This document provides an introduction to Advanced Work Packaging (AWP) from the Advanced Work Packaging Institute. It describes AWP as breaking down projects into Construction and Engineering Work Packages to allow engineering planning to be driven by construction sequencing. The benefits of AWP include a 25% increase in tool time, higher crew productivity of 15%, and projects achieving zero lost time accidents. The Institute's research agenda focuses on synergies with Lean and Agile concepts, project governance through AWP, and project controls indicators for AWP.
Definition
The Construction Industry Institute (CII) defines AWP as “the overall process flow of all the
detailed work packages (construction, engineering, and installation work packages). AWP
is a planned, executable process that encompasses the work on an EPC project, beginning
with the initial planning and continuing through detailed design and construction
execution. AWP provides the framework for productive and progressive construction and
presumes the existence of a construction execution plan.”
Advanced Work Packaging (AWP) is a framework that breaks projects down into construction and engineering work packages to allow planning to be driven by construction sequencing. It proposes enhanced practices for executing work packaging. AWP can increase productivity by 15% and lower rework rates by empowering crews to complete constraint-free work packages without interruptions. It also formalizes early safety planning and identification of risks, helping projects that use AWP achieve zero injuries.
Advanced Work Packaging (AWP) PresentationDevice Media
Geoff Ryan from Insight- AWP and Author of "Schedule for Sale" and "Even More Schedule for Sale" explains the concepts and processes involved with AWP with this in-depth look at Advanced Work Packaging.
www.workpackaging.org
Engineering think systems..
Procurement think commodities..
Construction think “all” and geographically
…Can AWP align those different perspectives?
www.workpackaging.org
The document summarizes a presentation about Advanced Work Packaging (AWP) and Workface Planning (WFP). AWP breaks down project scope into Construction Work Packages that are fed by Engineering Work Packages to allow construction sequencing to drive engineering planning. WFP organizes all elements needed for installation work packages provided to work crews. Implementing AWP and WFP can increase productivity by 15% and improve safety by minimizing movements and identifying risks earlier. Challenges to implementation include inconsistency, scope changes, resistance to change, and lack of technology support. The future of projects in Africa may benefit from adopting these best practices to achieve capital effectiveness and project success.
www.workpackaging.org
Overview of the basics of Advanced Work Packaging and WorkFace Planning with an introduction to the evidence collection process aiming at documenting the industry experience and perception of AWP processes and implementation challenges.
www.workpackaging.org
This document provides an introduction to Advanced Work Packaging (AWP) from the Advanced Work Packaging Institute. It describes AWP as breaking down projects into Construction and Engineering Work Packages to allow engineering planning to be driven by construction sequencing. The benefits of AWP include a 25% increase in tool time, higher crew productivity of 15%, and projects achieving zero lost time accidents. The Institute's research agenda focuses on synergies with Lean and Agile concepts, project governance through AWP, and project controls indicators for AWP.
Definition
The Construction Industry Institute (CII) defines AWP as “the overall process flow of all the
detailed work packages (construction, engineering, and installation work packages). AWP
is a planned, executable process that encompasses the work on an EPC project, beginning
with the initial planning and continuing through detailed design and construction
execution. AWP provides the framework for productive and progressive construction and
presumes the existence of a construction execution plan.”
Advanced Work Packaging (AWP) is a framework that breaks projects down into construction and engineering work packages to allow planning to be driven by construction sequencing. It proposes enhanced practices for executing work packaging. AWP can increase productivity by 15% and lower rework rates by empowering crews to complete constraint-free work packages without interruptions. It also formalizes early safety planning and identification of risks, helping projects that use AWP achieve zero injuries.
Advanced Work Packaging (AWP) PresentationDevice Media
Geoff Ryan from Insight- AWP and Author of "Schedule for Sale" and "Even More Schedule for Sale" explains the concepts and processes involved with AWP with this in-depth look at Advanced Work Packaging.
www.workpackaging.org
Engineering think systems..
Procurement think commodities..
Construction think “all” and geographically
…Can AWP align those different perspectives?
www.workpackaging.org
The document summarizes a presentation about Advanced Work Packaging (AWP) and Workface Planning (WFP). AWP breaks down project scope into Construction Work Packages that are fed by Engineering Work Packages to allow construction sequencing to drive engineering planning. WFP organizes all elements needed for installation work packages provided to work crews. Implementing AWP and WFP can increase productivity by 15% and improve safety by minimizing movements and identifying risks earlier. Challenges to implementation include inconsistency, scope changes, resistance to change, and lack of technology support. The future of projects in Africa may benefit from adopting these best practices to achieve capital effectiveness and project success.
www.workpackaging.org
Overview of the basics of Advanced Work Packaging and WorkFace Planning with an introduction to the evidence collection process aiming at documenting the industry experience and perception of AWP processes and implementation challenges.
www.workpackaging.org
Fiatech 2016 - Advanced Work Packaging: from Theory to PracticeCCT International
This document discusses advanced work packaging (AWP) in oil and gas plant projects. It provides examples of how AWP was implemented in the Rabab Harweel Integrated Project (RHIP) in Oman, including defining work fronts and installation work packages, front-end loading, and developing a workflow using BIM tools. The benefits realized from using AWP in RHIP included improved forecasting of manpower needs, increased crew productivity, and submission of installation work packages before planned start dates. Future applications of AWP are also discussed.
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.
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This document discusses baseline scheduling basics and provides guidance on schedule development and review standards. It recommends that schedules be developed with sufficient detail early, include all contractual requirements, and not include tricks to position for claims. If a schedule is not approved, the document advises examining legal risks and managing the project using the last submitted schedule. It also discusses early completion schedules, different types of calendars, and developing a standardized review checklist.
This document provides an overview of project management office (PMO) concepts including:
- The need for project management to combine specialized knowledge with general management practices.
- Different levels of PMO maturity from supporting individual projects to supporting business strategy.
- Key functions of PMOs ranging from consultative to enterprise-wide support.
- Critical success factors for PMOs such as clear vision, leadership, expectations, and change management.
- Examples of common PMO deliverables like charters, roles and responsibilities, processes, tools, and status reports.
This document provides an overview of setting up a Project Management Office (PMO). It discusses what a PMO is, why organizations need them, and the key components and structures of an effective PMO. A PMO sets standards, provides governance, and establishes processes to manage projects consistently. It aims to deliver projects efficiently and successfully while improving reporting, resource management, and alignment with organizational strategy. The document outlines the functional, structural, and disciplinary facets of a PMO and how they work interdependently. It also promotes accessing the full guide online for more details on PMO components, maturity levels, setup, and considerations.
This document outlines how to build a project management office (PMO) and discusses key considerations. It describes conducting a current state assessment, defining a future state vision, performing a gap analysis, and developing an implementation strategy and plan. The implementation plan should identify services to be implemented in waves. Basic PMO services discussed include consolidated reporting to provide consistent project status updates across an organization. More advanced services involve training, coaching and establishing best practices. Implementing in waves allows starting with core services and expanding over time as the PMO matures.
The document discusses project management offices (PMOs), including their implementation, functions, and sustainability. It provides an overview of key PMO roles and categories. Supportive PMOs assist with tasks while controlling and directive PMOs have more authority. The document outlines factors for PMO success, such as clear expectations and communication. It also discusses how PMOs can evolve to meet changing business needs, from a focus on risk reduction to optimizing project portfolios and benefits realization. Ensuring sustainability requires continuous improvement, governance, and standardization of project management practices.
A project management office (PMO) charter to document scope, decision rights, and executive sponsorship. Get the template @ http://www.demandmetric.com/content/pmo-charter-template
The document discusses establishing an effective Project Management Office (PMO). It defines key terms like project, program, and portfolio. It outlines benefits of a PMO like gaining visibility of projects, aligning investments with objectives, and prioritizing investments. Business Beam can assist organizations in establishing a PMO, making the PMO a center of excellence through tools and benchmarks, and sustaining and improving the PMO over time.
This document discusses implementing a Project Management Office (PMO). It defines a PMO as an organization that standardizes project governance processes and shares resources. PMOs centralize, coordinate, and oversee project and program management. The goals of a PMO are to improve project practices and results, help managers achieve goals, provide metrics on lessons learned and results, and develop professional skills. There are three types of PMOs: supportive, controlling, and directive. Best practices for a PMO involve selecting a balanced team with various skills, developing tools and templates, and collecting measurable data and lessons learned from projects. When starting a PMO, its goals should align with the organization's strategy and it should continuously add value through communication and
Business PMO & IT Pmo What Is The DifferenceStefan Rank
Business-PMO & IT-PMO - What is the difference
Organizational differences of Project Management Offices and the real world challenges that Project Management Offices face based on their organizational alignment in the overall structure of the organization
The document defines a Project Management Office (PMO) and discusses its importance. It outlines different PMO organizational models from a repository model to a manager model. It also describes key steps to establish a PMO, including conducting a readiness assessment, developing a strategic plan, deploying the PMO, and establishing portfolio management processes. The PMO aims to standardize project management practices and improve project success rates within an organization.
Lean construction is the continuous process of eliminating waste, meeting or exceeding all customer requirements, focusing on the entire value stream and pursuing perfection in the execution of a constructed project.
Planning and Scheduling Construction Projects, Part 1: The Planning ProcessAlberto Sanchez
The document provides guidance on developing and reviewing baseline construction schedules. It discusses common planning problems, the importance of the planning process before scheduling, and key elements to define the schedule basis including assumptions, exclusions, constraints, and more. It also covers estimating construction durations using productivity rates, developing resource loaded schedules, and factors that can impact the baseline schedule such as location, labor availability, and construction methods.
Advanced Work Packaging (AWP): An Illustration of the Mortar Concept(c)Olfa Hamdi
The document introduces Advanced Work Packaging (AWP), a new framework for construction project delivery. AWP emphasizes construction planning by breaking projects into Construction Work Packages that are fed by Engineering Work Packages. This approach aims to improve productivity, predictability, quality and safety. The document outlines the AWP system deliverables and recommended practice model. It also discusses the research and development history of AWP and case studies that have shown benefits like 25% productivity increases and 10% cost decreases.
The Construction Industry Productivity Dilemma
Elements of a Successful Project Delivery
Advanced Work Packaging (AWP)
Structure
Deliverables
Practice Model
A vision for our Industry
Fiatech 2016 - Advanced Work Packaging: from Theory to PracticeCCT International
This document discusses advanced work packaging (AWP) in oil and gas plant projects. It provides examples of how AWP was implemented in the Rabab Harweel Integrated Project (RHIP) in Oman, including defining work fronts and installation work packages, front-end loading, and developing a workflow using BIM tools. The benefits realized from using AWP in RHIP included improved forecasting of manpower needs, increased crew productivity, and submission of installation work packages before planned start dates. Future applications of AWP are also discussed.
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.
This document outlines the creation and evolution of a PMO at Rockwell Automation over several years. It started as a small PMO of 10 people focused on software projects. Through training, processes, and tools implementation, it matured and expanded. It helped other parts of the company adopt project management practices and scaled up to an enterprise PMO supporting the entire organization with 369 project managers globally. The PMO helped improve project execution and decision making through real-time data and focus on delivering value to customers.
This document discusses baseline scheduling basics and provides guidance on schedule development and review standards. It recommends that schedules be developed with sufficient detail early, include all contractual requirements, and not include tricks to position for claims. If a schedule is not approved, the document advises examining legal risks and managing the project using the last submitted schedule. It also discusses early completion schedules, different types of calendars, and developing a standardized review checklist.
This document provides an overview of project management office (PMO) concepts including:
- The need for project management to combine specialized knowledge with general management practices.
- Different levels of PMO maturity from supporting individual projects to supporting business strategy.
- Key functions of PMOs ranging from consultative to enterprise-wide support.
- Critical success factors for PMOs such as clear vision, leadership, expectations, and change management.
- Examples of common PMO deliverables like charters, roles and responsibilities, processes, tools, and status reports.
This document provides an overview of setting up a Project Management Office (PMO). It discusses what a PMO is, why organizations need them, and the key components and structures of an effective PMO. A PMO sets standards, provides governance, and establishes processes to manage projects consistently. It aims to deliver projects efficiently and successfully while improving reporting, resource management, and alignment with organizational strategy. The document outlines the functional, structural, and disciplinary facets of a PMO and how they work interdependently. It also promotes accessing the full guide online for more details on PMO components, maturity levels, setup, and considerations.
This document outlines how to build a project management office (PMO) and discusses key considerations. It describes conducting a current state assessment, defining a future state vision, performing a gap analysis, and developing an implementation strategy and plan. The implementation plan should identify services to be implemented in waves. Basic PMO services discussed include consolidated reporting to provide consistent project status updates across an organization. More advanced services involve training, coaching and establishing best practices. Implementing in waves allows starting with core services and expanding over time as the PMO matures.
The document discusses project management offices (PMOs), including their implementation, functions, and sustainability. It provides an overview of key PMO roles and categories. Supportive PMOs assist with tasks while controlling and directive PMOs have more authority. The document outlines factors for PMO success, such as clear expectations and communication. It also discusses how PMOs can evolve to meet changing business needs, from a focus on risk reduction to optimizing project portfolios and benefits realization. Ensuring sustainability requires continuous improvement, governance, and standardization of project management practices.
A project management office (PMO) charter to document scope, decision rights, and executive sponsorship. Get the template @ http://www.demandmetric.com/content/pmo-charter-template
The document discusses establishing an effective Project Management Office (PMO). It defines key terms like project, program, and portfolio. It outlines benefits of a PMO like gaining visibility of projects, aligning investments with objectives, and prioritizing investments. Business Beam can assist organizations in establishing a PMO, making the PMO a center of excellence through tools and benchmarks, and sustaining and improving the PMO over time.
This document discusses implementing a Project Management Office (PMO). It defines a PMO as an organization that standardizes project governance processes and shares resources. PMOs centralize, coordinate, and oversee project and program management. The goals of a PMO are to improve project practices and results, help managers achieve goals, provide metrics on lessons learned and results, and develop professional skills. There are three types of PMOs: supportive, controlling, and directive. Best practices for a PMO involve selecting a balanced team with various skills, developing tools and templates, and collecting measurable data and lessons learned from projects. When starting a PMO, its goals should align with the organization's strategy and it should continuously add value through communication and
Business PMO & IT Pmo What Is The DifferenceStefan Rank
Business-PMO & IT-PMO - What is the difference
Organizational differences of Project Management Offices and the real world challenges that Project Management Offices face based on their organizational alignment in the overall structure of the organization
The document defines a Project Management Office (PMO) and discusses its importance. It outlines different PMO organizational models from a repository model to a manager model. It also describes key steps to establish a PMO, including conducting a readiness assessment, developing a strategic plan, deploying the PMO, and establishing portfolio management processes. The PMO aims to standardize project management practices and improve project success rates within an organization.
Lean construction is the continuous process of eliminating waste, meeting or exceeding all customer requirements, focusing on the entire value stream and pursuing perfection in the execution of a constructed project.
Planning and Scheduling Construction Projects, Part 1: The Planning ProcessAlberto Sanchez
The document provides guidance on developing and reviewing baseline construction schedules. It discusses common planning problems, the importance of the planning process before scheduling, and key elements to define the schedule basis including assumptions, exclusions, constraints, and more. It also covers estimating construction durations using productivity rates, developing resource loaded schedules, and factors that can impact the baseline schedule such as location, labor availability, and construction methods.
Advanced Work Packaging (AWP): An Illustration of the Mortar Concept(c)Olfa Hamdi
The document introduces Advanced Work Packaging (AWP), a new framework for construction project delivery. AWP emphasizes construction planning by breaking projects into Construction Work Packages that are fed by Engineering Work Packages. This approach aims to improve productivity, predictability, quality and safety. The document outlines the AWP system deliverables and recommended practice model. It also discusses the research and development history of AWP and case studies that have shown benefits like 25% productivity increases and 10% cost decreases.
The Construction Industry Productivity Dilemma
Elements of a Successful Project Delivery
Advanced Work Packaging (AWP)
Structure
Deliverables
Practice Model
A vision for our Industry
Essam lotffy this project is not in line with organizational strategic plansEssam Lotffy, PMP®, CCP®
The document discusses the importance of project selection and prioritization for organizations. It states that project selection and prioritization allows senior management to select projects that align with strategic plans and effectively manage resources. The document recommends that organizations establish their own internal criteria for selection and prioritization using project management processes and techniques to create a balanced portfolio that maximizes opportunities while minimizing threats and optimizing resource use.
Bruce Lehigh provides a professional summary and resume detailing his experience in project management, business intelligence, and data warehousing. He has over 20 years of experience leading teams and implementing technology programs. His areas of expertise include Agile principles, Scrum methodologies, business requirements analysis, and data integration. He currently works as a Senior Project Manager at Infogroup, where he manages projects, clients, teams, and ensures deliverables are on schedule.
INTERGRATION OF PRIMAVERA FOR SMART CONSTRUCTION MANAGEMENT PPT (VIPUL DHUMAL...vipuldhumal201
Primavera, a renowned project management software, offers comprehensive features tailored to the needs of construction projects, including circular water tank construction. This abstract presents an overview of how Primavera facilitates the planning, scheduling, and monitoring of circular water tank projects. Primavera enables project managers to create detailed work breakdown structures (WBS) for circular water tank projects, breaking down the construction process into manageable tasks. With its robust scheduling capabilities, Primavera assists in establishing realistic timelines, considering factors such as material availability, manpower allocation, and weather conditions. Resources management is critical in circular water tank construction to ensure the availability of skilled labor, equipment, and materials at the right time. Primavera's resource allocation tools help optimize resource utilization and prevent bottlenecks, thereby enhancing project efficiency.
Jason Ng is a senior project engineer with over 15 years of experience in construction and project management. He has successfully delivered numerous projects in various industries totaling over $400M. These include new vessel builds, living quarters, and power generation projects. He is proficient in project planning, budgeting, procurement, and ensuring regulatory compliance. Currently he manages multiple projects worth €2.5M at AEG Power Solutions.
This document provides an overview of project management certification and accreditation. It discusses the history of project management as a discipline and how it has evolved over time. It also summarizes several project management approaches, standards, and certifications from the Project Management Institute (PMI), including the PMP certification. The benefits of PMI membership are highlighted.
Richard Bellino is a results-driven project management professional with over 30 years of experience managing multimillion dollar budgets and teams in engineering, product development, and consulting. He has expertise in project management, vendor management, budgeting, strategic planning, and leading cross-functional teams. Bellino holds two US patents and seeks a new challenging position utilizing his leadership skills and broad engineering experience.
Austin C. Mattson II is an experienced project management executive with over 30 years of experience in industries such as real estate, manufacturing, construction, and higher education. He has extensive experience leading projects, programs, and operations on an international scale. Currently, he serves as the COO of a family-run real estate investment and property management company in Las Vegas, Nevada.
- The document is a resume for Lewi L. Sadik that outlines his 15 years of experience managing projects, planning schedules, coordinating contracts, and controlling costs for a variety of engineering and construction projects.
- Sadik has extensive experience using Primavera software like P3, P3i, P5, and P6 to generate performance reports, cash flows, schedules, and more.
- He has managed teams of over 75 staff and successfully completed billion dollar projects on time and budget. Sadik holds several professional certifications and degrees in engineering and project management.
The document describes a multi-phase approach to developing a quantitative workforce management model. It involves gathering data on current and past projects, analyzing talent supply and demand characteristics, building a modeling tool to simulate scenarios, piloting the model, and implementing standardized workforce planning processes. The goal is to help companies dynamically align their talent with business needs by providing insights into gaps between workforce supply and projected demand.
Planning, Scheduling and Allocation of Resources for Multi-Storied Structure ...IRJET Journal
This document discusses planning, scheduling, and allocating resources for a multi-storied residential building project using Oracle's Primavera P6 software. It begins with an abstract that outlines the importance of project management tools in the growing construction industry. It then provides background on project management, planning, scheduling, and the benefits of Primavera P6, which include quick scheduling, identifying floats and critical paths, customizable reports, and resource allocation. The document aims to demonstrate the advantages of using Primavera P6 for construction project management.
This document provides an overview of key topics in project management for Week 2. It discusses the differences between projects and operations, and defines portfolios, programs, and projects. It also covers the project management environment and factors that can influence a project. Additionally, it explains the importance of project selection and prioritization, and introduces tools like the project priority matrix to help managers select which projects to pursue. The document concludes with a discussion of the project life cycle and different approaches.
Jubril A. Ogunbunmi is an experienced engineer with extensive technical experience providing project management, quality assurance, and team leadership. He has a Master's in Biomedical Engineering and Bachelor's in Industrial Engineering. His experience includes roles at MassMutual, ESPN, United Quest Care Services, and various manufacturing companies where he implemented best practices including Agile, Scrum, Lean Six Sigma, and SDLC methodologies. He is pursuing PMP certification and has experience with tools like Microsoft Project, Jira, and Workfront.
Project Collaboration on Infrastructure Megaprojects - Webinar, June 3, 2015Aconex
Parsons, one of the world’s largest construction and engineering companies, discuss best practices on how they structure decisions and processes on complex infrastructure projects.
Boston Consulting Group provide insight on how they assist some of the world’s largest JVs and PPPs.
See a demonstration of process management, including submittals, RFIs, commissioning and handover using Aconex.
Robert Duffy is an experienced Project Manager with expertise in business intelligence, vendor management, and customer relations. He has over 15 years of experience managing projects in a variety of industries including banking, healthcare, and government. His background includes managing teams, budgets, schedules, and delivering projects on time and under budget. He is bilingual in English and French.
Cracking the Code of Managing The Chaos Of Everyday Project ManagementFishbowl Solutions
Learn more about Fishbowl Solutions' Enterprise Information Portal, which is our strategy for transforming how project-based tools and assets are accessed and shared. This solution is ideal for the engineering, architecture, and construction industries.
The document provides an analysis of Mace Group Ltd, an international construction company. It discusses the company's history, sectors served, geographic reach, core values, and financial details as of 2013. Mace Group has over 4,000 employees serving private, public, and infrastructure clients in over 70 countries through five strategic hubs. The company focuses on client satisfaction and aims for safety, integrity, and continual improvement.
How to Get to ‘One Source of Truth’ on Large, Multi-Year ProgramsJeffrey Lydon
See how Exponent, an engineering and scientific consulting group, uses Construction Viz to make it easy for client teams to efficiently communicate and keep project data up-to-date when managing complex construction projects.
The presentation shows how Construction Viz, our flexible construction project management solution powered by SharePoint, is enabling one major utility to manage a large-scale, multi-year transmission tower program spanning thousands of locations and hundreds of thousands of activities.
Construction Viz provides a centralized and complete source of project information with features such as offline mobile inspection forms, tower activity tracking, interactive dashboards, and more.
About the presentation:
Andy Much, lead developer for Lydon Solutions co-presented “How to Get to ‘One Source of Truth’ on Large, Multi-Year Programs” with Winnie Hung of Exponent, at the AACE 2018 Western Winter Workshop.
Similar to Advanced Work Packaging: Applying Project Controls (20)
The document discusses several myths about Advanced Work Packaging (AWP), including that it can only be used on large, complex projects, requires expensive new technology and software, and that owners are reluctant to fund AWP work. It also notes that in reality, most companies are already implementing elements of AWP even if not using that specific term, AWP does not necessarily require an IPD project setup or the FEED contractor to continue as EPC, and that early stage AWP implementation can include major cost savings.
This process map outlines the key steps for using an Activity-based Work Packaging (AWP) system to control a project from start to finish. It involves developing an AWP-based scope and execution strategy, defining work packages at the Control Work Package (CWP), Engineering Work Package (EWP), and Integrated Work Package (IWP) levels, planning the schedule and costs, managing resources and procurement, establishing control plans and performance goals, tracking progress, risks and changes, and evaluating productivity and system performance. The process aims to provide total project control through integrated AWP-driven planning and reporting at different work package levels.
This document provides tips for assuring the quality of work packaging (AWP) on projects. It recommends that EWP, CWP, and IWP definitions remain consistent throughout the project lifecycle and that the approved EWP list is audited to ensure deliverables are provided on schedule. It also stresses the importance of consistent naming conventions, clearly defined scope and boundaries for work packages, approved document formats, and change management processes. Finally, it notes that AWP has the potential to align the different perspectives of engineering, procurement, and construction by considering the project holistically.
The document discusses the multi-level process of advanced work packaging which includes planning executable work packages (EWPs) and integrated work packages (IWPs) along with their releases and deliverables as part of the overall master planning process to effectively plan and execute work.
This document discusses 5 ways that companies mismanage capital project risks: 1) Overlooking controllable risks, 2) Primarily managing risk retrospectively, 3) Mechanically managing project risks, 4) Not managing risk in real-time, and 5) Focusing on process rather than risk-based decisions. The author advocates for an approach called "Experiencing Capital Projects Risks" which involves continuous risk evaluation, challenging best practices, and willingness to learn from unexpected developments through simulation exercises. The goal is to shift from problem-solving to seeing risk as an opportunity and build an appreciation for uncertainty.
Interview with Olfa Hamdi Founder of the Advanced Work Packaging Institute at the PM World Journal; published July 2016
By Interviewed by İpek Sahra Özgüler
Istanbul, Turkey
http://pmworldjournal.net/article/interview-with-olfa-hamdi/
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Harnessing WebAssembly for Real-time Stateless Streaming PipelinesChristina Lin
Traditionally, dealing with real-time data pipelines has involved significant overhead, even for straightforward tasks like data transformation or masking. However, in this talk, we’ll venture into the dynamic realm of WebAssembly (WASM) and discover how it can revolutionize the creation of stateless streaming pipelines within a Kafka (Redpanda) broker. These pipelines are adept at managing low-latency, high-data-volume scenarios.
The CBC machine is a common diagnostic tool used by doctors to measure a patient's red blood cell count, white blood cell count and platelet count. The machine uses a small sample of the patient's blood, which is then placed into special tubes and analyzed. The results of the analysis are then displayed on a screen for the doctor to review. The CBC machine is an important tool for diagnosing various conditions, such as anemia, infection and leukemia. It can also help to monitor a patient's response to treatment.