five” vote.
• If the average is three or four fingers, then management should accept the commitment.
• If the average is fewer than three fingers, then planning adjustments are made and plans
are reworked.
• Any person voting two fingers or fewer should be given an opportunity to voice their
concern. This might add to the list of risks, require some re-planning, or simply informative.
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21. • Plan Rework – If necessary, teams rework their plans until a high
confidence level can be reached. This is one occasion where alignment and
commitment are valued more highly than adhering to a timebox.
• Planning Retrospective and Moving Forward – Finally, the Release
Manager leads a brief retrospective for the PI planning event to capture
what went well, what didn’t, and what can be done better next time
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22. Program Objective
• After the planning event, the PMO and other stakeholder summarize the
individual team PI objectives into a set of program PI Objectives and use this
to communicate externally and to track progress toward the goals.
• The program proceeds to execute the PI, tracking progress and
adjusting as necessary to the changes that occur as new knowledge emerges.
• Execution of the PI begins with all the teams conducting planning
for the first iteration, using their PI plans as a starting point. This is fresh
input for the normal Iteration Planning processes that follow.
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24. Next steps after PI Planning:
• Product Management -Uses the Program PI objectives to update the
roadmap and improve the forecast for the next Release
• PMO -The program board is often used during the SOS meetings to track
dependencies, or it may not be maintained (manually) after that time.
• Teams – member leave the PI planning event with a pre-populated
iteration backlog for the upcoming PI. They take their team’s PI Objectives,
iteration plans, and risks back to their regular work area.
• Program risks remain with the PMO, who ensures that the people
responsible for owning or mitigating a risk have captured the information,
and are actively managing the risk.
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26. PostScript #2: Architectural Runway
• It consists of the existing code, components and technical infrastructure
needed to implement near-term features without excessive redesign & delay.
• There comes a point at which emergent design is an insufficient response to
the complexity of large-scale system development Leading to following:
• Excessive redesign and delays reduce velocity
• Systems become difficult to integrate, validate and maintain
• Decline of system qualities, known as Nonfunctional Requirements (NFRs)
• Reduced collaboration and synchronization among teams
• Low reuse of common components and redundancy of solution elements
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27. PostScript #3: Architectural enablers(NFRs)
Implementing Architectural Runways enablers:
• The enabler is big, but there is an incremental approach to implementation. The
system always runs.
• The enabler is big, but it can’t be implemented entirely incrementally. The system will
need to take an occasional break.
• The enabler is really big, and it can’t be implemented incrementally. The system runs
when needed. In other words, do no harm.
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