This document introduces the concepts of value and value management. It defines value management as a structured approach to defining value for the client by establishing consensus on project objectives and how to achieve them. Value is defined as satisfying needs through efficient use of resources. Value management techniques are applied at different stages of a project to deliver required functions at lowest cost without reducing quality. Key techniques discussed include functional analysis diagrams and the job plan methodology used in value management workshops.
This document discusses value analysis and value engineering techniques. It provides information on value analysis procedures and steps. Key aspects covered include defining value, dividing value into different types, advantages of value analysis, and the implementation process. Value engineering is presented as a management approach to saving costs from a value perspective.
The document provides an overview of value management through defining it, outlining its origins and objectives, and describing the value management process. Key points:
- Value management aims to identify functional requirements to achieve optimal function for minimum cost. It is a structured, team-based process linking functional benefits to client expectations.
- The value management process involves framing requirements, gathering stakeholder input, analyzing functions and costs, and processing ideas to build consensus and generate options.
- While value is subjective, the management of value can be both subjective in defining requirements and objective in managing to agreed upon objectives and costs. A balance of factors like risk, resources and quality is needed.
Value Analysis (VA) is a tool (technique or method) that is used for improving the value of a product or a process of understanding its constituent components and their associated costs. It aims at finding improvements to the components by reducing their cost and increasing the value of the functions of a product or a service.
A critical advantage to using a VA is its potential for reducing costs, which is a benefit that permeates all advantages of the system.
A VA breaks-down a product or service into components, it enables you to analyze each component on its own, evaluating its features and functions in detail efficiency and effectiveness.
Pankaj Nalwa has over 16 years of industrial experience and specialized training in tooling and product development. He holds an MBA in International Business and has led training programs in quality practices, tool room management, product development, and more. As a trainer, he emphasizes viewing organizations from the perspectives of customers, products, processes, and results. He teaches methods for capturing the voice of customers, including focus groups, interviews, and surveys to understand value mismatches and customer satisfaction. Nalwa promotes value engineering to deliver required functions at the lowest cost through a multi-disciplinary team review of projects, products, and processes.
Value analysis and value engineering are techniques used to analyze the value of products, processes, and capital projects. They involve identifying the functions of an item and finding ways to accomplish those functions at the lowest total cost while maintaining quality and performance. Value analysis was traditionally used on existing products while value engineering focused on new products at the design stage. Both aim to reduce unnecessary costs and improve operations and product performance using techniques like function analysis. The concepts and techniques were developed in the 1940s at GE by Lawrence Miles, who is considered the father of value analysis and value engineering.
This document provides an overview of the 7th edition of the textbook "Information Technology Project Management". It discusses key topics covered in the textbook such as the history and growth of project management as a profession, the role of the Project Management Institute in establishing standards, and factors that contribute to IT project success or failure. The document also previews several chapters that will cover frameworks for project management, the role of the project manager, and emerging trends in the field.
Value engineering is a systematic approach to identifying unnecessary costs in construction projects. It was developed in the 1940s by Lawrence Miles at General Electric to address costs during wartime shortages. The value engineering process involves multi-disciplinary teams analyzing the functions of a project and finding alternative ways to achieve those functions at a lower overall cost. Value engineering studies typically identify ways to save 5-10% of total project costs through eliminating unnecessary expenses without compromising quality, utility or lifespan. The goal is not just reducing item costs but determining the worth of basic functions and setting target costs to find more cost-effective design alternatives.
The document provides an overview of value engineering, including its definition, purpose, and methodology. It defines value engineering as a systematic process that focuses on improving functions at the lowest cost while maintaining quality. The methodology involves 6 steps: information gathering, functional analysis, creativity, evaluation, development, and reporting. It also provides an example case study comparing the use of middle barrettes versus concrete bored piles for constructing a general cargo berth project at a port. Using piles was found to potentially reduce costs without compromising quality or functionality.
This document discusses value analysis and value engineering techniques. It provides information on value analysis procedures and steps. Key aspects covered include defining value, dividing value into different types, advantages of value analysis, and the implementation process. Value engineering is presented as a management approach to saving costs from a value perspective.
The document provides an overview of value management through defining it, outlining its origins and objectives, and describing the value management process. Key points:
- Value management aims to identify functional requirements to achieve optimal function for minimum cost. It is a structured, team-based process linking functional benefits to client expectations.
- The value management process involves framing requirements, gathering stakeholder input, analyzing functions and costs, and processing ideas to build consensus and generate options.
- While value is subjective, the management of value can be both subjective in defining requirements and objective in managing to agreed upon objectives and costs. A balance of factors like risk, resources and quality is needed.
Value Analysis (VA) is a tool (technique or method) that is used for improving the value of a product or a process of understanding its constituent components and their associated costs. It aims at finding improvements to the components by reducing their cost and increasing the value of the functions of a product or a service.
A critical advantage to using a VA is its potential for reducing costs, which is a benefit that permeates all advantages of the system.
A VA breaks-down a product or service into components, it enables you to analyze each component on its own, evaluating its features and functions in detail efficiency and effectiveness.
Pankaj Nalwa has over 16 years of industrial experience and specialized training in tooling and product development. He holds an MBA in International Business and has led training programs in quality practices, tool room management, product development, and more. As a trainer, he emphasizes viewing organizations from the perspectives of customers, products, processes, and results. He teaches methods for capturing the voice of customers, including focus groups, interviews, and surveys to understand value mismatches and customer satisfaction. Nalwa promotes value engineering to deliver required functions at the lowest cost through a multi-disciplinary team review of projects, products, and processes.
Value analysis and value engineering are techniques used to analyze the value of products, processes, and capital projects. They involve identifying the functions of an item and finding ways to accomplish those functions at the lowest total cost while maintaining quality and performance. Value analysis was traditionally used on existing products while value engineering focused on new products at the design stage. Both aim to reduce unnecessary costs and improve operations and product performance using techniques like function analysis. The concepts and techniques were developed in the 1940s at GE by Lawrence Miles, who is considered the father of value analysis and value engineering.
This document provides an overview of the 7th edition of the textbook "Information Technology Project Management". It discusses key topics covered in the textbook such as the history and growth of project management as a profession, the role of the Project Management Institute in establishing standards, and factors that contribute to IT project success or failure. The document also previews several chapters that will cover frameworks for project management, the role of the project manager, and emerging trends in the field.
Value engineering is a systematic approach to identifying unnecessary costs in construction projects. It was developed in the 1940s by Lawrence Miles at General Electric to address costs during wartime shortages. The value engineering process involves multi-disciplinary teams analyzing the functions of a project and finding alternative ways to achieve those functions at a lower overall cost. Value engineering studies typically identify ways to save 5-10% of total project costs through eliminating unnecessary expenses without compromising quality, utility or lifespan. The goal is not just reducing item costs but determining the worth of basic functions and setting target costs to find more cost-effective design alternatives.
The document provides an overview of value engineering, including its definition, purpose, and methodology. It defines value engineering as a systematic process that focuses on improving functions at the lowest cost while maintaining quality. The methodology involves 6 steps: information gathering, functional analysis, creativity, evaluation, development, and reporting. It also provides an example case study comparing the use of middle barrettes versus concrete bored piles for constructing a general cargo berth project at a port. Using piles was found to potentially reduce costs without compromising quality or functionality.
This document discusses value management in construction. It provides definitions of value management and outlines its aims to examine alternative materials and designs to achieve the same function at lower cost through innovation. It then lists the members of a value management team and discusses key terminologies used in value management like value methodology, planning, control, analysis and engineering. The document also outlines some risks of value management in construction like time constraints, cost information issues, and team member selection. Finally, it discusses the typical costs involved in value management like facilitator and participant costs, venue costs, administrative costs and information gathering costs.
Value analysis and value engineering (VAVE) is a systematic process to analyze products and services to reduce costs while maintaining or improving performance. It originated from General Electric during World War II and focuses on analyzing a product's functions. The value of a product is defined as its functionality divided by its cost. VAVE can be applied across industries to solve problems, expand markets, and reduce costs as part of a long-term business strategy. To learn VAVE, one should receive training, use analysis tools, and practice with experienced practitioners to generate ideas for cost savings and value improvements.
Practical Application of Value Engineering in Capital ProjectsPMA Consultants
The document discusses the application of value engineering on capital projects. It provides an overview of the value engineering job plan and function analysis system technique. It then presents a case study of value engineering applied to Florida's State Road 826 project. The value engineering study for this project identified 31 creative ideas to improve the $291.95 million project, 11 of which were further evaluated. Recommendations developed from this process aimed to improve the project's value in terms of capital cost, constructability, and meeting functional requirements within the constraints of no additional right-of-way.
Lean Thinking is a management philosophy based on the Toyota Production System (TPS). With Lean Thinking, you will be able to enhance value for your customers by improving service delivery and eliminating waste. Simply put, by becoming a Lean organization, you will be able to improve personal effectiveness, increase productivity and create greater customer value with less resources.
This training presentation is especially tailored for service industries. By teaching this presentation to managers and employees, they will have a better understanding of the Lean principles and approach to eliminating waste, and will be more forthcoming to lead and participate in the Lean implementation process.
LEARNING OBJECTIVES
1. Understand the principles and key concepts of Lean
2. Acquire knowledge on the key Lean methods and tools and their applications to improve personal effectiveness, value creation and waste elimination
3. Identify ways to develop “Kaizen eyes” to look for improvement opportunities
4. Describe the various Lean roles
CONTENTS
1. Introduction to Lean Thinking
2. Key Concepts of Lean Thinking
3. Overview of Lean Methods & Tools
4. Ways to develop "Kaizen Eyes"
5. Lean Roles
6. Sustaining a Lean Culture
To download this complete presentation, please visit: http://www.oeconsulting.com.sg
Cost Reduction of a product through Value Analysis & Value EngineeringQuEST Global
This document summarizes a value analysis and value engineering approach used by QuEST to reduce product costs for customers. It describes how VAVE systematically analyzes product functions to identify potential cost savings opportunities without compromising quality or performance. The approach involves understanding requirements, analyzing functions, generating alternative ideas, evaluating options, and developing value alternatives. An example project demonstrates how QuEST applied this process to reduce material costs for an industrial control product by over 25% while improving performance.
Value engineering is a systematic approach to reducing unnecessary costs while maintaining product quality and reliability. It answers the question of what else can accomplish the intended purpose at a lower cost. Value engineering was developed at General Electric during World War II to deal with material shortages by finding acceptable substitutes. Over time, it evolved into a broader application across industries to reduce total product costs through the consideration of development, production, and application costs. The goal of value engineering is to reliably provide necessary functions at the lowest overall cost through a planned approach.
This document discusses the differences between project management and change management. It begins by providing context that project management focuses on tasks and activities to deliver a technical solution, while change management focuses on preparing employees for changes and ensuring adoption of new solutions. It then provides perspectives on how they differ in terms of methodologies, tools, roles and responsibilities. The document argues that while project management and change management have different skills and approaches, integrating the two is important for project success. It discusses challenges to integration and provides recommendations on how to achieve better integration, including ensuring clarity of roles and collaboration between project managers and change managers.
This document defines value management and discusses its aims, terminology, risks, and costs. Value management is a holistic process that systematically manages resources to provide the best function at the lowest cost. It aims to unify perspectives to achieve project goals with minimum resources. Risks include insufficient time, incomplete cost data, difficulty quantifying related functions, and stakeholders viewing it as a cost-cutting exercise. Costs include the facilitator's fee, other participants' payments, and venue rental.
This document discusses value analysis/value engineering (VA/VE) as a business strategy. It outlines the key benefits of VA/VE, which include reducing costs by up to 25% while maintaining or enhancing functionality. Additional benefits include improved teamwork, knowledge sharing, and competitive advantage. The document describes the VA/VE process, which involves defining objectives, analyzing functions and costs, generating alternatives, evaluating ideas, and presenting proposals. It emphasizes preparation, team participation, and following a structured methodology and workplan for success.
Value Stream Mapping is an essential tool to help understand the current state and design the future state of a process. Learn more about why this kind of mapping is fundamental for a big picture view of an entire Value Stream and for improving transactional and manufacturing processes.
Value_Analysis_and_Value_Engineering, A_seminar_by_Mohan_Kumar_GMohan Kumar G
This document provides an overview of value analysis and value engineering. It discusses the brief history of value analysis starting at General Electric during World War II. It defines value analysis as a technique to analyze product functions to enhance value without compromising quality. Value analysis is applied to existing products, while value engineering is applied during design of new products. The document discusses how to determine and increase value by improving functions or reducing costs. It provides examples of value engineering and outlines the benefits. Finally, it presents a case problem to think through applying value analysis to reduce costs of ceiling fan production.
Value Engineering is a technique for determining the manufacturing requirements of a
product/service; it is concerned with its evaluation and finally the selection of less costly
conditions. VE is a process for achieving the optimal result in a way that quality, safety, reliability
and convertibility of every monetary unit are improved.
Here theory of Value Engineering along with case study of UTM is presented.
Value analysis and value engineering are techniques used to identify unnecessary costs in products, processes, and services. Value analysis is traditionally used after development to analyze existing offerings, while value engineering is used during design and development stages. Both use a team approach and function analysis methodology to reliably deliver necessary functions at the lowest total cost over the lifecycle in order to maximize value for the customer. Larry Miles is considered the founder of these techniques which he developed at GE in the 1940s and which have since been widely adopted.
Project and product scope are distinct but related concepts. Project scope refers to the work required to deliver a product or service, focusing on how the project will be executed. Product scope refers to the features and functions that characterize the product or service being delivered, focusing on what will be delivered. Managing scope involves defining, validating, and controlling scope throughout the project lifecycle.
This document provides an overview of value engineering (VE), including its history, key concepts, methodology, and applications. It can be summarized as follows:
1. VE was developed in the 1940s at GE by Larry Miles as a systematic approach to reducing costs and increasing value through function-based analysis. It has since been widely adopted to improve design, processes, and projects.
2. VE follows a methodology involving defining the functions of a product/process, establishing their costs, and generating alternatives to deliver the necessary functions at lower life cycle cost while maintaining performance.
3. VE uses techniques like function analysis, idea generation, and evaluation to identify opportunities to reduce costs without compromising quality or usefulness. Its
This document discusses cost savings services provided by Mechanical Integration. It was established in 2008 in the US and expanded to the UK and France in 2010. It helps companies eliminate waste, improve efficiency, and create a "savings culture" to prepare for the future. MI takes a "fresh eyes" approach, examining how a company designs, sources, manufactures, and distributes products. It focuses on materials, expenses, and labor costs. MI works with clients to set achievable savings targets, categorize ideas, implement solutions, and realize ongoing savings. Case studies show clients achieving immediate savings of $185,000 and $1.2 million, as well as long term savings of €703,150 and €48,103
Value engineering is a systematic process that analyzes functional requirements to achieve essential functions at the lowest total cost while meeting performance, quality, and safety needs. It involves gathering information, analyzing functions, brainstorming alternatives, evaluating and selecting ideas, and implementing solutions. Value engineering can reduce costs, risks, and schedules for projects through improved designs and collaboration. It follows a structured process and uses function analysis to identify alternative approaches that deliver the best value. Benefits include cost savings, risk reduction, and improved designs.
This presentation is about Value Engineering and contains:
1.History of VE
2.Value Concept
3.What is Value Engineering?
4.Implementation of VE in our project
5.Principle and Purpose of VE
6.Case Study
7.Conclusion
This document discusses value management in construction. It provides definitions of value management and outlines its aims to examine alternative materials and designs to achieve the same function at lower cost through innovation. It then lists the members of a value management team and discusses key terminologies used in value management like value methodology, planning, control, analysis and engineering. The document also outlines some risks of value management in construction like time constraints, cost information issues, and team member selection. Finally, it discusses the typical costs involved in value management like facilitator and participant costs, venue costs, administrative costs and information gathering costs.
Value analysis and value engineering (VAVE) is a systematic process to analyze products and services to reduce costs while maintaining or improving performance. It originated from General Electric during World War II and focuses on analyzing a product's functions. The value of a product is defined as its functionality divided by its cost. VAVE can be applied across industries to solve problems, expand markets, and reduce costs as part of a long-term business strategy. To learn VAVE, one should receive training, use analysis tools, and practice with experienced practitioners to generate ideas for cost savings and value improvements.
Practical Application of Value Engineering in Capital ProjectsPMA Consultants
The document discusses the application of value engineering on capital projects. It provides an overview of the value engineering job plan and function analysis system technique. It then presents a case study of value engineering applied to Florida's State Road 826 project. The value engineering study for this project identified 31 creative ideas to improve the $291.95 million project, 11 of which were further evaluated. Recommendations developed from this process aimed to improve the project's value in terms of capital cost, constructability, and meeting functional requirements within the constraints of no additional right-of-way.
Lean Thinking is a management philosophy based on the Toyota Production System (TPS). With Lean Thinking, you will be able to enhance value for your customers by improving service delivery and eliminating waste. Simply put, by becoming a Lean organization, you will be able to improve personal effectiveness, increase productivity and create greater customer value with less resources.
This training presentation is especially tailored for service industries. By teaching this presentation to managers and employees, they will have a better understanding of the Lean principles and approach to eliminating waste, and will be more forthcoming to lead and participate in the Lean implementation process.
LEARNING OBJECTIVES
1. Understand the principles and key concepts of Lean
2. Acquire knowledge on the key Lean methods and tools and their applications to improve personal effectiveness, value creation and waste elimination
3. Identify ways to develop “Kaizen eyes” to look for improvement opportunities
4. Describe the various Lean roles
CONTENTS
1. Introduction to Lean Thinking
2. Key Concepts of Lean Thinking
3. Overview of Lean Methods & Tools
4. Ways to develop "Kaizen Eyes"
5. Lean Roles
6. Sustaining a Lean Culture
To download this complete presentation, please visit: http://www.oeconsulting.com.sg
Cost Reduction of a product through Value Analysis & Value EngineeringQuEST Global
This document summarizes a value analysis and value engineering approach used by QuEST to reduce product costs for customers. It describes how VAVE systematically analyzes product functions to identify potential cost savings opportunities without compromising quality or performance. The approach involves understanding requirements, analyzing functions, generating alternative ideas, evaluating options, and developing value alternatives. An example project demonstrates how QuEST applied this process to reduce material costs for an industrial control product by over 25% while improving performance.
Value engineering is a systematic approach to reducing unnecessary costs while maintaining product quality and reliability. It answers the question of what else can accomplish the intended purpose at a lower cost. Value engineering was developed at General Electric during World War II to deal with material shortages by finding acceptable substitutes. Over time, it evolved into a broader application across industries to reduce total product costs through the consideration of development, production, and application costs. The goal of value engineering is to reliably provide necessary functions at the lowest overall cost through a planned approach.
This document discusses the differences between project management and change management. It begins by providing context that project management focuses on tasks and activities to deliver a technical solution, while change management focuses on preparing employees for changes and ensuring adoption of new solutions. It then provides perspectives on how they differ in terms of methodologies, tools, roles and responsibilities. The document argues that while project management and change management have different skills and approaches, integrating the two is important for project success. It discusses challenges to integration and provides recommendations on how to achieve better integration, including ensuring clarity of roles and collaboration between project managers and change managers.
This document defines value management and discusses its aims, terminology, risks, and costs. Value management is a holistic process that systematically manages resources to provide the best function at the lowest cost. It aims to unify perspectives to achieve project goals with minimum resources. Risks include insufficient time, incomplete cost data, difficulty quantifying related functions, and stakeholders viewing it as a cost-cutting exercise. Costs include the facilitator's fee, other participants' payments, and venue rental.
This document discusses value analysis/value engineering (VA/VE) as a business strategy. It outlines the key benefits of VA/VE, which include reducing costs by up to 25% while maintaining or enhancing functionality. Additional benefits include improved teamwork, knowledge sharing, and competitive advantage. The document describes the VA/VE process, which involves defining objectives, analyzing functions and costs, generating alternatives, evaluating ideas, and presenting proposals. It emphasizes preparation, team participation, and following a structured methodology and workplan for success.
Value Stream Mapping is an essential tool to help understand the current state and design the future state of a process. Learn more about why this kind of mapping is fundamental for a big picture view of an entire Value Stream and for improving transactional and manufacturing processes.
Value_Analysis_and_Value_Engineering, A_seminar_by_Mohan_Kumar_GMohan Kumar G
This document provides an overview of value analysis and value engineering. It discusses the brief history of value analysis starting at General Electric during World War II. It defines value analysis as a technique to analyze product functions to enhance value without compromising quality. Value analysis is applied to existing products, while value engineering is applied during design of new products. The document discusses how to determine and increase value by improving functions or reducing costs. It provides examples of value engineering and outlines the benefits. Finally, it presents a case problem to think through applying value analysis to reduce costs of ceiling fan production.
Value Engineering is a technique for determining the manufacturing requirements of a
product/service; it is concerned with its evaluation and finally the selection of less costly
conditions. VE is a process for achieving the optimal result in a way that quality, safety, reliability
and convertibility of every monetary unit are improved.
Here theory of Value Engineering along with case study of UTM is presented.
Value analysis and value engineering are techniques used to identify unnecessary costs in products, processes, and services. Value analysis is traditionally used after development to analyze existing offerings, while value engineering is used during design and development stages. Both use a team approach and function analysis methodology to reliably deliver necessary functions at the lowest total cost over the lifecycle in order to maximize value for the customer. Larry Miles is considered the founder of these techniques which he developed at GE in the 1940s and which have since been widely adopted.
Project and product scope are distinct but related concepts. Project scope refers to the work required to deliver a product or service, focusing on how the project will be executed. Product scope refers to the features and functions that characterize the product or service being delivered, focusing on what will be delivered. Managing scope involves defining, validating, and controlling scope throughout the project lifecycle.
This document provides an overview of value engineering (VE), including its history, key concepts, methodology, and applications. It can be summarized as follows:
1. VE was developed in the 1940s at GE by Larry Miles as a systematic approach to reducing costs and increasing value through function-based analysis. It has since been widely adopted to improve design, processes, and projects.
2. VE follows a methodology involving defining the functions of a product/process, establishing their costs, and generating alternatives to deliver the necessary functions at lower life cycle cost while maintaining performance.
3. VE uses techniques like function analysis, idea generation, and evaluation to identify opportunities to reduce costs without compromising quality or usefulness. Its
This document discusses cost savings services provided by Mechanical Integration. It was established in 2008 in the US and expanded to the UK and France in 2010. It helps companies eliminate waste, improve efficiency, and create a "savings culture" to prepare for the future. MI takes a "fresh eyes" approach, examining how a company designs, sources, manufactures, and distributes products. It focuses on materials, expenses, and labor costs. MI works with clients to set achievable savings targets, categorize ideas, implement solutions, and realize ongoing savings. Case studies show clients achieving immediate savings of $185,000 and $1.2 million, as well as long term savings of €703,150 and €48,103
Value engineering is a systematic process that analyzes functional requirements to achieve essential functions at the lowest total cost while meeting performance, quality, and safety needs. It involves gathering information, analyzing functions, brainstorming alternatives, evaluating and selecting ideas, and implementing solutions. Value engineering can reduce costs, risks, and schedules for projects through improved designs and collaboration. It follows a structured process and uses function analysis to identify alternative approaches that deliver the best value. Benefits include cost savings, risk reduction, and improved designs.
This presentation is about Value Engineering and contains:
1.History of VE
2.Value Concept
3.What is Value Engineering?
4.Implementation of VE in our project
5.Principle and Purpose of VE
6.Case Study
7.Conclusion
The document provides an overview of developments in construction project management in the United Kingdom from 1995 to 2005. It discusses several key reports during this period that aimed to improve efficiency and effectiveness in the industry, including the Latham Report of 1994, Egan Report of 1998, and National Audit Office report of 2001. It also outlines new procurement principles and commercial arrangements that emerged, such as early supplier involvement, collaborative contracts, long-term relationships, and supply chain management.
Value Engineering is a good thing but it is usually confused with cost cutting which is not the same. Done well VE results in better function as well as reduced cost. This seems paradoxical until we try it.
Presentation from the 2015 AECB conference in Sheffield
1. Construction is defined as the process of organizing and combining materials, equipment, labor, and other resources to build structures and facilities.
2. It involves planning, designing, and production of construction drawings and specifications to guide the building process from start to finish.
3. The key stages of a construction project include feasibility studies, design development, tendering, construction, and completion/handover.
The document discusses construction productivity measurement and benchmarking. It defines productivity and explains why it is important, especially for the construction industry. Some key factors affecting construction labor productivity are identified. The document also discusses quality and its relationship to productivity. Various methods for improving productivity are outlined. Productivity calculation and benchmarking models and their application to the construction industry are explained. Labor productivity studies comparing different regions in India and internationally are summarized.
A Framework for Synergy, Collaboration, Exploration, Creativity, Discovery & Innovation. A Team activity to balance need, function & cost.
bsauter@workbench20.com
www.workbench20.com
Value management is a process that aims to deliver benefits to clients at the lowest possible cost. It examines alternative materials and designs to select options that provide the best functions while minimizing expenses. The key constraints in value management are time, cost, and quality. Risks include insufficient time and information, uniqueness of projects, and stakeholders' acceptance of changes. Costs involve facilitators, participants, venues, administration, research, and following recommendations.
What is Value Management?
John Heathcote, Senior Lecturer at Leeds Metropolitan University and Adam Roberts, Project Manager at London Underground discuss the salient features of ‘Value Management’ at the APM event on 22nd May 2014, in London.
Value engineering is a technique used to improve projects, processes, products, or services by determining the best functional balance between cost, reliability, and performance. It aims to identify unnecessary costs that can be eliminated without compromising quality, performance, or customer satisfaction. A value engineering study is conducted systematically using an eight-step job plan involving information gathering, functional analysis, creative idea generation, evaluation, and implementation. The goal is to deliver necessary functions at the lowest cost through improvements to design, materials selection, production processes, maintenance, and other factors.
The document provides information about value management including its definition, aim, terminology used, risks involved, and costs associated. The definition states that value management aims to provide the best function at the lowest possible overall cost. Some key terminology explained are value methodology, value planning, value control, value analysis, and value engineering. Risks of value management discussed include time required, cost information availability, project uniqueness, and team member selection. Costs involved are facilitator and participant fees, venue costs, administrative expenses, and information gathering.
Value management is a systematic approach involving multi-disciplinary teams to analyze functions and provide the best value. It aims to unify differences to achieve project goals using minimum resources. Key terminologies include value methodology, value planning, value control, and value engineering. Risks include insufficient time, incomplete cost data, project uniqueness, and new concepts for stakeholders. Costs involve facilitators, participants, venues, information gathering, administration, and indirect costs.
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مبادرة
#تواصل_تطوير
المحاضرة الواحدة والخمسون من المبادرة مع
دكتور / جاكلين فهمي
رئيس الفرع الإقليمي للجمعية الأمريكية للهندسة القيمية
بشرق البحر المتوسط وافريقياSave International
"Agility Of Value Engineering" بعنوان
التاسعة مساء توقيت مكة المكرمةالأربعاء02سبتمبر2020
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Value management is a systematic process that analyzes functions to select alternatives that meet needs at the lowest cost over the whole life cycle. It aims to unify differences to achieve goals using minimum resources. Objectives include providing the best function at lowest overall cost. Key terminology includes value methodology, planning, control, analysis, engineering, and improvement. Major costs of value management include the facilitator's fees, costs of other participants, venue costs, administrative expenses, information gathering, and indirect costs associated with implementing recommendations.
Project Management Chapter 1 and chapter 2 Rosettidrosetti
The document discusses key aspects of project management. It defines a project as a complex, non-routine effort with defined time and resource constraints aimed at meeting customer needs. Projects have established objectives, life spans, cross-functional teams, and specific requirements. The challenges for a project manager include marshaling resources, providing direction to teams, and ensuring project success. Effective project selection requires linking projects to organizational strategy, conducting environmental scans, setting goals and strategies, and implementing projects. A portfolio system balances different types of projects to manage risks.
Jeremy Hall developed an architectonic, or systematic framework, for structuring the design of computer simulations for business training. The architectonic is based on analyzing needs and constraints, extracting core values of effective and efficient learning, and exploring design elements like the simulation model and delivery process. This translates into an architecture that standardizes 83-98% of the simulation while allowing for flexibility and customization. Using this architectonic improved development time and allowed old simulations to be re-engineered and re-launched.
QUS5207 COST CONTROL 2 VM: CONCEPTS, TERMS, RISKS & COSTSLizz Sim Kit Mun
The document discusses value management in construction projects. It defines key terms related to value management like value methodology, value planning, value control, value analysis and value engineering. It also outlines potential risks of value management like insufficient time, incomplete cost information, project uniqueness, and lack of support. Finally, it details costs involved in value management like facilitator costs, participant costs, venue costs, and information gathering costs.
This document defines value management and its key concepts in construction. It discusses that value management aims to select materials that provide the best function at the lowest cost. It also aims to unify different stakeholder perspectives to achieve project goals efficiently. Value management adopts a systematic, multidisciplinary approach to maximize return on investment and realize best value. The document outlines various value management terminologies and discusses risks and costs associated with its implementation in construction projects.
This document defines value management and its key concepts. It discusses that value management aims to select materials that provide the best function at the lowest cost. It also aims to unify different stakeholder perspectives to achieve project goals efficiently. Value management employs a systematic, multidisciplinary approach including consideration of whole life costs. The document also outlines some risks and costs associated with value management in construction projects.
This document defines value management and its key concepts in construction. It discusses that value management aims to select materials that provide the best function at the lowest cost. It also aims to unify different stakeholder perspectives to achieve project goals efficiently. Value management adopts a systematic, multidisciplinary approach to maximize return on investment and realize best value. The document outlines various value management terminologies and discusses risks and costs associated with its implementation in construction projects.
1. Definition and aim or VM in general and from the perspective of construction
2. Terminologies used in VM
3. Risks of VM in construction
4. Cost involved in VM
This document provides an overview of value analysis. It defines value analysis as a systematic process that compares the function of a product required by customers against the lowest cost of meeting specified performance and reliability. The key steps of value analysis are to establish objectives, analyze the production process, decompose product characteristics, brainstorm alternatives, select the best alternative, and implement changes. Value analysis aims to provide better value to customers and improve competitive position by eliminating unnecessary costs.
Value engineering aims to increase the value of a product by improving its functionality or reducing costs. It uses a team-based approach to evaluate a product's functions, manufacturing processes, costs, and design prior to major investments. The value engineering process involves information gathering, idea generation, analysis, development of proposals to improve value, and presentation of results. It seeks the lowest cost way to achieve desired functions rather than the lowest production costs.
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2. Lecture Objectives
Introduce Concept of Value
Define value management
Identify value management interventions
Discuss key techniques and their
application
3. Introduction To Value
What is Value?
Value and COST
Value and FUNCTION
Value and BENEFIT
Value and TIME
“Adding Value”
Value – a compromise?
4. Concept of Value
Value =
Satisfaction of Needs
Use of Resources
EN12973
The concept of value relies on the relationship between the
satisfaction of many differing needs and the resources used in
satisfying them.
A relationship not an equation
Source: Sweett Group
5. Obtaining Value
COST
VALUE = WORTH
(worth = the lowest cost that enables
the required functions to be provided)
• Maximum benefit at minimal cost
6. Value Management
• Determining Client requirements – this
is not always as simple as it seems!
• Delivering those requirements without
unnecessary cost
7. Value Management History & Definitions
• History
Lawrence Miles, purchasing engineer
with GEC in WW2
Value analysis: an organised approach
to providing the necessary functions at
the lowest cost
This is NOT cost cutting - quality is not
reduced.
8. Value Management History &
Definitions(2)
• Value analysis - an organised
approach to the identification and
elimination of unecessary cost.
• Unecessary cost - cost which provides
neither USE, nor LIFE, nor QUALITY,
nor APPEARANCE nor CUSTOMER
BENEFIT(S)
9. Development of V(M!)
• US Dept of Defense
• UK – 1960s use in manufacturing
• Formation of VE Assoc. in 1966 (IVM in 1972)
• Common use throughout Europe
• Growth in UK Construction (BAA, Whitbread,London
Underground)
• Guidance Notes (e.g. BRE 1997; CIB 1997; HM Treasury)
• British Standard BS EN 12973 2000 Value Management
• Egan
• Best Value
15. Value Management
OPTIONS APPRAISAL
BUSINESS CASE
OUTLINE DESIGN
FINAL SKETCH PLAN
DETAIL DESIGN
1st REVIEW
2nd REVIEW
3rd REVIEW
CONCURRENT STUDIES
CONSTRUCTION
HANDOVER
CONTRACTORS CHANGE
PROPOSALS
POST PROJECT
EVALUATION
17. Issues dealt with(1)
• Value Planning (Value Management)
• VM1 – pre-brief/briefing
– Is a built solution required
– Stakeholder requirements
– Priorities
• VM2 – Outline proposals
– Reviewing criteria
– Selection of best value alternative
18. Issues dealt with(2)
Value Engineering
Engineering the developing design to eliminate unecessary cost
Workshop(s)
Contractor’s Change Proposals
Value incentive clauses
Value Analysis
Analysing value in finished product to inform
future
decisions
19. Structure of VM Team
Independent VM team
Early American Approach
Advantages and dis-advantages
Using Project Team Members
Depends on nature of project and timing of
intervention
Importance of Client top management support and
appropriate representation on VM team
20. Source: Cyril Sweett & Ptnrs
No Time
Waste
of Time
Too
Expensive
Too
Difficult
Too
Complex
I Do It
Anyway
Not
Interested
Don’t Want
Outsiders
The
Barriers
The
Barriers
23. Study(Wokshop) Phase
• Alternative approaches
– Degree of structure may depend on
project, participants (and their experience),
time available
The Job Plan – Based on Lawrence
Miles original approach
29. What is VM
• Value Management
– A structured approach to defining what value
means to a client in meeting a perceived need by
establishing a clear concensus about the project
objectives and how they can be achieved
• Value Engineering
– A systematic approach to delivering the required
functions at lowest cost without detriment to
quality, performance and reliability
30. Lecture Objectives
Introduce Concept of Value
Define value management
Identify value management interventions
Discuss key techniques and their
application
Editor's Notes
Pre- workshop
The research indicates two aspects of pre-planning- the value manager briefing and the briefing of workshop participants.
The former is necessary to ensure that the value manager understands the clients key “functionality aspects[i]” Such clarity will enable the facilitator to more effectively manage the workshop participants.
The latter is felt necessary to ensure that participants, who are influenced by their own professional traditions and background and who are often “solution driven”, understand both the need for a broader, functional, analytical approach to value management and the essential multi-disciplinary nature of the activity.
The approach to, and outcomes of, such pre-planning vary though the objectives are common.
Approaches involve, discussions with the client representative and workshop participants, either in a pre-workshop meeting, individual meetings or, at the very least a series of telephone calls, the latter more likely for later workshops in a series of interventions.
Discussion with the client helps identify priorities and formulate objectives for the workshops. In some instances this will involve functional analysis, particularly where workshop time is limited.
If you’re going to maximise the use of the people in the room, then you’ll need to do preparation on functional analysis with the client. If you go into the workshop with the functional analysis clearly understood, and tell the team what it is, then they can do their ideas generation and evaluation quite well.[ii]
Pre- meetings with participants enable them to come to the workshop, reassured and effectively prepared.
We sit down with designers to re-assure them that it’s not just going to be a hatchet job.[iii]
The outcome of such preparatory activity varies, though normally includes some form of information pack or briefing document. The detail will depend on circumstance but will generally include organisational details of the workshop together with an agenda, objectives of both the workshop and the project as a whole, and any available data on cost or design (where appropriate). For workshops later in the project life cycle, the outcomes of previous workshops would be circulated.
As well as providing practical details, the briefing pack, which may be no more than two or three sheet of paper[iv], seeks to guide participants to issues that they should be considering prior to the workshop though such pre –preparation can cause a tension between guiding and directing which may narrow down thought processes and limit “lateral thinking” in the workshop itself.
[i] VM Capita page 1
[ii] F&G Page 5
[iii] Capita page 2
[iv] DLE page 4
Pre- workshop
The research indicates two aspects of pre-planning- the value manager briefing and the briefing of workshop participants.
The former is necessary to ensure that the value manager understands the clients key “functionality aspects[i]” Such clarity will enable the facilitator to more effectively manage the workshop participants.
The latter is felt necessary to ensure that participants, who are influenced by their own professional traditions and background and who are often “solution driven”, understand both the need for a broader, functional, analytical approach to value management and the essential multi-disciplinary nature of the activity.
The approach to, and outcomes of, such pre-planning vary though the objectives are common.
Approaches involve, discussions with the client representative and workshop participants, either in a pre-workshop meeting, individual meetings or, at the very least a series of telephone calls, the latter more likely for later workshops in a series of interventions.
Discussion with the client helps identify priorities and formulate objectives for the workshops. In some instances this will involve functional analysis, particularly where workshop time is limited.
If you’re going to maximise the use of the people in the room, then you’ll need to do preparation on functional analysis with the client. If you go into the workshop with the functional analysis clearly understood, and tell the team what it is, then they can do their ideas generation and evaluation quite well.[ii]
Pre- meetings with participants enable them to come to the workshop, reassured and effectively prepared.
We sit down with designers to re-assure them that it’s not just going to be a hatchet job.[iii]
The outcome of such preparatory activity varies, though normally includes some form of information pack or briefing document. The detail will depend on circumstance but will generally include organisational details of the workshop together with an agenda, objectives of both the workshop and the project as a whole, and any available data on cost or design (where appropriate). For workshops later in the project life cycle, the outcomes of previous workshops would be circulated.
As well as providing practical details, the briefing pack, which may be no more than two or three sheet of paper[iv], seeks to guide participants to issues that they should be considering prior to the workshop though such pre –preparation can cause a tension between guiding and directing which may narrow down thought processes and limit “lateral thinking” in the workshop itself.
[i] VM Capita page 1
[ii] F&G Page 5
[iii] Capita page 2
[iv] DLE page 4
Report
It is common practice to produce a report or summary of decisions and actions following the workshop. Whilst this is seldom a presentation for decision, as the decision makers would normally be present at the workshop, it is important that both the decisions and the reasons for them are recorded.
The rationale for decisions is felt to be particularly important.
It is absolutely essential because, you can imagine, a year down the line, a party saying, “why didn’t you do that…”[i]
If you don’t record them (decisions) and something goes wrong….how did we get to this[ii]
One respondent reported on a project in which appeals from a planning enquiry went to the Secretary of State.
The first thing they went for was the VM journal. Where was the decision made to go to this site?”[iii]
Whilst the report is essential, it should be concise, focussed and timely
I’ve received voluminous reports, mountains of paper showing every single thing that you talked about, it doesn’t really get you anywhere. [iv]
I try to get an action list out within two days and the report out within a week[v]
Post-workshop
The post-workshop activities are essential to the success of the value management activities. Ideas may need further development prior to a decision, and the implementation of decisions made needs to be followed through.
Follow-up/wrap-up meetings may be held two to three weeks after the workshop. Follow up is sometimes through the normal, regular, design team meetings or is undertaken by the project manager or value manager.
These(meetings) are not as common as we’d like. Perhaps 60% of projects have a meeting though for 100% of projects we will take it upon ourselves to make a few nagging follow up calls.[vi]
Follow- up is crucial to ensure that ideas are not dropped, either because individual participants responsible for the development of a specific proposal were not fully committed to the initial decision, or they are too busy to undertake the development work.
[i] VMWT page 113
[ii] VMMDA p110
[iii] VMCapro p115
[iv] VMMDA p110
[v] VMCB p107
[vi] VML p126