The document provides guidelines for planning outages at the Eskom Hendrina Power Station. It describes the four types of outages that can occur: general overhaul, mini general overhaul, interim repair, and forced outage. The planning process involves developing a project management plan, determining project requirements for scope, schedule, cost, quality, communication, risk, procurement, and stakeholder management. It also describes collecting contractor work schedules, integrating them into the Primavera P6 software, and updating project schedules on a daily/weekly basis during outages. Cleaning up non-standard data when importing schedules between different Primavera software versions is also outlined.
The document will enable the reader to have a better understanding on the different ways of progress measurement and help decide an individual the reporting type that is beneficial for them.
Using primavera to calculate the forward pass and backward pass dates of a project.
There are various ways to calculate the late start and late finish dates of a project.
Dashboard Reporting Using Business Intelligence provides an dynamic approach to the visibility of the progress to the team. It also enables the team to provide real time information on the project status.
The document has been developed keeping in mind the common challenges that a planner may face while
developing a schedule. I have also tried to cover in areas which is required for effective earned value
calculation. The document is been prepared considering that the reader has a basic understanding of Primavera P6.
Cost management is the process of planning and controlling the budget of a business. Cost management is a form of management accounting that allows a business to predict impending expenditures to help reduce the chance of going over budget.
4 an activity analysis of project scheduling problem a case study 1pmb25
The document discusses project scheduling techniques for aircraft maintenance projects. It outlines 6 steps of analysis: problem issues, environmental scanning, alternative courses of action, key success factors, selection of best alternatives, and recommendations. For problem issues, it notes the need to complete multiple small maintenance projects within budget and minimum time. It evaluates techniques like Pareto analysis, Gantt charts, and cause-and-effect diagrams as potential solutions. Pareto analysis and applying lessons from a past case study are recommended to solve time-cost tradeoffs and minimize project time and cost through an effective, efficient approach.
How to prepare recovery or revised schedule rev.2Abdelhay Ghanem
This document explains how to create a recovery/revised schedule in Primavera. It discusses:
- The meaning of a recovery schedule and who should use this document
- Steps to prepare a recovery schedule including ensuring activities are in sequence, removing finish constraints, and running a retained logic schedule
- Applying global changes such as setting actual dates for completed activities and adjusting durations for in-progress activities
- Using an equation to calculate activity percent complete based on actual start, remaining duration and data date to ensure earned value equals planned value
- Exporting data to Excel to calculate values needed to adjust the schedule and ensure earned value matches planned value.
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.
The document will enable the reader to have a better understanding on the different ways of progress measurement and help decide an individual the reporting type that is beneficial for them.
Using primavera to calculate the forward pass and backward pass dates of a project.
There are various ways to calculate the late start and late finish dates of a project.
Dashboard Reporting Using Business Intelligence provides an dynamic approach to the visibility of the progress to the team. It also enables the team to provide real time information on the project status.
The document has been developed keeping in mind the common challenges that a planner may face while
developing a schedule. I have also tried to cover in areas which is required for effective earned value
calculation. The document is been prepared considering that the reader has a basic understanding of Primavera P6.
Cost management is the process of planning and controlling the budget of a business. Cost management is a form of management accounting that allows a business to predict impending expenditures to help reduce the chance of going over budget.
4 an activity analysis of project scheduling problem a case study 1pmb25
The document discusses project scheduling techniques for aircraft maintenance projects. It outlines 6 steps of analysis: problem issues, environmental scanning, alternative courses of action, key success factors, selection of best alternatives, and recommendations. For problem issues, it notes the need to complete multiple small maintenance projects within budget and minimum time. It evaluates techniques like Pareto analysis, Gantt charts, and cause-and-effect diagrams as potential solutions. Pareto analysis and applying lessons from a past case study are recommended to solve time-cost tradeoffs and minimize project time and cost through an effective, efficient approach.
How to prepare recovery or revised schedule rev.2Abdelhay Ghanem
This document explains how to create a recovery/revised schedule in Primavera. It discusses:
- The meaning of a recovery schedule and who should use this document
- Steps to prepare a recovery schedule including ensuring activities are in sequence, removing finish constraints, and running a retained logic schedule
- Applying global changes such as setting actual dates for completed activities and adjusting durations for in-progress activities
- Using an equation to calculate activity percent complete based on actual start, remaining duration and data date to ensure earned value equals planned value
- Exporting data to Excel to calculate values needed to adjust the schedule and ensure earned value matches planned value.
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.
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.
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.
PLANNING AND SCHEDULING DONE BY A CIVIL ENGINEERSHafiz JUNAID
The document discusses planning and scheduling techniques used in construction projects. It describes network scheduling as a method to schedule project activities by connecting them in a logical sequence using network diagrams. The document outlines critical path method (CPM) and program evaluation and review technique (PERT) as the two main network scheduling techniques, along with Monte Carlo simulation. It provides steps to construct arrow diagrams and node diagrams for network schedules and defines key terms used in scheduling like activities, events, dummies, and logic relationships.
This document discusses key aspects of project scheduling, including:
- Scheduling determines the timing and sequence of project tasks.
- Schedules are created to better manage projects, control changes, and monitor progress.
- Key elements that are scheduled include milestones, activities, resources, and durations.
- The scheduler must determine what tasks are needed, how they will be performed, who will perform them, and their sequence.
- Common scheduling tools include Gantt charts, critical paths, floats, and scheduling software.
- The scheduling process involves defining activities, sequencing them, estimating durations, developing the schedule, and controlling it.
The document summarizes a meeting between Acumen, an advisory firm, and Project Time & Cost (PT&C), a consulting firm, to discuss project scheduling standards and best practices. It outlines PT&C's experience and services in program cost, schedule, and risk consulting. It then details various government and non-government scheduling standards, including the Government Accountability Office's 10 best practices for project scheduling and the Defense Contract Management Agency's 14-point assessment criteria. The document proposes using a Schedule Maturity Framework and Acumen Fuse software to review and analyze project schedules.
The Work Breakdown Structure (WBS) is a key project management tool used to define and group the total scope of work to be performed by the project team. It provides a common understanding of the project and can be used for planning, estimating costs and schedules, tracking progress, and assigning responsibilities. The WBS breaks down the project into smaller, more manageable components, typically in a hierarchical structure with up to six levels of detail. It helps ensure all required work is defined and accounted for and provides a framework for managing the project.
Lessons Learned - Schedule Updating And Maintenance Using Primavera™Charlie Jackson
The document provides lessons learned for effectively updating and maintaining schedules in Primavera P6. It discusses the importance of understanding contract requirements, establishing baselines, assigning responsibilities, providing training, gathering data through site visits, and understanding P6 settings. The key lessons include planning the update process, entering progress data, reviewing reports and analyses, and communicating schedule status. Maintaining the schedule in P6 requires properly setting up the software and following a structured process of planning, data collection, review, and communication.
Scheduling is important during the pre-construction, construction, and post-construction phases of a project. A bar chart or Gantt chart is a simple scheduling method that shows project activities as horizontal bars along a timeline, indicating start and end dates. A network-based schedule is a more complex method that depicts all project activities and their logical relationships in a network diagram. It assigns duration and sequence to each activity. Network scheduling is the most powerful tool for accurately planning and managing construction projects.
The document summarizes key aspects of project monitoring and control systems. It discusses collecting data on project status, formatting progress reports, the project control process of comparing plans to actuals, and tools for monitoring schedule and cost performance like Gantt charts and control charts. The document also introduces earned value management concepts like planned value, earned value, actual costs, variances, and performance indexes. Formulas are provided for estimating costs at completion based on actual costs and variances.
CONSTRUCTION PROJECT PLANING
WHAT IS CONSTRUCTION PLANNING
5 STEPS TO THE PERFECT CONSTRUCTION PLANNING PROCESS
PRE TENDER PLANNING
PRE CONTRACT PLANNING
ROLE OF CLIENT
ROLE OF CONTRACTOR
PROCESS OF DEVELOPMENT OF PLANS
PLANNING A PROJECT
INTRODUCTION TO SCHEDULING
WORK BREAKDOWN STRUCTURE
BAR CHARTS (GANTT CHARTS)
NETWORK TECHNIQUES
ACTIVITY-ON-ARROW NETWORK
DUMMY ACTIVITIES
DANGLING ACTIVITY
CYCLE IN NETWORK
PRECEDENCE NETWORKS
TIME ESTIMATES
MILESTONES IN PROJECT
TIME ANALYSIS
CRITICAL PATH, SLACK AND FLOAT
NETWORK ANALYSIS AND BAR CHART
WHAT IS NETWORK
PERT / CPM Techniques
TERMS USED IN A NETWORK
RULES OF NETWORK CONSTRUCTION
NETWORK SYMBOLS
CPM Scheduling best practicies within the Construction IndistryMichael Pink
This document provides an overview of a presentation on fundamentals of critical path method (CPM) scheduling for construction project managers. It discusses key concepts like critical path, building a baseline CPM schedule, setting activity relationships and constraints, best practices for schedule updates, and an introduction to lean construction principles for minimizing waste. Examples are provided throughout to illustrate different scheduling techniques and terminology.
This document introduces and analyzes the "banana curve", which is a combination of the early and late progress or cost curves plotted on a single graph. It discusses how the banana curve can help project managers monitor project progress and identify variances compared to the planned schedule. It then provides four methods for generating the early and late curves from a Primavera P6 project schedule that can be combined to form the banana curve: using the activity usage profile, reports tool, activity usage spreadsheet, and resource assignment data. The document aims to explain what early and late curves are, how the banana curve is formed, and how project managers can benefit from this analysis and monitoring technique.
1) Loading cost in a schedule can be done through either creating a global cost resource or expense item.
2) Loading cost as a resource provides more benefits like early/late cash flows, customizable resource curves, and automatic calculation of actual/remaining costs. However, it does not allow costs before/after an activity.
3) Loading cost as an expense allows costs before/after an activity but provides fewer cost analysis options and does not automatically calculate costs in all situations.
4) Overall, using a resource for cost loading provides more benefits for analysis, but an expense may be preferable in some limited cases. The method chosen should best suit the specific schedule and cost tracking needs.
This document provides an outline for a course on project scheduling and controls. The 3-day course will introduce key concepts in project scheduling including activity sequencing, developing project schedules, schedule updates and change control, and earned value management. Participants will learn to create effective project schedules, implement controls, evaluate metrics and prepare reports. The course aims to prepare attendees to sit for the PMI Scheduling Professional or AACE Project Scheduling Professional certifications. It will use exercises, workshops, and a case study to demonstrate scheduling skills across different project types.
Project Management focused on Scheduling of a ProjectMeryem Yıldız
The document discusses project scheduling and defines key concepts. It covers:
1. Defining the components of scheduling including work breakdown structure, task estimation and precedence networks.
2. Using Gantt charts and MS Project to schedule tasks and visualize a project plan.
3. Precedence networks which show task dependencies and calculate early/late start/finish times to determine a critical path.
4. An example company project that involves work breakdown, Gantt charting and critical path analysis.
The document discusses project scheduling and tracking methods like PERT charts, Gantt charts, and the critical path method (CPM). PERT charts show task sequences and durations, while Gantt charts graphically present start/end dates. CPM identifies the critical path with the lowest schedule flexibility by performing forward and backward passes to calculate early/late starts and floats. The critical path has zero float and determines the project completion date.
إدارة التخطيط والبرامج الزمنية
فيديو المحاضرة: https://www.youtube.com/watch?v=HiGNZeLQ9Po
Content:
1- Planning and scheduling
2- Time schedule development
3- Resource and cost loading
4- Time schedule submittal
5- Review and approval
6- Update and reporting
7- Delay quantification approaches
8- Mitigation and action plans
Critical Path Method (CPM) Training is one of the most important training in leadership phase. CPM training encourages you how to apply critical path method in your tasks. The critical path method (CPM) is a system for booking a progression of venture exercises. CPM is normally connected in a wide range of undertakings, for example, development, aviation and barrier, programming advancement, investigate ventures, item improvement, building, and plant support, to give some examples.
Audience:
3-day course designed for:
Project managers
Project engineers
Team managers
Supervisors
All professional who needs to manage scheduling of a project
Price: $2,499.00 Length: 3 Days
The critical approach of using CPM is to build a model that contains the following:
An outline of all actions necessary to finish the project
The time period that each of these activities need to accomplish
The dependencies among the activities
Rational end points including objectives or deliverables
Training Objectives:
Define the project elements
Define project management
Understand all the process of managing the project
Plan the project
Understand and apply project management tools
Understand the terms and definitions associated with CPM
Discuss the benefits and limitations of CPM
Articulate the CPM assumptions
Analyze the problems and context
Formulate the indicators
Asses the impacts
Perform PID
Develop the CPM process
Estimate the earliest start (ES) and earliest finish (EF)
Estimate the latest start (LS) and latest finish (LF)
Apply and evaluate crash action
Course Outline:
Overview of CPM
Fundamentals of Project Management
Project Lifecycle
Project Process
CPM Terminology
Critical Path Method
CPM Development Process
Fundamental Approaches
Schedule Function
The Scheduling Development
Project Scope Definition
TONEX CPM Hands-On Workshop Sample
CPM Training, Critical Path Method
https://www.tonex.com/training-courses/cpm-training-critical-path-method/
The document outlines procedures for creating, maintaining, and distributing integrated project schedules for engineering, procurement, shipping, and construction activities. It assigns responsibilities to various roles including the Director, Manager of Planning and Controls, Manager of FEMC, Construction Coordinator, Manager of Engineering, Project Engineer, Scheduler, and Assistant Manager of Materials. Key responsibilities include developing master and sub-schedules, ensuring accuracy and logic, monitoring deviations, and providing schedule and performance updates.
Most Popular 20 Evergreen Project Management TermsSHAZEBALIKHAN1
Project management requires a deep understanding of the jargon and terminology for effective implementation of practices. The article presents 20 popular and common terms of project management
ESOFT Metro Campus - Diploma in Software Engineering - (Module VII) Introduction to Project Management
(Template - Virtusa Corporate)
Contents:
What is a Project?
History of the Project Management
Attributes of a Project
What is Project Management?
Why Project Management Important?
The Triple Constraints of a Project
Project Stakeholders
Performing Organizational Structures
Project Management Life Cycle
Project Management Processes
Nine Knowledge Areas
Integration Management
Scope Management
Time Management
Cost Management
Quality Management
Human Resource Management
Communication Management
Risk Management
Procurement Management
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.
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.
PLANNING AND SCHEDULING DONE BY A CIVIL ENGINEERSHafiz JUNAID
The document discusses planning and scheduling techniques used in construction projects. It describes network scheduling as a method to schedule project activities by connecting them in a logical sequence using network diagrams. The document outlines critical path method (CPM) and program evaluation and review technique (PERT) as the two main network scheduling techniques, along with Monte Carlo simulation. It provides steps to construct arrow diagrams and node diagrams for network schedules and defines key terms used in scheduling like activities, events, dummies, and logic relationships.
This document discusses key aspects of project scheduling, including:
- Scheduling determines the timing and sequence of project tasks.
- Schedules are created to better manage projects, control changes, and monitor progress.
- Key elements that are scheduled include milestones, activities, resources, and durations.
- The scheduler must determine what tasks are needed, how they will be performed, who will perform them, and their sequence.
- Common scheduling tools include Gantt charts, critical paths, floats, and scheduling software.
- The scheduling process involves defining activities, sequencing them, estimating durations, developing the schedule, and controlling it.
The document summarizes a meeting between Acumen, an advisory firm, and Project Time & Cost (PT&C), a consulting firm, to discuss project scheduling standards and best practices. It outlines PT&C's experience and services in program cost, schedule, and risk consulting. It then details various government and non-government scheduling standards, including the Government Accountability Office's 10 best practices for project scheduling and the Defense Contract Management Agency's 14-point assessment criteria. The document proposes using a Schedule Maturity Framework and Acumen Fuse software to review and analyze project schedules.
The Work Breakdown Structure (WBS) is a key project management tool used to define and group the total scope of work to be performed by the project team. It provides a common understanding of the project and can be used for planning, estimating costs and schedules, tracking progress, and assigning responsibilities. The WBS breaks down the project into smaller, more manageable components, typically in a hierarchical structure with up to six levels of detail. It helps ensure all required work is defined and accounted for and provides a framework for managing the project.
Lessons Learned - Schedule Updating And Maintenance Using Primavera™Charlie Jackson
The document provides lessons learned for effectively updating and maintaining schedules in Primavera P6. It discusses the importance of understanding contract requirements, establishing baselines, assigning responsibilities, providing training, gathering data through site visits, and understanding P6 settings. The key lessons include planning the update process, entering progress data, reviewing reports and analyses, and communicating schedule status. Maintaining the schedule in P6 requires properly setting up the software and following a structured process of planning, data collection, review, and communication.
Scheduling is important during the pre-construction, construction, and post-construction phases of a project. A bar chart or Gantt chart is a simple scheduling method that shows project activities as horizontal bars along a timeline, indicating start and end dates. A network-based schedule is a more complex method that depicts all project activities and their logical relationships in a network diagram. It assigns duration and sequence to each activity. Network scheduling is the most powerful tool for accurately planning and managing construction projects.
The document summarizes key aspects of project monitoring and control systems. It discusses collecting data on project status, formatting progress reports, the project control process of comparing plans to actuals, and tools for monitoring schedule and cost performance like Gantt charts and control charts. The document also introduces earned value management concepts like planned value, earned value, actual costs, variances, and performance indexes. Formulas are provided for estimating costs at completion based on actual costs and variances.
CONSTRUCTION PROJECT PLANING
WHAT IS CONSTRUCTION PLANNING
5 STEPS TO THE PERFECT CONSTRUCTION PLANNING PROCESS
PRE TENDER PLANNING
PRE CONTRACT PLANNING
ROLE OF CLIENT
ROLE OF CONTRACTOR
PROCESS OF DEVELOPMENT OF PLANS
PLANNING A PROJECT
INTRODUCTION TO SCHEDULING
WORK BREAKDOWN STRUCTURE
BAR CHARTS (GANTT CHARTS)
NETWORK TECHNIQUES
ACTIVITY-ON-ARROW NETWORK
DUMMY ACTIVITIES
DANGLING ACTIVITY
CYCLE IN NETWORK
PRECEDENCE NETWORKS
TIME ESTIMATES
MILESTONES IN PROJECT
TIME ANALYSIS
CRITICAL PATH, SLACK AND FLOAT
NETWORK ANALYSIS AND BAR CHART
WHAT IS NETWORK
PERT / CPM Techniques
TERMS USED IN A NETWORK
RULES OF NETWORK CONSTRUCTION
NETWORK SYMBOLS
CPM Scheduling best practicies within the Construction IndistryMichael Pink
This document provides an overview of a presentation on fundamentals of critical path method (CPM) scheduling for construction project managers. It discusses key concepts like critical path, building a baseline CPM schedule, setting activity relationships and constraints, best practices for schedule updates, and an introduction to lean construction principles for minimizing waste. Examples are provided throughout to illustrate different scheduling techniques and terminology.
This document introduces and analyzes the "banana curve", which is a combination of the early and late progress or cost curves plotted on a single graph. It discusses how the banana curve can help project managers monitor project progress and identify variances compared to the planned schedule. It then provides four methods for generating the early and late curves from a Primavera P6 project schedule that can be combined to form the banana curve: using the activity usage profile, reports tool, activity usage spreadsheet, and resource assignment data. The document aims to explain what early and late curves are, how the banana curve is formed, and how project managers can benefit from this analysis and monitoring technique.
1) Loading cost in a schedule can be done through either creating a global cost resource or expense item.
2) Loading cost as a resource provides more benefits like early/late cash flows, customizable resource curves, and automatic calculation of actual/remaining costs. However, it does not allow costs before/after an activity.
3) Loading cost as an expense allows costs before/after an activity but provides fewer cost analysis options and does not automatically calculate costs in all situations.
4) Overall, using a resource for cost loading provides more benefits for analysis, but an expense may be preferable in some limited cases. The method chosen should best suit the specific schedule and cost tracking needs.
This document provides an outline for a course on project scheduling and controls. The 3-day course will introduce key concepts in project scheduling including activity sequencing, developing project schedules, schedule updates and change control, and earned value management. Participants will learn to create effective project schedules, implement controls, evaluate metrics and prepare reports. The course aims to prepare attendees to sit for the PMI Scheduling Professional or AACE Project Scheduling Professional certifications. It will use exercises, workshops, and a case study to demonstrate scheduling skills across different project types.
Project Management focused on Scheduling of a ProjectMeryem Yıldız
The document discusses project scheduling and defines key concepts. It covers:
1. Defining the components of scheduling including work breakdown structure, task estimation and precedence networks.
2. Using Gantt charts and MS Project to schedule tasks and visualize a project plan.
3. Precedence networks which show task dependencies and calculate early/late start/finish times to determine a critical path.
4. An example company project that involves work breakdown, Gantt charting and critical path analysis.
The document discusses project scheduling and tracking methods like PERT charts, Gantt charts, and the critical path method (CPM). PERT charts show task sequences and durations, while Gantt charts graphically present start/end dates. CPM identifies the critical path with the lowest schedule flexibility by performing forward and backward passes to calculate early/late starts and floats. The critical path has zero float and determines the project completion date.
إدارة التخطيط والبرامج الزمنية
فيديو المحاضرة: https://www.youtube.com/watch?v=HiGNZeLQ9Po
Content:
1- Planning and scheduling
2- Time schedule development
3- Resource and cost loading
4- Time schedule submittal
5- Review and approval
6- Update and reporting
7- Delay quantification approaches
8- Mitigation and action plans
Critical Path Method (CPM) Training is one of the most important training in leadership phase. CPM training encourages you how to apply critical path method in your tasks. The critical path method (CPM) is a system for booking a progression of venture exercises. CPM is normally connected in a wide range of undertakings, for example, development, aviation and barrier, programming advancement, investigate ventures, item improvement, building, and plant support, to give some examples.
Audience:
3-day course designed for:
Project managers
Project engineers
Team managers
Supervisors
All professional who needs to manage scheduling of a project
Price: $2,499.00 Length: 3 Days
The critical approach of using CPM is to build a model that contains the following:
An outline of all actions necessary to finish the project
The time period that each of these activities need to accomplish
The dependencies among the activities
Rational end points including objectives or deliverables
Training Objectives:
Define the project elements
Define project management
Understand all the process of managing the project
Plan the project
Understand and apply project management tools
Understand the terms and definitions associated with CPM
Discuss the benefits and limitations of CPM
Articulate the CPM assumptions
Analyze the problems and context
Formulate the indicators
Asses the impacts
Perform PID
Develop the CPM process
Estimate the earliest start (ES) and earliest finish (EF)
Estimate the latest start (LS) and latest finish (LF)
Apply and evaluate crash action
Course Outline:
Overview of CPM
Fundamentals of Project Management
Project Lifecycle
Project Process
CPM Terminology
Critical Path Method
CPM Development Process
Fundamental Approaches
Schedule Function
The Scheduling Development
Project Scope Definition
TONEX CPM Hands-On Workshop Sample
CPM Training, Critical Path Method
https://www.tonex.com/training-courses/cpm-training-critical-path-method/
The document outlines procedures for creating, maintaining, and distributing integrated project schedules for engineering, procurement, shipping, and construction activities. It assigns responsibilities to various roles including the Director, Manager of Planning and Controls, Manager of FEMC, Construction Coordinator, Manager of Engineering, Project Engineer, Scheduler, and Assistant Manager of Materials. Key responsibilities include developing master and sub-schedules, ensuring accuracy and logic, monitoring deviations, and providing schedule and performance updates.
Most Popular 20 Evergreen Project Management TermsSHAZEBALIKHAN1
Project management requires a deep understanding of the jargon and terminology for effective implementation of practices. The article presents 20 popular and common terms of project management
ESOFT Metro Campus - Diploma in Software Engineering - (Module VII) Introduction to Project Management
(Template - Virtusa Corporate)
Contents:
What is a Project?
History of the Project Management
Attributes of a Project
What is Project Management?
Why Project Management Important?
The Triple Constraints of a Project
Project Stakeholders
Performing Organizational Structures
Project Management Life Cycle
Project Management Processes
Nine Knowledge Areas
Integration Management
Scope Management
Time Management
Cost Management
Quality Management
Human Resource Management
Communication Management
Risk Management
Procurement Management
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.
Construction Project Managment Techniquesguestc8140fe
The document provides an overview of project management and different project management techniques. It discusses what a project is and defines project management. It then summarizes different project management methods including critical path method (CPM) and Program Evaluation and Review Technique (PERT). CPM uses fixed time estimates while PERT allows for uncertainty in activity times. The document also outlines the basic steps for using CPM and PERT in project planning and management.
Time management is a core skill for project success. The document discusses processes for project time management including defining activities, sequencing them, estimating durations and resources, developing a schedule, and controlling the schedule. Key techniques include precedence diagramming, critical path methods, resource leveling, and schedule compression. Effective time management ensures projects are completed efficiently and on schedule.
1. The document discusses key project management concepts including process flow diagrams, major project documents, project integration management, and developing the project charter, scope statement, and management plan.
2. It describes monitoring and controlling project work, which involves comparing actual performance to plans, recommending corrective actions, and monitoring risks.
3. Integrated change control involves managing changes to the project plans, scope, schedule, and costs.
Project time management involves planning, estimating, and controlling the schedule to ensure timely completion of a project. It includes defining activities, sequencing activities, estimating activity resources and durations, and developing the project schedule. Key processes include activity definition, sequencing, resource and duration estimation, and schedule development. Techniques used include precedence diagramming, dependency determination, and schedule compression. The goal is to generate a schedule model with start and finish dates for each activity.
The document discusses project integration management which involves coordinating all project management processes throughout a project's life cycle. It outlines developing key project documents like the project charter, scope statement, and management plan. It also discusses the typical project life cycle phases of concept, development, implementation, and close-out. Overall, the document provides an overview of integrating the key elements and processes involved in managing a project from start to finish.
This document discusses the principles and processes of project management. It begins with an introduction to the field and defines what constitutes a project. There are typically five main processes: initiating, planning, executing, monitoring and controlling, and closing. The document then goes into further detail on each of these processes and their components. It also discusses the history of project management and some of the important organizations in its development. In addition, it covers project controlling and different methods that can be used.
This document discusses project planning and scheduling for the construction of a residential building. It provides an overview of the project, which involves constructing a G+1 building of approximately 1100 square feet in Shahnoorwadi, India. It describes collecting project data, using the Primavera Project Planner software to develop a network diagram and schedule, and generating reports to analyze the critical path of the project. The objectives are to prepare a CPM chart for the building and gain experience using the Primavera scheduling tool.
This document provides an overview of project management concepts and techniques. It defines a project, outlines the typical project management life cycle of initiation, planning, execution, control, and closing, and describes key steps like defining scope, technical design, financing, contracting, and implementation. It also explains common project planning and scheduling tools like Gantt charts, the Critical Path Method (CPM), and Program Evaluation and Review Technique (PERT) that are used to monitor progress and costs against budgets.
1-7Projectmanagement-120312002842-Phpapp01Amy Roman
The document discusses the key steps and elements of project management: definition and scope, technical design, financing, contracting, implementation, and performance monitoring. It outlines the project management life cycle including need identification, initiation, planning, executing, controlling, and closing out. It provides details on each step, such as defining the project, developing a technical design, creating a project plan, executing the plan, monitoring performance, and closing out the project.
TIME & RESOURCE PLANNING,MANAGEMENT SOFTWAREKHUSHBU SHAH
The document discusses time planning and resource management for construction projects. It describes the key stages of time planning as project work breakdown, network modeling and analysis, and scheduling work programs. It also covers forecasting resource needs, the four M's of resource planning (manpower, machinery, material, money), resource allocation and leveling techniques, and the purpose of management software in optimizing operations and controlling projects.
Project management involves four main phases: initiating, planning, executing, and closing. The initiating phase involves establishing the project team and management procedures. Planning defines tasks, schedules, resources, and risks. Execution involves implementing the project plan, monitoring progress, and managing changes. Finally, closing includes finalizing documentation, conducting reviews, and closing out the project.
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Outage planning
1. 09th Oct’13 PLANNING GUIDELINES
ESKOM – HENDRINA POWER STATION
AMIT KUMAR SENAPATI
aksenapati@tce.co.in
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Planning role in ESKOM – Hendrina Thermal Power Station
There are four type of projects that can be taken up during an OUTAGE:-
1. General Overhaul (GO).
2. Mini General Overhaul (MGO).
3. Interim Repair (IR).
4. Forced Outage (FO).
‘GO-Outage’ projects are generally of Big Budget and the time duration for these projects
is more. Generally a ‘GO – Outage’ is of 95 days or more duration.
‘MGO – Outage’ and ‘IR-Outage’ have low budget and less time duration. Generally the
‘IR-Outage’ is lower in cost and duration than ‘MGO-Outage’.
Forced Outage is an Unplanned Outage that takes place due to various issues like:-
i) Tube leakage.
ii) Accidents etc.
The Planning Process involves the following:-
1. Develop Project Management Plan.
Develop Project Management plan is the process of integrating all subsidiary plans
into an comprehensive Project Management Plan.
The various Inputs required for developing an Project Management Plan are as
follows:-
a) Project Charter
b) Outputs from other processes
c) Enterprise environmental conditions.
d) Organizational Processes
** Project Charter is a Document that formally authorizes the existence of a Project.
Initially during an outage there are other numerous projects that may be required to take
place during a projects. For e.g. there may be a maintenance project of replacing the Oil
filled HT cables with XLPE cables, filtration of transformer oil , modification of electrical
panels etc. These projects must me included into the master plan if these are carried out
during an outage.
The project management plan should also include the various processes that should be
followed during an outage . For e.g. Here at ESKOM – Hendrina Power Station we use the
“CARAB PROCESS FLOW” system for Quality Management.
*** Prototype of “CARAB system” attached herewith.
Enterprise Environmental Conditions refers to the various statutory guidelines that needs
to be followed during the project execution, for e.g. during resource allocation care must
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be taken that none of the labour resources work for more than 12 hours, general
guidelines to waste disposal , safety control etc.
Organizational processes refer to the various process relating to :-
a) Work Authorization System
b) Change Control System
c) Configuration management system etc.
2. Development of Planning process Group
The Planning process includes the following:-
a) Documenting the Project management Plan.
b) Determination of Project Quality Standards and plans.
c) Development of baseline scope, cost and schedule.
d) Framework for risk management and project thresholds.
e) Determination of project team’s roles and responsibilities.
f) Determine how to execute and control the project.
g) Determine what needs to be purchased.
3. Project Scope Management – Planning requirements
Project Scope management is a process to ensure that only those works are included
which is necessary to complete the project.
The Planning Team have the following involvement in the Project Scope Management
Process –
a) Plan Scope Management – It is a process of creating a scope management process
that documents how to scope will be defines, validated and controlled.
b) Collection of requirements – It is the process of determining, documenting and
managing stakeholder needs and requirements to meet project objectives.
c) Define Scope – It is the process of developing a detailed description of the project.
d) Create WBS: - It is the process of subdividing project deliverables and project work
into smaller and more manageable components.
4. Project Time Management – Planning requirements
Project Time management includes processes required to manage timely completion of
Project.
The Planning Team needs to have the following involvement in the Project Time
management Process:-
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a) Plan Schedule Management – It is a process of creating a scope management
plan that documents how the process scope will be defines, validated and
controlled.
b) Define Activities- It is the process of identifying the specific actions to be
performed to produce the project deliverable.
c) Sequence Activities – Sequence activities is the process of identifying and
documenting relationship among the project activities.
d) Estimate activity resources – It is the process of estimating the type and
quantities of material, people, equipment or supplies required to perform each
activity.
e) Estimate Activity Duration – It is the process of approximating the number of
work periods needed to complete individual activities with estimated
resources.
f) Develop Schedule – Develop schedule is the process of analysing activity
sequences, durations, resource requirements and schedule constraints to
create the project schedule.
Critical Path:-
Critical path can be defines in a project in two ways:-
i) The longest duration path through a network diagram and determines the
shortest time to complete the project.
ii) The total float of the activity is ‘ZERO’.
Float (Slack)
• Total Float (Slack) – The amount of time that a schedule activity can be delayed
or extended from its early start date without delaying the project finish date or
violating a schedule constraint.
• Free Float (Slack) – The amount of time that a schedule activity can be delayed
without delaying the early start date of any immediate successor or violating a
schedule constraint.
• Independent Float (Slack) – The amount of time an activity can be delayed if all
the immediate predecessors finish at their latest finish dates and we want to
start all immediate successors on the earliest start dates.
Schedule Compression:- Schedule compression is done to see if desired completion date
can be met and will have to change to meet the date.
The two techniques are:-
i) Fast tracking.
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ii) Crashing – Increasing resources or critical path activities while making cost and schedule
trade-offs to determine how to obtain the greatest amount of schedule compression for
the least incremental cost while maintain project scope.
5. Project Cost Management – Planning Requirements.
a) Plan Cost Management – Plan Cost management is the process of establishing the
policies, procedures and documentation for planning, managing, expending and
controlling the project costs.
b) Estimate costs – Estimate cost is the process of developing an approximation of
the monetary resources needed to complete project activities.
Cost Estimates – Cost estimate are a prediction that is based on the information
known at a given point in time.
c) Determine Budget – Determine budget is the process of aggregating the estimated
costs of individual activities or work packages to establish an authorised cost baseline. The
cost baseline includes all authorised budgets but excludes management reserves.
Earned value management technique:-
The earned value management technique is a method to measure project performance
against the project baseline. It results from an earned value analysis indicating potential
deviation of the project from the cost and/or schedule baseline.
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6. Project Quality Management – Planning Requirements.
Quality management includes creating and following policies and procedures that
meet the projects defined quality needs.
The aim of quality management is to ensure that the specified approach to quantity is
implemented on the project.
The planning team needs to have the following involvement in the Project Quality
Management:-
1. Plan Quality Management – Plan Quality Management is the process of identifying
quality requirements / standards for the project and documenting how the project will
demonstrate compliance.
7. Project Human Resource Management – Planning Requirements.
Project Human Resource Management includes the processes that organizes, manages
and lead the project team.
The planning team needs to have the following involvement in the Human Resource
Management:-
1. Plan Human Resource Management - It is the process of identifying and documenting
project roles, responsibilities, reporting relationships and creating a staffing management
plan.
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8. Project Communication Management – Planning Requirements.
Project Communication Management includes the processes required to ensure timely
and appropriate generation, collection, distribution, storage and ultimate disposition of
project information.
The planning team needs to have the following involvement in the Project Communication
Management:-
1. Plan Communication Management: - It is the process of determining the project
stakeholder information needs and defining a communication approach.
9. Project Risk Management – Planning Requirements
Project risk management includes the processes of conducting risk management planning,
identification, analysis, response planning and risk monitoring & control on a project.
The planning team needs to have the following involvement in the Project risk
Management:-
1. Plan risk management: - It is the process of defining how to conduct risk management
activities for a project. The risk management plan serves as the roadmap for identifying,
analysing and addressing risks on the project.
2. Identify Risks:- It is the process of determining which risks may affect the project and
documenting their characteristics.
3. Perform Qualitative Risk Analysis:- It is the process of prioritizing risks for further
analysis or actions by assessing their probability of occurrence and impact.
4. Perform Quantitative Risk Analysis.
5. Plan Risk Responses:- Plan risk responses is the process of developing options and
actions to enhance opportunities and to reduce threats to project objectives.
10. Project Procurement Management – Planning Requirements
Project Procurement Management includes the processes necessary to purchase or
acquire products, services or results needed from outside the project team.
The planning team needs to have the following involvement in the Project risk
Management:-
1. Plan Procurement Management – It is the process of documenting project purchasing
decisions, specifying the approach and identifying potential sellers.
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11. Project Stakeholder Management – Planning Requirements
Who is a Stakeholder?
Stakeholder is an individual, group or organization who may affect, be affected by or
perceive itself to be affected by a decision, activity or outcome of a project.
The planning team needs to have the following involvement in the Project Stakeholder
Management:-
1. Plan Stakeholder Management – It is the process of developing appropriate
management strategies to effectively engage stakeholders throughout the project life
cycle.
E.g. of some of the Project Objectives and Project Thresholds of ESKOM – Hendrina Power
Station for ref. are as follows:-
1. PCLF to be maintained at 1.39%.
* PCLF is Planned Capability Loss Factor.
2. The cost of impact jobs shall not exceed 2.0% of final total budgeted costs.
3. Outage Effectiveness Indicator rating of Green in all categories: Technical, Financial,
duration and safety.
4. Variance between actual cost vs projected cost is < 2.50%.
5. All shutdown inspections conducted and completed within the first 10 days of the
execution period.
SCHEDULE MANAGEMENT WORKS FOR ESKOM – Hendrina Power Station OUTAGES
includes:-
1. Integration of Contractor’s schedules into Primavera P6 for unit outage work
management.
2. To gather progress updates from project co-ordinators and contractors.
3. Updation of project schedules on daily/weekly basis to generate 7 day look ahead
schedule and variance analysis report during outage period.
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PROJECT IMPORT AND DATA CLEAN-UP SOP FOR ORIMAVERA OPTIONAL CLIENT
SUMMARY
Projects after being exported from web based PRIMAVERA to be used in Primavera
standalone versions. After getting updated in PRIMAVERA or MSP, these again needs to be
imported to web based PRIMAVERA. During the modification a lot of Non-standard data’s
like activity codes, resources, calendars gets assigned and it has considerable impact on the
production data.
The following steps are required for cleaning the project in MSP and PRIMAVERA-
standalone before importing into web based PRIMAVERA:-
i) Importing of PROJECT file into ‘CLEAN’ database.
a) Log into the ‘CLEAN’ data base :-
Username :- clean
Password :- clean
b)
Go to ‘File’ menu and select ‘Import’.
ii) Import the file into PRIMAVERA. For details find details below.
10. 9 | P a g e
iii)
Under the ‘Calculation’ tab in the Activities section , please check the option to ‘link budget
and at completion for not started activities’.
If prompted whether you would like to continue, please select ‘YES”.
iv) Making GLOBAL Changes :-
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Two major Global Changes needs to be carried out :-
a) Activity Type needs to be changed from ‘RESOURCE DEPENDENT’ to ‘TASK
DEPENDENT’.
Check whether Change in Activity type in mentioned in the GLOBAL changes.
If not
Select the ‘NEW’ button and then name the Global change as per your requirement and
then go to modify .
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There you modify the changes in ‘IF’ section.
Then click on ‘THEN’ section and press the ‘ADD’ radio tab.
After that update your required changes and then press ‘CHANGE”.
Then a window opens up showing in which all activities there was a change , then CLICK on
the below mentioned RADIO button named ‘COMMIT CHANGES”.
Repeat the above steps for ‘DURATION TYPE’ also and confirm that ‘Fixed Unit/Time’ is
changed to ‘Fixed Duration and Units/Time’.
13. 12 | P a g e
v) Removal of Non-standard data from the Project:-
Select the ‘Enterprise’ menu and then select the Resources tab.
After the selection of Resources tab. It will list the total resources.
Then filter the current project tab and delete all the resources for the current project.
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If there is any resources present then DELETE the same.
Then again go to Enterprise and select ROLES and delete all the roles.
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Again go back to ENTERPRISE and select RESOURCE CODES and then delete all the resource
codes.
After deletion of all ENTERPRISE codes.
Then go back to the ENTERPRISE menu and select the ACTIVITY CODES.
After selection of the same
This comment box may open up.
After clicking OK.
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This screen will open. If there are any ACTIVITY CODES then delete the same.
Thereafter under the ENTERPRISE menu select the USER DEFINED FIELDS and delete all the
USER DEFINED FIELDS.
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Delete the USER DEFINED FIELDS for all the items in the Drop Down Menu Box.
Under the next ENTERPRISE menu select CALENDARS.
Three required changes needs to be carried out for calendars:-
i)
18. 17 | P a g e
Under the next ENTERPRISE menu select CALENDARS.
After Clicking on calendars the above window will open. If there are some non-necessary
calendars then we may delete it.
There after select the GLOBAL calendar.
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After that go to individual calendars and select ‘USED BY’ , if none of the project uses the
calendars.
Then select that CALENDAR and select DELETE.
2. Identify and delete duplicated calendars:-
- Select the ‘MODIFY’ button which will show the calendar set-up.
- Run through the calendar set-up of all the used calendars and identify calendars
that have the exact set-up.
- Delete the duplicate version and replace it with the current version
20. 19 | P a g e
If we find out that there is some commonly used calendars in the Production Database then
we can send it to GLOBAL by clicking the ‘TO GLOBAL’ key.
After CALENDAR , go to ENTERPRISE menu again and click on RESOURCE SHIFT
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Make sure the RESOURCE SHIFT is EMPTY.
After completion of the above mentioned STEPS.
Export the Project from the Clean database and SAVE it in the desired location.
After that EXIT from the Clean Database.
Login into the Production database and then IMPORT the project that have been cleaned in
the above mentioned steps.
22. 21 | P a g e
After IMPORTING of the file into the Production database update the Responsible Manager
in the project screen.
Cleaning-up Microsoft Project File Before importing to Clean Data base.
1. First open the Microsoft Project File and make sure that :-
i) There are no EMPTY lines between the tasks.
ii) Proper Indenting has been done in the PROJECT.
iii) Sometimes during linking the activity by using the ‘LINK’ button the Group Sub-
Heading also get linked.
In case of the above situation a MSP file cannot be IMPORTED into PRIMAVERA.
2. Insert a column Task Calendar and note down all the calendars that have been used in
the MSP that needs to be imported.
23. 22 | P a g e
Go to VIEW caption and then select ‘OTHER VIEW’ and then Select ‘MORE VIEW’ option.
Thereafter Select Calendar in the MORE VIEW option and then click ‘ORGANISER’.
Under the ‘ORGANISER’ select the ‘CALENDAR’ menu and check whether the CALENDERS
that have been noted down before is matching as per the Display Window.
In case there are some additional Calendars then DELETE the same.
3. Cleaning of RESOURCES.
24. 23 | P a g e
Click the ‘Gantt Chart’ icon under the TASK caption and then SELECT the RESOURCE SHEET
option.
Clean all the RESOURCES.
4. After the above steps save the file in XML format and from here the file is ready to be
imported into PRIMAVERA.
25. 24 | P a g e
Details of work done during Outage Planning:-
1. The first step is to prepare a High level plan of the project once the duration & scope of
work for outage has been decided. The High Level Plan can be prepared by taking reference
to old outage schedules with appropriate conformation from requisite project co-ordinator.
2. Collection of Individual contractor work schedules:-
a) Verification of contractors maintenance work schedules as per scope of work.
b) Approval/Rejection of contractor schedule with proper reasoning.
c) Conversion of MSP schedules submitted by contractors to Primavera P6 for
integration with the commissioning & re-commissioning schedules.
While converting from MSP to Primavera, the following needs to be taken care:-
i) If using Primavera P6 V 6.0 to V 6.2 , MPP file will be converted
directly to XER file.
ii) If using P6 V7.0 and higher, we need to convert MPP file to XML
first. The XML created will convert to XER file directly.
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After converting to XML format , save the file in the requisite place
After saving the file in the requisite location , then open Primavera software.
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After opening Primavera ,
Go to
FILE --- IMPORT
Select RADIO Button Microsoft Projects and select XML in the scroll down button and then
click on NEXT.
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After NEXT , the IMPORT screen will open , from there click the SELECT button and then
the select the XML file required to be IMPORTED into PRIMAVERA.
Select the EPS where you want to IMPORT the file and then click on NEXT.
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In Template , modify conversion format for Activities , Resources if needed.
click on FINISH.
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After successful importing of file the dialogue box will open that the file has been
imported and then click OK.
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After successful importing the file go to FILE , select OPEN.
Thereafter select the file and click OPEN.
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The imported project will show up under the EPS selected as destination for the project.
After conversion from MSP to PRIMAVERA , we need to match schedule start & Finish
dates. If these dates are not matching with original MSP schedule dates , then check the
schedule calendars in Primavera with the calendars in MSP.
MSP & PRIMAVERA calendars should match (if not matching , match manually).
If the schedule start & finish dates are not matching even after matching all calendars of
the schedule , then check durations & relationships of activities in the schedule.
Check for any constraints in the contractor schedule . Remove all constraints.
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Integrate all contractor’s work schedules with decommissioning/re-commissioning
schedule to form unit integrated outage schedule.
i) Insert all contractors work schedules(converted from MSP to Primavera) into
integrated outage schedule.
ii) Select main integrated schedule and a contractor schedule and open both schedules
simultaneously.
Select two schedules simultaneously by pressing the CTRL key.
Switch to WBS mode by clicking on WBS icon.
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Copy the level 1 WBS from the contractor schedule and then paste it into the main
integrated schedule level 1 WBS.
Select level 1 WBS of the schedule to be inserted and copy.
Paste WBS into Level 1 WBS of main integrated outage schedule.
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CLICK OK in Copy Options window.
Click OK in Copy Activity Options.
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Select Auto-number & click OK.
Switch to activity mode and check contractors schedule WBS/activities have been inserted
into main integrated schedule.
Start linking the start & finish activities of contractors work schedule with relevant de-
commissioning & re-commissioning activities respectively.
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Thereafter select the filter button and then create a new filter as per requirement.
Detailed below are some of the important points to be taken care while developing the
project :-
1. There should be no Negative Float.
Negative Float arises due the flowing :-
1) Presence of constraints in the project.
2) The MUST Finish date should be correct or it should be empty.
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3.) Correct date for the Primary Project Finish date Constraint under the STATUS
caption.
2. If we need to Group a Sub-heading without further division of WBS . Then the same can
be done by updating the USER_TEXT option.
After updation of USER_TEXT
Go to GROUP AND SORT and deselect the WBS and select the required USER_TEXT and
click APPLY and then OK.
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3. In case we need to make a lot of changes in the project like changing a group of 100
activities located sequentially from Resource Dependent to Task Dependent then the Fill
down key(CTRT + E) is beneficial in reduction of time.
4. Make use of ‘SEQ_ID’ option to sequence the activities as per numeric value stated in
‘SEQ_ID’.
5. After Scheduling the project to check about the project details
Go to SCHEDULE or Press F9 and then go to view log. It will detail us about all the
constraints , critical path , projects without Predecessor and Successor etc.
6. Under the SCHEDULE option go to OPTIONS and from here we can choose for the option
of MULTIPLE CRITICAL PATH , if the requirement of MULTIPLE CRITICAL PATH arises.