This presentation is exactly per the title, an overview of project management. The presentation is generic but the examples are from engineering/construction projects.
In the presentation we cover topics like difference between projects and operations, project owner and service provider, product life cycle and project life cycle.
ICEC 2014 Linking 6 Phase Project Life Cycle with TCM Framework-SlidesRussell Archibald
Presents and explains two recommendations and two conclusions relating to linking the 6 phase project life cycle with the AACEi Total Cost Management Framework.
This presentation is exactly per the title, an overview of project management. The presentation is generic but the examples are from engineering/construction projects.
In the presentation we cover topics like difference between projects and operations, project owner and service provider, product life cycle and project life cycle.
The document discusses the project life cycle concept. It states that a project passes through several distinct phases from inception to completion, with identifiable start and end points. These phases include concept, definition, design, development, application, and post-completion. Resources, people, skills, and organizations involved change throughout the phases. Major reviews occur at the end of each phase to authorize proceeding to the next phase or canceling the project. The life cycle provides a framework for budgeting, staffing, resource allocation, milestones, and reviews.
The document describes common causes of software project failures and techniques for project scheduling and monitoring. It lists unrealistic deadlines, changing requirements, underestimating effort, unforeseen risks and difficulties, and miscommunication as potential causes of failure. It emphasizes the importance of defining tasks, dependencies, timelines, responsibilities, and milestones to effectively schedule and track progress to recognize and address delays.
Project LifeCycle is a project delivery methodology used by Hatch for over 50 years. It provides a gated, risk-managed process beginning with understanding the client's business case and needs. The process includes front-end loading phases to develop options, select the best option, and define the project in detail. It aims to provide innovative technology solutions while ensuring safety, quality, cost and schedule performance.
The document discusses three examples of project managers and their responsibilities on different projects:
1) Construction of a retail development with 26 units and a supermarket. Responsible for coordinating contractors to ensure on-time and on-budget completion.
2) Directing trials of a new analgesic drug. Responsible for designing experiments and ensuring proper scientific and legal procedures are followed.
3) Introducing multimedia resources at a teacher training college in New Delhi. Responsible for purchasing and developing resources as well as encouraging acceptance by lecturers and students.
The project closure report summarizes the transportation of the Brazil men's football team project. It details the transition plan for stakeholders from London Transit and LOCOG, as well as knowledge management and lessons learned. The project met requirements despite some minor delays, and the project manager signs off to close the project.
In this presentation we share information on how to map / integrated the PMBOK Guide Process Groups with a Project Life Cycle. The project life cycle can be a generic model or per the SUKAD CAM2P™ Model (The Customizable and Adaptable Methodology for Managing Projects™).
We share this topic because it is a common area of confusion among PMPs and those studying the PMBOK Guide.
ICEC 2014 Linking 6 Phase Project Life Cycle with TCM Framework-SlidesRussell Archibald
Presents and explains two recommendations and two conclusions relating to linking the 6 phase project life cycle with the AACEi Total Cost Management Framework.
This presentation is exactly per the title, an overview of project management. The presentation is generic but the examples are from engineering/construction projects.
In the presentation we cover topics like difference between projects and operations, project owner and service provider, product life cycle and project life cycle.
The document discusses the project life cycle concept. It states that a project passes through several distinct phases from inception to completion, with identifiable start and end points. These phases include concept, definition, design, development, application, and post-completion. Resources, people, skills, and organizations involved change throughout the phases. Major reviews occur at the end of each phase to authorize proceeding to the next phase or canceling the project. The life cycle provides a framework for budgeting, staffing, resource allocation, milestones, and reviews.
The document describes common causes of software project failures and techniques for project scheduling and monitoring. It lists unrealistic deadlines, changing requirements, underestimating effort, unforeseen risks and difficulties, and miscommunication as potential causes of failure. It emphasizes the importance of defining tasks, dependencies, timelines, responsibilities, and milestones to effectively schedule and track progress to recognize and address delays.
Project LifeCycle is a project delivery methodology used by Hatch for over 50 years. It provides a gated, risk-managed process beginning with understanding the client's business case and needs. The process includes front-end loading phases to develop options, select the best option, and define the project in detail. It aims to provide innovative technology solutions while ensuring safety, quality, cost and schedule performance.
The document discusses three examples of project managers and their responsibilities on different projects:
1) Construction of a retail development with 26 units and a supermarket. Responsible for coordinating contractors to ensure on-time and on-budget completion.
2) Directing trials of a new analgesic drug. Responsible for designing experiments and ensuring proper scientific and legal procedures are followed.
3) Introducing multimedia resources at a teacher training college in New Delhi. Responsible for purchasing and developing resources as well as encouraging acceptance by lecturers and students.
The project closure report summarizes the transportation of the Brazil men's football team project. It details the transition plan for stakeholders from London Transit and LOCOG, as well as knowledge management and lessons learned. The project met requirements despite some minor delays, and the project manager signs off to close the project.
In this presentation we share information on how to map / integrated the PMBOK Guide Process Groups with a Project Life Cycle. The project life cycle can be a generic model or per the SUKAD CAM2P™ Model (The Customizable and Adaptable Methodology for Managing Projects™).
We share this topic because it is a common area of confusion among PMPs and those studying the PMBOK Guide.
This document discusses project planning and scheduling. It defines what a project is, noting that projects can take many forms from personal assignments to large construction projects. Some key points made are:
1. Projects are temporary with a defined start and finish, and are constrained by time, cost and resources.
2. Objectives of projects include completing them on time and within budget.
3. Factors that can cause projects to fail include technical complexities, human errors like multitasking, and external factors outside a project team's control.
4. Successful project management requires planning, defining objectives and stakeholders, executing phases as planned, and addressing challenges that arise.
Project management-project life cycle-pdfAditi Garg
The document outlines the typical phases in a construction project lifecycle:
1) Initiation/Conceptual Stage - The initial idea is developed and feasibility studies are conducted.
2) Design Stage - Detailed design and planning of the project occurs.
3) Tendering Stage - Contractors are solicited and a contract is awarded for construction.
4) Construction Stage - The project is built according to the plans.
5) Completion Stage - The finished project is handed over and put into operation. Monitoring of performance continues.
This document provides an overview of project time management processes including defining and sequencing activities, estimating activity durations, developing the project schedule, and controlling the schedule. Key aspects covered include defining activities and their attributes, using network diagrams like arrow diagramming and precedence diagramming to show dependencies, estimating activity times including three-point estimates and PERT, developing Gantt charts and using critical path method to determine the longest path and amount of slack.
In this chapter, you will learn how to:
✔ Use the Backstage view to open and save Project files.
✔ Work with commands on different tabs of the ribbon interface, the major visual
change introduced in Project 2010.
✔ Use different views to see Project information presented in different ways.
This document provides information about an instructor of project management named Mohamed Maged. It outlines his qualifications and experience in construction management, as well as the courses and materials he provides on topics like project planning, claims resolution, and PMP exam preparation. It also briefly describes the Project Management Body of Knowledge and its integration processes, with examples of how expert judgment, facilitation, and change management apply. The document aims to help students and professionals prepare for the PMP exam and improve their project management skills.
A contracting and project management firm, The Dalton Company has been involved with significant projects for nonprofits, including Toronto’s Wychwood Barns. Using ArtsBuild’s online guide to capital projects PLAN IT | BUILD IT, The Dalton Company discusses the planning and decision-making needed to deliver projects on budget and in time.
This document provides an overview of fundamentals of project planning and management. It defines what projects are, common traits of projects, objectives of projects, why projects fail, the typical project life cycle including initiation, planning, execution phases, and approaches to project management including traditional critical path methodology and more modern agile methodologies like Scrum and Kanban. Key points covered include defining projects, similarities across projects, objectives of scope, time and cost, common reasons for project failure, and benefits of agile project management approaches.
This document provides a minor project report on project monitoring and controlling using Microsoft Project. It includes an introduction discussing project management processes like initiation, planning, execution, monitoring and controlling. It also includes a literature review on the history of project management and critical studies. The objectives are to govern project operations, understand and control schedules and finances, communicate project information, and ensure projects are completed on schedule. The methodology discusses techniques like critical path method, project evaluation and review technique, and Gantt charts.
The document discusses various aspects of construction project management. It covers topics like defining a project and project management, the roles and responsibilities of a project manager, the need for project management, and the project management triangle involving time, cost, and scope constraints. It also describes key phases of project management like planning, execution, control, and closure. Important tools for planning and scheduling projects are discussed, including bar charts, critical path method (CPM), and program evaluation and review technique (PERT).
The document outlines a framework for project management that includes processes for starting, initiating, directing, controlling, and closing projects. It describes key processes such as planning, risk management, and documentation. The framework is intended to provide a standardized yet flexible approach to delivering projects and realizing benefits.
The document summarizes the key steps in project scheduling including identifying activities, determining precedence relationships, calculating earliest and latest start/finish times, determining slack times, identifying the critical path, and considering probabilistic approaches using PERT analysis. Specifically, it provides an example of scheduling a project for a computer manufacturing company, identifying 10 activities, calculating their earliest/latest times, determining the critical path, and finding the mean and variance of activity times and the overall project using three-point estimates.
Project Management Class ( based on PMBOK) - Day 3Highmark Health
The document provides an overview of project management concepts from the Project Management Body of Knowledge (PMBOK) 5th edition. It discusses the project lifecycle and various knowledge areas including integration management, scope management, and time management. Key aspects covered include the project charter, work breakdown structure (WBS), developing project schedules and plans, and techniques for estimating activity durations and resources.
A project is defined as a temporary endeavor undertaken to create a unique product or service. Network analysis techniques like the Critical Path Method (CPM) and Program Evaluation and Review Technique (PERT) are used to plan and schedule complex projects. These methods involve identifying all activities, their durations, and logical relationships to construct a network diagram. The critical path is then determined by calculating the longest path of linked activities from start to finish, which must be carefully managed to ensure on-time project completion.
The document visually breaks down a startup project into work packages, activities, and tasks. It includes a work breakdown structure, network diagram, activity descriptions and predecessors, estimated durations, and critical path analysis. The critical path of the project is the longest chain of activities from start to finish, taking 16 weeks. Project crashing techniques like shortening critical path activities could potentially reduce the project duration but increase risks.
The continuous progress in the profession always driving changes and updates necessary to improve the practice among all the cultures. The Project Management Body of Knowledge (PMBOK® Guide) is a collection of processes and knowledge areas accepted as a best practice for the project management profession and it has to remain relevant to most projects, most of the time, for most of practitioners. (PMBOK® Guide) is being updated this year. This session shall provide insights into the new Sixth Edition, including a brief look at the new chapter on role of the project managers.
For each Knowledge Area, there are new sections too, describing key concepts, emerging trends, and different considerations.
Besides that, by attending this session you will be able to explore what are new, the main changes and understand how the new (PMBOK® Guide) will better fasten with the PMI Talent TriangularTM.
Balancing burdens of proof in dispute avoidance and resolution by "Ari Isaacs...Project Controls Expo
This document discusses balancing burdens of proof in construction projects. It defines key terms like burden of proof and balance. Maintaining balance is challenging due to complex environments with multiple stakeholders and uncertainties. Contracts aim to balance costs, claimed rights, unclaimed rights, and margins. Disruptions off the critical path are broadly unaccounted for and represent risks. To control more activities, owners should engage contractors, implement robust program controls, maintain design documentation, and work collaboratively. Digging deep into designs and proactively engaging stakeholders helps maintain balance during projects.
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.
The document discusses fundamentals of project scheduling including scheduling philosophy, terms and definitions, types of schedules, relationships between activities, and developing a project schedule. The key points are:
- Scheduling allows project managers to better control projects, monitor progress, and satisfy requirements.
- Important scheduling terms include activities, durations, relationships, critical path, float.
- Common schedule types include bar charts, logic networks, and milestone charts.
- Relationships define dependencies between activities like finish-to-start.
- Developing a good schedule requires defining activities and sequences, estimating durations, and incorporating resources and calendars.
This short presentation is about Project stakeholders. Who are the project stakeholders for a given project? Will briefly discuss the project manager, project management team, project team, sponsor, and other stakeholders.
This document provides information about an 18-hour training course to help participants prepare for the Project Management Professional (PMP) certification exam. The course will be held from May 17-19, 2010 in Arlington, VA and will cover the key topics and knowledge areas covered on the PMP exam, including project integration, scope, time and cost management, quality management, human resource management, communication management, risk management, and procurement management. The course will provide an overview of the PMP exam format and requirements, sample questions, and test taking strategies. Participants will learn effective study techniques and create a personalized study plan.
Partnering: Minimize Failure and Enhance the Chance of SuccessSUKAD Group
Partnering: Minimize Failure and Enhance the Chance of Success is a presentation that we shared at Project Management (PM 360) Conference in Singapore in May 2013. In this presentation, we discuss various case studies from Alliance Project and a Mega Project - both were Capital Investment Projects.
Project management certifications are in high demand and with global acceptance in various orginations. However, we think, that we can improve on what exists today and this presenation offers our proposed Project Management Certification Model
This document discusses project planning and scheduling. It defines what a project is, noting that projects can take many forms from personal assignments to large construction projects. Some key points made are:
1. Projects are temporary with a defined start and finish, and are constrained by time, cost and resources.
2. Objectives of projects include completing them on time and within budget.
3. Factors that can cause projects to fail include technical complexities, human errors like multitasking, and external factors outside a project team's control.
4. Successful project management requires planning, defining objectives and stakeholders, executing phases as planned, and addressing challenges that arise.
Project management-project life cycle-pdfAditi Garg
The document outlines the typical phases in a construction project lifecycle:
1) Initiation/Conceptual Stage - The initial idea is developed and feasibility studies are conducted.
2) Design Stage - Detailed design and planning of the project occurs.
3) Tendering Stage - Contractors are solicited and a contract is awarded for construction.
4) Construction Stage - The project is built according to the plans.
5) Completion Stage - The finished project is handed over and put into operation. Monitoring of performance continues.
This document provides an overview of project time management processes including defining and sequencing activities, estimating activity durations, developing the project schedule, and controlling the schedule. Key aspects covered include defining activities and their attributes, using network diagrams like arrow diagramming and precedence diagramming to show dependencies, estimating activity times including three-point estimates and PERT, developing Gantt charts and using critical path method to determine the longest path and amount of slack.
In this chapter, you will learn how to:
✔ Use the Backstage view to open and save Project files.
✔ Work with commands on different tabs of the ribbon interface, the major visual
change introduced in Project 2010.
✔ Use different views to see Project information presented in different ways.
This document provides information about an instructor of project management named Mohamed Maged. It outlines his qualifications and experience in construction management, as well as the courses and materials he provides on topics like project planning, claims resolution, and PMP exam preparation. It also briefly describes the Project Management Body of Knowledge and its integration processes, with examples of how expert judgment, facilitation, and change management apply. The document aims to help students and professionals prepare for the PMP exam and improve their project management skills.
A contracting and project management firm, The Dalton Company has been involved with significant projects for nonprofits, including Toronto’s Wychwood Barns. Using ArtsBuild’s online guide to capital projects PLAN IT | BUILD IT, The Dalton Company discusses the planning and decision-making needed to deliver projects on budget and in time.
This document provides an overview of fundamentals of project planning and management. It defines what projects are, common traits of projects, objectives of projects, why projects fail, the typical project life cycle including initiation, planning, execution phases, and approaches to project management including traditional critical path methodology and more modern agile methodologies like Scrum and Kanban. Key points covered include defining projects, similarities across projects, objectives of scope, time and cost, common reasons for project failure, and benefits of agile project management approaches.
This document provides a minor project report on project monitoring and controlling using Microsoft Project. It includes an introduction discussing project management processes like initiation, planning, execution, monitoring and controlling. It also includes a literature review on the history of project management and critical studies. The objectives are to govern project operations, understand and control schedules and finances, communicate project information, and ensure projects are completed on schedule. The methodology discusses techniques like critical path method, project evaluation and review technique, and Gantt charts.
The document discusses various aspects of construction project management. It covers topics like defining a project and project management, the roles and responsibilities of a project manager, the need for project management, and the project management triangle involving time, cost, and scope constraints. It also describes key phases of project management like planning, execution, control, and closure. Important tools for planning and scheduling projects are discussed, including bar charts, critical path method (CPM), and program evaluation and review technique (PERT).
The document outlines a framework for project management that includes processes for starting, initiating, directing, controlling, and closing projects. It describes key processes such as planning, risk management, and documentation. The framework is intended to provide a standardized yet flexible approach to delivering projects and realizing benefits.
The document summarizes the key steps in project scheduling including identifying activities, determining precedence relationships, calculating earliest and latest start/finish times, determining slack times, identifying the critical path, and considering probabilistic approaches using PERT analysis. Specifically, it provides an example of scheduling a project for a computer manufacturing company, identifying 10 activities, calculating their earliest/latest times, determining the critical path, and finding the mean and variance of activity times and the overall project using three-point estimates.
Project Management Class ( based on PMBOK) - Day 3Highmark Health
The document provides an overview of project management concepts from the Project Management Body of Knowledge (PMBOK) 5th edition. It discusses the project lifecycle and various knowledge areas including integration management, scope management, and time management. Key aspects covered include the project charter, work breakdown structure (WBS), developing project schedules and plans, and techniques for estimating activity durations and resources.
A project is defined as a temporary endeavor undertaken to create a unique product or service. Network analysis techniques like the Critical Path Method (CPM) and Program Evaluation and Review Technique (PERT) are used to plan and schedule complex projects. These methods involve identifying all activities, their durations, and logical relationships to construct a network diagram. The critical path is then determined by calculating the longest path of linked activities from start to finish, which must be carefully managed to ensure on-time project completion.
The document visually breaks down a startup project into work packages, activities, and tasks. It includes a work breakdown structure, network diagram, activity descriptions and predecessors, estimated durations, and critical path analysis. The critical path of the project is the longest chain of activities from start to finish, taking 16 weeks. Project crashing techniques like shortening critical path activities could potentially reduce the project duration but increase risks.
The continuous progress in the profession always driving changes and updates necessary to improve the practice among all the cultures. The Project Management Body of Knowledge (PMBOK® Guide) is a collection of processes and knowledge areas accepted as a best practice for the project management profession and it has to remain relevant to most projects, most of the time, for most of practitioners. (PMBOK® Guide) is being updated this year. This session shall provide insights into the new Sixth Edition, including a brief look at the new chapter on role of the project managers.
For each Knowledge Area, there are new sections too, describing key concepts, emerging trends, and different considerations.
Besides that, by attending this session you will be able to explore what are new, the main changes and understand how the new (PMBOK® Guide) will better fasten with the PMI Talent TriangularTM.
Balancing burdens of proof in dispute avoidance and resolution by "Ari Isaacs...Project Controls Expo
This document discusses balancing burdens of proof in construction projects. It defines key terms like burden of proof and balance. Maintaining balance is challenging due to complex environments with multiple stakeholders and uncertainties. Contracts aim to balance costs, claimed rights, unclaimed rights, and margins. Disruptions off the critical path are broadly unaccounted for and represent risks. To control more activities, owners should engage contractors, implement robust program controls, maintain design documentation, and work collaboratively. Digging deep into designs and proactively engaging stakeholders helps maintain balance during projects.
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.
The document discusses fundamentals of project scheduling including scheduling philosophy, terms and definitions, types of schedules, relationships between activities, and developing a project schedule. The key points are:
- Scheduling allows project managers to better control projects, monitor progress, and satisfy requirements.
- Important scheduling terms include activities, durations, relationships, critical path, float.
- Common schedule types include bar charts, logic networks, and milestone charts.
- Relationships define dependencies between activities like finish-to-start.
- Developing a good schedule requires defining activities and sequences, estimating durations, and incorporating resources and calendars.
This short presentation is about Project stakeholders. Who are the project stakeholders for a given project? Will briefly discuss the project manager, project management team, project team, sponsor, and other stakeholders.
This document provides information about an 18-hour training course to help participants prepare for the Project Management Professional (PMP) certification exam. The course will be held from May 17-19, 2010 in Arlington, VA and will cover the key topics and knowledge areas covered on the PMP exam, including project integration, scope, time and cost management, quality management, human resource management, communication management, risk management, and procurement management. The course will provide an overview of the PMP exam format and requirements, sample questions, and test taking strategies. Participants will learn effective study techniques and create a personalized study plan.
Partnering: Minimize Failure and Enhance the Chance of SuccessSUKAD Group
Partnering: Minimize Failure and Enhance the Chance of Success is a presentation that we shared at Project Management (PM 360) Conference in Singapore in May 2013. In this presentation, we discuss various case studies from Alliance Project and a Mega Project - both were Capital Investment Projects.
Project management certifications are in high demand and with global acceptance in various orginations. However, we think, that we can improve on what exists today and this presenation offers our proposed Project Management Certification Model
The SUKAD Way™ | CAM2P™ Model | Project Success: A Different Perspective for ...SUKAD Group
The SUKAD Customizable and Adaptable Methodology for Managing Projects™ is a project life span model that covers a project from idea to project closure. One of the elements of this methodology is a fresh perspective on how to measure project success. We shared a short version of this presentation at PMI Lebanon Chapter Conference in November 2012 and a full version at PM 360 Conference in Singapore, in May 2013.
This document provides information about a three-day PMP Exam Prep Course taking place from May 27-29, 2009 in Washington, DC. The course will provide an overview of the PMP exam format and content, review key concepts and terminology from the PMBOK Guide, and provide practice questions and testing strategies. Attendees will learn about the five process groups and nine knowledge areas, and gain tips for effective exam preparation and study techniques. The course will be led by PMP certified instructors and provide 18 PDUs. The document provides logistics details on location, hotel accommodations, tuition rates and registration information.
In this presentation we humbly attempt to share our views on project management and its strategic value but as an introduction.
We discuss project and project management definitions, project management maturity, organizational project management, project management methodology and project life cycle, among other points.
The document discusses the six key processes for project time management: (1) define activities, (2) sequence activities, (3) estimate activity resources, (4) estimate activity durations, (5) develop schedule, and (6) control schedule. It provides details on the inputs, tools and techniques, and outputs for each process. The overall purpose is to plan and track the timely completion of a project through developing and managing a project schedule.
This presentation covers project management certifications, their values and limitations. It does not list all certifications but touches on some of the most common, such as PMP, PRINCE2, CCC, and others.
Project Management Model for EntrepreneursSUKAD Group
Project Management Model for Entrepreneurs: Entrepreneurship is becoming now a trend, but not everyone has the character and personal traits to be an entrepreneur. What are the PM value for entrepreneurship projects? In this presentation we discuss this topic including the SUKAD CAM2P™ Model
This document provides an overview of project integration management processes. It discusses developing a project charter and management plan, directing and managing project execution, monitoring and controlling work, performing integrated change control, and closing a project or phase. Key inputs, tools and techniques, and outputs are described for each process. Integration management aims to coordinate all aspects of a project through its life cycle.
1. The document discusses various project selection methods, economic models for evaluating projects, and key project metrics like IRR, payback period, ROI, EVA, and opportunity cost.
2. It also covers topics related to project change management including change control, integrated change control, corrective and preventive actions, and how they impact project baselines.
3. Additional areas covered include scope management, quality planning, risk management, communication management, and procurement contract types.
The document discusses project scope management. It covers collecting requirements, defining scope, creating a work breakdown structure (WBS), controlling scope, and verifying scope. The presenter outlines the key inputs, tools and techniques, and outputs for each scope management process. He provides examples of a project charter, WBS, and quizzes to reinforce the material. The overall presentation provides a comprehensive overview of how to plan, monitor, and control the scope of a project.
لمشاهدة ملفات الفيديو
https://www.youtube.com/playlist?list=PL0CTRdzzWSMuvJ9nKHzyxGAYCapJMQ8_Y
للمتابعة في جروب المذاكرة
https://www.facebook.com/groups/PMP.SG/
لمشاهدة ملفات الفيديو
https://www.youtube.com/playlist?list=PL0CTRdzzWSMuvJ9nKHzyxGAYCapJMQ8_Y
للمتابعة في جروب المذاكرة
https://www.facebook.com/groups/PMP.SG/
لمشاهدة ملفات الفيديو
https://www.youtube.com/watch?v=Yq3nz9YaaUU&index=23&list=PL0CTRdzzWSMuvJ9nKHzyxGAYCapJMQ8_Y
للمتابعة في جروب المذاكرة
https://www.facebook.com/groups/PMP.SG
This document provides an overview of project cost management. It covers definitions of key cost management terms, techniques for estimating costs such as analogous estimating, determining a project budget, and controlling costs over the lifetime of a project. The main techniques discussed are estimating costs, setting a cost performance baseline budget, monitoring project performance against the baseline through earned value management, and analyzing variances to manage project costs.
Ranga's 51 hot topics to remember for Risk Management Professional (RMP) examrrangraj
1. The document provides 51 topics to remember for the Risk Management Professional (RMP) exam, covering risk management processes, techniques, and concepts.
2. Key areas covered include contingency planning, risk assessment methods like assumption testing and FMEA, risk scoring and ranking, project cost estimation including contingency reserves, and theories around human motivation and management.
3. The exam is expected to include situational questions, as well as questions on risk simulation techniques like Monte Carlo simulation.
لمشاهدة ملفات الفيديو
https://www.youtube.com/watch?v=gKbK6kCp7G0&list=PL0CTRdzzWSMuvJ9nKHzyxGAYCapJMQ8_Y&index=15
للمتابعة في جروب المذاكرة
https://www.facebook.com/groups/PMP.SG
Prince 2 - Project Management principlesscharique01
The document discusses project management principles and methodologies like PRINCE2 and PMBOK. It provides an overview of PRINCE2 including its benefits, structure using the 7 principles, 7 themes and 7 processes. It describes the roles in PRINCE2 of customer, user and supplier. It also summarizes the pre-project flow and benefits review process in PRINCE2.
Project management involves planning, executing, and closing projects to achieve goals within constraints of budget, schedule and performance. A project has a defined start and end, with unique objectives and activities requiring teamwork. This document discusses key project concepts like the project life cycle of initiation, planning, execution and closure. It provides examples of construction, organizational and personal projects, and explains that projects aim to solve problems or pursue opportunities through the application of project management skills, tools and processes.
Calculate the variance for each activity and sum the critical path variances to calculate Z. Then use the standard normal distribution to find the probability of completing in less than 53 days.
ChapterPM_1.pptx for the course project managementDerbewBirhanu2
This document defines key concepts in project management. It begins by defining a project as a temporary endeavor undertaken to create a unique product or service, with defined start and end dates, funding limits, and that consumes resources. It then lists common examples of projects and types of projects. The document outlines the primary features of a project, including its lifecycle with distinct phases. It defines project management and its importance in controlling organizational change. Finally, it outlines the typical project management process and nine critical factors for project success.
On the Road to 6D Challenges and Responsibilities in all Stages of the Projec...Mauricio Munoz
This document discusses the challenges of delivering a 6D BIM process that provides facilities management information. It describes four project situations showing how coordination, cost estimation, managing service openings, and verifying contractual requirements against the as-built model were addressed. Visualization tools, design reviews, and linking models to costing software and contracts helped optimize workflows for different stakeholders and deliver a successful 6D process.
Question 17 The internal and external environmental factors that su.pdfezzi552
Making a Case for Microsoft\'s SharePoint
Increasingly more and more organizations are attempting to make information more accessible
and shareable among employees. While earlier versions introduced by Microsoft included SP
200 I, SP 2003, and SP 2007, that latest version of SharePoint offers a number of new features
and functionality over previous editions. Although Microsoft Office sales have been declining,
SharePoint® sales have been increasing. More specifically, Microsoft reported that SharePoint®
sales have seen 20 percent growth and revenues topping $1.3 billion. In addition, Microsoft
claims it has shipped over 85 million seat licenses to approximately 17,000 customers since SP
2001. As Alan Pelz-Sharpe points out, \"If there was ever any lingering doubt that SharePoint®
was having an impact on the market, these numbers put that argument to rest.\"
The popularity of SharePoint® is that it makes it easier for people to work together. The latest
version of SharePoint@, for example, allows individuals to set up their own web sites to share
information, manage documents, and publish reports, According to Microsoft\'s web site,
SharePoint® provides the following capabilities:
• Sites: allows for a single infrastructure to support all of an organization\'s web sites. People can
share documents, manage projects, and publish information.
• Communities: provides enterprise collaboration tools found on the most popular social
networking sites. Users can locate key contacts and information, join groups, and create wikis,
• Composites-supports: the use of tools and components that allow individuals to build business
applications without having to write code.
• Content-supports: content management with features like document types, retention policies,
and automatic content sorting that works seamlessly with Microsoft Office.
• Search: allows users to search for information and documents based on a combination of
relevance, refinement, and social cues.
•Insights: gives people access to information stored in the organization\'s databases, reports, and
business applications.
Large companies like Sony Electronics (a division of Sony Corporation) use SharePoint® to take
advantage of its improved search, social networking, and document sharing features. The
improved search capabilities of SharePoint® provide results by document type, author, or within
a specific time period that can narrow thousands of documents down to a relevant dozen. In
addition, the new search features provide results for search terms such as a company expert\'s
profile.
With the hiring of younger workers and the popularity of social media sites, Sony wanted to
encourage the use of My Sites to allow for a more progressive work style. This reduces many
problems when employees have to work in different parts of the world by increasing social
connections through online chats, wikis, and posts to discussion boards. The use of SharePoint®
has allowed Sony to communicate more effectivel.
This document provides an overview of project management fundamentals from Invensis Learning. It defines key concepts such as projects, programs, portfolios and their differences. It describes various project life cycles including predictive, iterative, adaptive and hybrid models. It also outlines topics that will be covered in the course, including project management concepts, influences, roles, processes and certifications. The document is copyrighted material from Invensis Learning.
Interface Management played a key role in enabling concurrent engineering on mega-projects by providing a structured process for coordination among project teams. Interface management established a single point of contact from each work group to facilitate parallel, multi-discipline design work. This allowed engineering tasks to be performed concurrently rather than sequentially, saving both time and resources. Interface management helped reduce schedules by 15-30% and man-hours by streamlining communication across project interfaces both within and between organizations. Continued emphasis on interface management through tools like web-based modules will further support the ongoing practice of concurrent engineering necessary for executing large, complex projects.
This document outlines the syllabus for an advanced project management course. It introduces the professor, Dr. G.K. Viju, and states that the course objectives are to build on basic project management concepts and examine advanced topics. The course will be taught through lectures, seminars, and discussions. Attendance is essential and students will be graded based on exams, assignments, seminars, and an external examination. The syllabus will cover topics like risk management, new contracting forms, and global project management.
This document provides an introduction to an advanced project management course. It outlines that the course will cover advanced topics to improve project management effectiveness. It will be taught through lectures, seminars and discussions. Attendance and participation are essential. Grading will include exams, assignments and seminars. The syllabus will cover topics like risk management, contracting, trust, and global project management. It provides background on project management principles and standards, as well as the project life cycle and importance of stakeholders.
Project Management Framework • What’s Project? • What’s a Project Management? • Operations/Projects/Programs/Portfolios • The Project Management Office • Progressive Elaboration vs. Scope Creep • The Triple Constraint • Ten Knowledge Areas & Five Process Groups. • Project Life Cycle
project analysis and management for the masters students.abuzertaju
Who wants to study business administration it's useful presentation .
It's a master's course which prepared by Mizan Tepi university and the course given to students of masters .
If there is anything unclear about the course, you can ask, read and use it.
I wish you all a good reading!!
የንግድ ሥራ አስተዳደርን ማን ማጥናት ይፈልጋል ጠቃሚ አቀራረብ . በሚዛን ቴፒ ዩኒቨርሲቲ የተዘጋጀ የማስተርስ ኮርስ እና የማስተርስ ተማሪዎች የተሰጠ ኮርስ ነው። በትምህርቱ ላይ ግልጽ ያልሆነ ነገር ካለ መጠየቅ፣ ማንበብ እና መጠቀም ይችላሉ። መልካም ንባብ ለሁላችሁም እመኛለሁ!!
Who wants to study business administration it's useful presentation .
It's a master's course which prepared by Mizan Tepi university and the course given to students of masters .
If there is anything unclear about the course, you can ask, read and use it.
I wish you all a good reading!!
The document discusses key concepts in project management including projects, subprojects, programs, and the Project Management Body of Knowledge (PMBOK). It defines projects and subprojects, noting that subprojects have their own goals, schedules, and resources that contribute to the overall project deliverables. The document also summarizes the 10 knowledge areas and 5 process groups that make up the PMBOK framework, including integration management, scope management, time management, cost management, and quality management.
This document provides an overview of project management concepts and frameworks. It discusses:
- The Project Management Body of Knowledge (PMBOK), which defines knowledge areas and process groups for managing projects. The nine knowledge areas are project integration, scope, time, cost, quality, human resources, communication, risk, and procurement management.
- The five process groups in PMBOK are initiating, planning, executing, monitoring and controlling, and closing.
- The Project Management Institute's (PMI) framework, which includes stakeholders' needs, knowledge areas, tools/techniques, and project portfolios.
- The differences between portfolio management, which focuses on strategic alignment of projects, and project management,
This Presentation create a basic information and Idea about the Project Management Practices. The data was compiled from the reputed sources for better understanding.
In this advanced business analysis training session, you will learn SDLC methodologies. Topics covered in this session are:
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The Impact of Project Management Practices on Project SuccessIRJET Journal
1) The document discusses the relationship between project management practices and project success. It analyzes data from project practitioners in 10 countries.
2) The majority of successful projects incorporate but do not fully exploit modern project management tools and techniques. The impact of these tools on success depends on practitioner training, timely implementation, and level of implementation.
3) While project management can positively impact success, human factors are also critical. Project success results from both effective project management and an successful final product.
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Overview of project management in engineering environment
1. Overview of project management in the engineering & construction environment
Project Management
2. The main topics
Overview of Project Management in Engineering & Construction Environment 2
Setting the scene - Definitions
Project management methodology
Life cycles – various perspectives
Project management functions and processes
Project success
Case Studies
4. Operations and Projects
Overview of Project Management in Engineering & Construction Environment 4
Business-as-usual
Business change
5. Another View
Overview of Project Management in Engineering & Construction Environment 5
From PMI Publication
6. Project Owner vs. Service Provider
Overview of Project Management in Engineering & Construction Environment 6
7. Careers Perspective
Overview of Project Management in Engineering & Construction Environment 7
Something to think about: where do you see
yourself?
8. What is a project? (PMBOK® Guide)
Overview of Project Management in Engineering & Construction Environment 8
“A project is a temporary endeavor
undertaken to create a unique product,
service, or results”
The focus here is on the output for a project
Material from the PMBOK® Guide has been
reproduced with the permission of PMI
9. What is a project? (SUKAD)
Overview of Project Management in Engineering & Construction Environment 9
We add to the PMI definition:
A project is anything we create from scratch or a
major change to an existing system,
That requires (major) effort in terms of planning
and delivery, and
It creates value to the organization, realizing the
benefits expected when authorizing the project
10. Definition: Project Management
Overview of Project Management in Engineering & Construction Environment 10
“Project management is the application of
knowledge, skills, tools, and techniques to
project activities to meet project requirements”
PMBOK® Guide, Chapter 1
13. Project Life Cycle
Overview of Project Management in Engineering & Construction Environment 13
Project
If this box represents a project?
Then, a project life cycle represents how to
transform an idea (concept, vision, goal) into
reality, producing benefits!
Idea
Closure
14. Phases and Stages
Overview of Project Management in Engineering & Construction Environment 14
Project Life Cycle
Phase 1 Phase 3Phase 2
Stage
1
Stage
2
Stage 3 Stage 4 Stage 5 Stage 6 Stage 7 Stage 8
15. Deliverables and Gates
Overview of Project Management in Engineering & Construction Environment 15
A Deliverable is the output of a given stage
A Gate is stage/phase Exit: decision point
20. A process
Overview of Project Management in Engineering & Construction Environment 20
A process is a series of actions (using tools and
techniques) to bring about a result
Input is what we need before we start …
Output is what we get when done
To achieve output, we use tools and follow certain
techniques
Tools and
Techniques
Input Output
22. P-D-C-A – 2
Overview of Project Management in Engineering & Construction Environment 22
23. PM process groups within a phase
Overview of Project Management in Engineering & Construction Environment 23
PMBOK Guide
24. The knowledge areas
Overview of Project Management in Engineering & Construction Environment 24
Integration
Scope
Time
Cost
Quality
HR
Communication
Risk
Procurement
Stakeholders
25. Process groups repeating along PLC
Overview of Project Management in Engineering & Construction Environment 25
26. PMBOK® Guide versus CAM2P™
Overview of Project Management in Engineering & Construction Environment 26
27. Small & simple projects
Overview of Project Management in Engineering & Construction Environment 27
Use the standard
model; and
modify as
necessary
Or, the modified
process groups
28. Medium & moderate projects
Overview of Project Management in Engineering & Construction Environment 28
29. Large & complex projects
Overview of Project Management in Engineering & Construction Environment 29
30. Overview of Planning and Control
Overview of Project Management in Engineering & Construction Environment 30
31. WBS: a critical initial step
Overview of Project Management in Engineering & Construction Environment 31
WBS
Q/SHE
Time
(Schedule)
Cost
(CBS)
People
(RBS)
Commu
nication
Risk
(RBS)
Procure
rement
32. Trip
France
Paris
Tour Eiffel Louvre
Arc de
Triumph
Nice
Italy
Rome
Coliseum
Venice
Spain
Another sample WBS: trip project
Overview of Project Management in Engineering & Construction Environment 32
34. SUKAD four dimensions of success
Overview of Project Management in Engineering & Construction Environment 34
35. This first dimension focus on the product of the project.
We measure success at the time of handover and final acceptance.
We measure it in comparison to project plan (design, specifications, standards, etc.)
The first dimension
Overview of Project Management in Engineering & Construction Environment 35
Close
(COR)
Initial
Ops
Idea
Concept/
Feasibility
Project
Definition
(Detailed Plan)
Project
Plan
Handover
Charter
Accept.
PM
PlanningPMPlan
1 2 3 4
Implementation
5 6
D1: Success of the Product
36. This second dimension focus on project management.
We measure at the time project close out.
We measure it in comparison to the project management plan (time, cost, etc.)
The second dimension
Overview of Project Management in Engineering & Construction Environment 36
D2: Success of Project Management
Close (COR)
Initial
Ops
Idea
Concept/
Feasibility
Project
Definition
(Detailed Plan)
Project
Plan
Handover
Charter
Accept.
PM
Planning
PMPlan
1 2 3 4
Implementation
5 6
37. The third dimension
Overview of Project Management in Engineering & Construction Environment 37
D3: Success of Project
Close (COR)
Initial
Ops
Idea
Concept/
Feasibility
Project
Definition
(Detailed Plan)
Project
Plan
Handover
Charter
Accept.
PM
Planning
PMPlan
1 2 3 4
Implementation
5 6
This third dimension focus on project delivery.
We might be able to measure at acceptance but often not possible until later.
We measure it in comparison to the project authorization (charter).
38. This fourth dimension focus on the project business case and objectives.
Most likely we cannot measure this at acceptance
We can only measure after completion; possibly months or years later.
We measure it in comparison to the Idea Statement (Business Case/Feasibility).
The fourth dimension
Overview of Project Management in Engineering & Construction Environment 38
Close (COR)
Initial
Ops
Idea
Concept/
Feasibility
Project
Definition
(Detailed Plan)
ProjectPlan
Handover
Charter
Accept.
PM
PlanningPMPlan
1 2 3 4
Implementation
5 6
D4: Success of The Idea – Business Objective
40. Case Study: Project Success
Overview of Project Management in Engineering & Construction Environment 40
Pipe and valve vendors
Wanted to build a gym in warehouse facility
What would you do if you are the PM?
Most PM will build a gym
So if we build the gym, per specification, can
say we have achieved success?
How about completion per time and cost
parameters, is this success?
41. Case study, continued
Overview of Project Management in Engineering & Construction Environment 41
We asked the question: “Why are we building
a gym?”
The answer is: “We are building a gym to
improve employees health”
Is the project different? If yes – how?
Would you do anything different in term of
deliverables of the project?
From project success perspective, would that
make a difference to how to deliver project?
42. Case Study 2: “Building” Project
Overview of Project Management in Engineering & Construction Environment 42
Project was to build a certain “building”
Project completed
Significantly over budget (x10),
6 years later than planned
Is this project successful?
What could help us decide?
43. Case Study 2, continued
Overview of Project Management in Engineering & Construction Environment 43
How about this:
“The ----- is a great architectural work of the 20th
century that brings together multiple strands of
creativity and innovation in both architectural form
and structural design.”
“Outstanding Universal Value “ ----- is positioned as a
world-famous icon of architecture. The building is a
great artistic monument and an icon, accessible to
society at large.
Is this project successful?
Ref. UNESCO Website
44. Dimensions of success – CS2
Overview of Project Management in Engineering & Construction Environment 44
45. Case Study: Geotechnical
Overview of Project Management in Engineering & Construction Environment 45
Major project in Dubai – housing community
Preliminary sub-surface investigation
Consultant requested more – client refused
Result: 40+ villas are useless due to differential
settlement – causing cracks and other damage
Similar project in Abu Dhabi
Houses were sinking
Discovered underground voids collapsing with time
46. Case Study: Design Errors
Overview of Project Management in Engineering & Construction Environment 46
Building to house doctors clinics
Engineering did not fully understand purpose
Today, one can perform outpatient surgery in clinics
Results
Normal corridors and elevators
• Cannot bring in patient on stretchers
No UPS facilities
48. Projects’ Common Factors
Overview of Project Management in Engineering & Construction Environment 48
Both projects were about equal in value
Both ~ US$ 2 – 4 billion in today market
Both projects were joint/triple ventures
Both projects parts of larger programs
Included: major grass root facilities
Included: modifications within existing refineries
owned by one of the partners
49. Material Procurement & Sourcing
Overview of Project Management in Engineering & Construction Environment 49
50. Projects’ Differentiation Factors – 1
Overview of Project Management in Engineering & Construction Environment 50
Contract: commercial aspects
AP: reimbursable cost/cost plus incentive
• Incentive for Cost, Safety, and Schedule
UP: fixed price (initially open book)
Contract: execution approach
AP: EPCM + multiple construction contracts
• Engineering: UK // Construction: SE Asia
UP: EPCM + 1 general contractor
EPCM: Engineering, Procurement, and Construction Management
51. Projects’ Differentiation Factors - 2
Overview of Project Management in Engineering & Construction Environment 51
AP: was on a small island
About 60% of area reclaimed from sea
Engineering in Europe
UP: was inland
No major logistical challenges
Engineering office 2 hours away by car
54. Capital Investment Risk Continuum
(Contract Types Versus Risk)
Overview of Project Management in Engineering & Construction Environment 54
Figure not by the author – download from internet and source is lost
AP UP
55. Which project was
a success
Overview of Project Management in Engineering & Construction Environment 55
56. What made the difference?
Overview of Project Management in Engineering & Construction Environment 56
PM maturity: major contributing factor
Team size & experience: significant
Senior stakeholders involvement: crucial
Proper pre-planning; impact on change
Communication
For AP a major focus
For UP monthly reports an email
57. Once again: careers perspective
Overview of Project Management in Engineering & Construction Environment 57
Something to think about: where do you see
yourself?
58. Thank you
Overview of Project Management in Engineering & Construction Environment 58
@mounirajam
@SUKADgroup