The document provides information on new management tools including affinity diagrams, interrelationship digraphs, tree diagrams, matrix diagrams, prioritization matrices, process decision program charts (PDPC), and activity network diagrams. It defines each tool, explains the process for how to use it, and provides examples. The tools are designed to help structure brainstorming, analyze relationships between factors, break concepts down into finer levels of detail, evaluate options, identify risks and countermeasures, and plan task sequences.
Failure modes and effects analysis also documents current knowledge and actions about the risks of failures, for use in continuous improvement. FMEA is used during design to prevent failures. Later it’s used for control, before and during ongoing operation of the process. Ideally, FMEA begins during the earliest conceptual stages of design and continues throughout the life of the product or service.
Total employee involvement is a system that directly involves all employees in contributing to organizational success by giving them responsibilities. It allows everyone to be deeply involved in problem solving, continuous improvement, and finding new opportunities using their skills and knowledge. Key aspects of total employee involvement include motivating employees through teamwork, training, recognition and rewards, feedback, and empowering employees to make decisions.
The document discusses the seven traditional tools of quality: flow chart, check sheet, histogram, Pareto diagram, cause and effect diagram, scatter diagram, and control chart. It provides details on the purpose, construction, and use of each tool. The flow chart is used to depict process steps, the check sheet is used for systematic data gathering, the histogram displays frequency distributions, and the Pareto diagram identifies vital causes of quality loss. The cause and effect diagram analyzes potential problems, the scatter diagram depicts relationships between variables, and the control chart identifies process variations.
This document discusses the key concepts of vision, mission, and policy statements for organizations. It defines a vision as a desired future state that can take years to achieve, a mission as the purpose and customers served, and policies as guides for managerial decisions. Examples of vision and mission statements are provided for several companies. The document concludes by stating that policies should require understanding customer requirements and delivering defect-free products and services.
The document summarizes several management tools including affinity diagrams, interrelationship diagrams, tree diagrams, matrix diagrams, and prioritization matrices. It provides definitions and examples of how each tool can be used to structure brainstorming, analyze relationships between factors, break processes down into detailed levels, compare relationships between groups, and prioritize items according to weighted criteria. The tools are designed to help simplify complex problems, structure thinking, and improve decision making.
This document outlines the key concepts around organizing and human resource management. It discusses the nature and purpose of organizing, including common objectives, division of labor, authority structures, communication, and coordination. It also defines organizing and describes different types of organization structures. The purpose of organizing is to facilitate management, increase efficiency, allow for growth, optimize resource use, and stimulate creativity. The outcome is for students to understand different organization types and the functions of human resources managers.
The document discusses several approaches to delayed product differentiation in supply chain systems including standardization, modular design, and process restructuring. Standardization involves using common components or processes to reduce complexity and increase flexibility. Modular design decomposes products into submodules that are assembled after a common process. Process restructuring involves resequencing steps so common steps are performed before product-specific ones. The document provides examples and models for evaluating these approaches.
The document discusses rewards and recognition for employees. It defines rewards as prizes given to employees for exceptional work, which can be monetary or non-monetary. There are intrinsic rewards like feedback or trust that provide personal satisfaction. Recognition acknowledges individual or team contributions and behaviors that support organizational goals. Recognizing employees publicly increases motivation, retention, and loyalty, and gives a sense of ownership. Both rewards and recognition should be specific, sincere, and personal to be most effective.
Failure modes and effects analysis also documents current knowledge and actions about the risks of failures, for use in continuous improvement. FMEA is used during design to prevent failures. Later it’s used for control, before and during ongoing operation of the process. Ideally, FMEA begins during the earliest conceptual stages of design and continues throughout the life of the product or service.
Total employee involvement is a system that directly involves all employees in contributing to organizational success by giving them responsibilities. It allows everyone to be deeply involved in problem solving, continuous improvement, and finding new opportunities using their skills and knowledge. Key aspects of total employee involvement include motivating employees through teamwork, training, recognition and rewards, feedback, and empowering employees to make decisions.
The document discusses the seven traditional tools of quality: flow chart, check sheet, histogram, Pareto diagram, cause and effect diagram, scatter diagram, and control chart. It provides details on the purpose, construction, and use of each tool. The flow chart is used to depict process steps, the check sheet is used for systematic data gathering, the histogram displays frequency distributions, and the Pareto diagram identifies vital causes of quality loss. The cause and effect diagram analyzes potential problems, the scatter diagram depicts relationships between variables, and the control chart identifies process variations.
This document discusses the key concepts of vision, mission, and policy statements for organizations. It defines a vision as a desired future state that can take years to achieve, a mission as the purpose and customers served, and policies as guides for managerial decisions. Examples of vision and mission statements are provided for several companies. The document concludes by stating that policies should require understanding customer requirements and delivering defect-free products and services.
The document summarizes several management tools including affinity diagrams, interrelationship diagrams, tree diagrams, matrix diagrams, and prioritization matrices. It provides definitions and examples of how each tool can be used to structure brainstorming, analyze relationships between factors, break processes down into detailed levels, compare relationships between groups, and prioritize items according to weighted criteria. The tools are designed to help simplify complex problems, structure thinking, and improve decision making.
This document outlines the key concepts around organizing and human resource management. It discusses the nature and purpose of organizing, including common objectives, division of labor, authority structures, communication, and coordination. It also defines organizing and describes different types of organization structures. The purpose of organizing is to facilitate management, increase efficiency, allow for growth, optimize resource use, and stimulate creativity. The outcome is for students to understand different organization types and the functions of human resources managers.
The document discusses several approaches to delayed product differentiation in supply chain systems including standardization, modular design, and process restructuring. Standardization involves using common components or processes to reduce complexity and increase flexibility. Modular design decomposes products into submodules that are assembled after a common process. Process restructuring involves resequencing steps so common steps are performed before product-specific ones. The document provides examples and models for evaluating these approaches.
The document discusses rewards and recognition for employees. It defines rewards as prizes given to employees for exceptional work, which can be monetary or non-monetary. There are intrinsic rewards like feedback or trust that provide personal satisfaction. Recognition acknowledges individual or team contributions and behaviors that support organizational goals. Recognizing employees publicly increases motivation, retention, and loyalty, and gives a sense of ownership. Both rewards and recognition should be specific, sincere, and personal to be most effective.
W. Edward Deming, Joseph Juran, and Philip B. Crosby were influential quality pioneers in the 20th century. Deming pioneered the use of statistics in quality and encouraged the PDCA cycle for problem solving. Juran advocated for quality planning and goal setting. Crosby defined quality as conformance to requirements and promoted zero defects. Each developed influential frameworks for quality improvement, including Deming's 14 Points, Juran's 10 steps, and Crosby's 14 steps. They helped drive Japan's emergence as a quality leader and transformed approaches to quality management.
This document discusses quality circles, which are small voluntary groups of employees that meet regularly to identify and solve work-related problems. It describes how quality circles originated in Japan after World War II to improve quality and productivity. The key aspects of quality circles discussed include their definition, characteristics, objectives, basic problem-solving techniques used, and the process of operation. Charts and diagrams are also included to illustrate factors that can lead to waste and how causes are determined.
The document presents information on control charts including what they are, their purpose and advantages, types of control charts, and how to construct and interpret them. Control charts are graphical representations that detect variations in a production process and warn if quality characteristics depart from specified tolerance limits. The main types discussed are X-bar and R-bar charts, with X-bar charts showing changes in the process average and R-bar charts controlling process variability. A case study example on using control charts in the hospitality industry is also included.
This document provides an introduction and overview of Total Quality Management (TQM). It discusses key aspects of TQM including having a customer-driven approach, leadership from top management, continuous improvement, fast response, using facts to take actions, employee participation, and developing a quality-focused culture. It explains that TQM aims to satisfy customer needs through a focus on quality in all company operations and processes. It emphasizes the importance of leadership from top management to implement TQM successfully.
Management involves planning, organizing, directing, and controlling organizational activities and resources to achieve goals. Scientific management theories developed methods for breaking down jobs and setting productivity standards, while classical theories identified key management functions and principles. Later, the human relations movement emphasized that non-financial rewards and good working conditions motivate employees through satisfying informal work groups. Current approaches integrate multiple factors in managing complex organizations.
This document discusses performance appraisals, including their definition, purpose, objectives, elements, and methods. Performance appraisals are used to evaluate employee performance, provide feedback, identify training needs, and form the basis for personnel decisions. Traditional methods include essay, ranking, and checklist appraisals, while modern methods include assessment centers, human resource accounting, and 360-degree feedback from multiple raters. The goal is to conduct appraisals systematically and impartially to improve employee development and organizational effectiveness.
This document discusses rapid prototyping and provides details on various rapid prototyping techniques. It begins by defining what a prototype is and explaining the development of rapid prototyping from manual methods to soft and then rapid prototyping using additive manufacturing. Specific rapid prototyping techniques covered include stereolithography (SLA), selective laser sintering (SLS), laminated object manufacturing (LOM), and fused deposition modeling (FDM). Applications of rapid prototyping include design, engineering analysis, and tooling. Advantages are listed as fast, accurate production with minimal material waste, while limitations include staircase effects and cost.
QFD (Quality Function Deployment) was developed in Japan in the 1960s to link customer needs to product development and help organizations focus on customers. It involves cross-functional teams identifying customer wants and using tools like the House of Quality to prioritize them and ensure they are addressed throughout the organization from design to manufacturing. The process aims to improve communication of customer needs and lead to more complete specifications that directly meet those needs.
This document discusses customer and market focus as examined in the Baldrige criteria. It covers determining customer requirements and expectations, building customer relationships, and factors that lead to customer satisfaction and retention. It also discusses measuring customer satisfaction, the role of marketing and sales in gathering customer input, and the importance of customer retention for profitability.
The document discusses the House of Quality, which is a diagram used in Quality Function Deployment (QFD) to relate customer desires to product capabilities. It utilizes a matrix to define the relationship between customer requirements and technical descriptors that will meet those requirements. The House of Quality proceeds through five steps: 1) identifying customer requirements, 2) determining technical descriptors, 3) assessing the relationship between requirements and descriptors, 4) evaluating correlations between descriptors, and 5) conducting competitive assessments.
Deming's 14 Points for Management provides a framework for businesses to improve quality and effectiveness. It focuses on having a constant purpose of improving products and services to meet customer needs. Businesses should adopt new philosophies to stay competitive, build quality from the start, and form long-term supplier relationships based on trust rather than price alone. Systems and training should be continuously improved. Fear and barriers between departments should be broken down. Instead of slogans and quotas, leadership and quality should be emphasized. The responsibility of supervisors should be to help people improve. All employees should work towards transformation.
This document provides information about travel charts, which are used to estimate materials handling between work stations in a plant layout. A travel chart is a square tabular representation that shows the movement of workers, materials, and equipment numerically between each work station. It aims to design a layout that minimizes the total distance traveled. An example is provided of calculating the number of products multiplied by the distance traveled for each process to determine the optimal layout that reduces overall distance and travel costs. The procedure for solving the travel chart example is outlined.
Definition of Automation
Automated Manufacturing Systems
Types of Manufacturing Automation
Levels of Automation
Computerized Manufacturing Support Systems
Reasons for Automation
Automation Strategies-The USA Principle
Ten Strategies for Automation and Process Improvement
Automation Migration Strategy
Benefits of Automation
References
ANALYSIS OF TRANSFER LINE WITH BUFFER STORAGEManoj Gowda K
An automated transfer line is consisted of several workstations which are linked together by a material handling system where parts are transferred from one station to the next.
Total Quality Management (TQM) is a comprehensive, organization-wide approach to continuous improvement that aims to meet customer needs and expectations. TQM focuses on continuous process improvement through teamwork and employee involvement at all levels. It recognizes that quality cannot be inspected into a product but must be built into the product through attention to the design and management of processes. TQM aims to achieve customer satisfaction by focusing on both product features and freedom from deficiencies.
This document discusses the components of computer integrated manufacturing (CIM). It describes CIM as the integration of the total manufacturing enterprise through computer technologies and communication networks. The key components discussed include the CASA/SME model, computer networking, the OSI model, and the various subsystems and elements that make up CIM such as CAD/CAM, computer-aided process planning (CAPP), and manufacturing resource planning (MRP). The benefits of CIM implementation are also summarized such as improved quality, reduced costs and lead times, and increased flexibility and responsiveness.
The document discusses various concepts of industrial management including its scope and functions. It describes Taylor's scientific management approach which emphasized science over rules of thumb, harmony over discord between management and labor, and cooperation over individualism. It also covered Fayol's principles of management, McGregor's Theory X and Theory Y about employee motivation, Mayo's Hawthorne experiments on the impact of working conditions, Herzberg's two-factor theory of motivation, and Maslow's hierarchy of human needs.
Intro to production management and plant layoutvaibhav tailor
Production management involves converting raw materials into finished goods efficiently. An important part is selecting an optimal plant layout and location. The objectives of plant layout are to minimize costs of transportation, materials handling, and maximize efficiency. The main types of layouts are process, product, and combined, each suited to different production needs. Factors like production process, scale, machines, and space influence the best layout choice. Location selection aims to minimize total costs while accessing raw materials, labor, markets, and infrastructure.
Quality control is a process that is used to ensure a certain level of quality in a product or service. It might include whatever actions a business deems necessary to provide for the control and verification of certain characteristics of a product or service. Most often, it involves thoroughly examining and testing the quality of products or the results of services. The basic goal of this process is to ensure that the products or services that are provided meet specific requirements and characteristics, such as being dependable, satisfactory, safe and fiscally sound.
Check sheet
Control chart
Histogram
Ishikawa Diagram
Pareto Chart
Scatter diagram
Flow chart
The document provides information about root cause analysis and fishbone diagrams. It defines a fishbone diagram and its typical categories of causes (people, methods, machines, materials, measurements, environment). It then discusses how fishbone diagrams are used in the Six Sigma measure phase and the Business Analysis Body of Knowledge. The document provides guidance on when to create a fishbone diagram, how to select branches and organize it, and includes examples. It also discusses communication challenges, shortcomings in the industry, and supplemental information like templates.
W. Edward Deming, Joseph Juran, and Philip B. Crosby were influential quality pioneers in the 20th century. Deming pioneered the use of statistics in quality and encouraged the PDCA cycle for problem solving. Juran advocated for quality planning and goal setting. Crosby defined quality as conformance to requirements and promoted zero defects. Each developed influential frameworks for quality improvement, including Deming's 14 Points, Juran's 10 steps, and Crosby's 14 steps. They helped drive Japan's emergence as a quality leader and transformed approaches to quality management.
This document discusses quality circles, which are small voluntary groups of employees that meet regularly to identify and solve work-related problems. It describes how quality circles originated in Japan after World War II to improve quality and productivity. The key aspects of quality circles discussed include their definition, characteristics, objectives, basic problem-solving techniques used, and the process of operation. Charts and diagrams are also included to illustrate factors that can lead to waste and how causes are determined.
The document presents information on control charts including what they are, their purpose and advantages, types of control charts, and how to construct and interpret them. Control charts are graphical representations that detect variations in a production process and warn if quality characteristics depart from specified tolerance limits. The main types discussed are X-bar and R-bar charts, with X-bar charts showing changes in the process average and R-bar charts controlling process variability. A case study example on using control charts in the hospitality industry is also included.
This document provides an introduction and overview of Total Quality Management (TQM). It discusses key aspects of TQM including having a customer-driven approach, leadership from top management, continuous improvement, fast response, using facts to take actions, employee participation, and developing a quality-focused culture. It explains that TQM aims to satisfy customer needs through a focus on quality in all company operations and processes. It emphasizes the importance of leadership from top management to implement TQM successfully.
Management involves planning, organizing, directing, and controlling organizational activities and resources to achieve goals. Scientific management theories developed methods for breaking down jobs and setting productivity standards, while classical theories identified key management functions and principles. Later, the human relations movement emphasized that non-financial rewards and good working conditions motivate employees through satisfying informal work groups. Current approaches integrate multiple factors in managing complex organizations.
This document discusses performance appraisals, including their definition, purpose, objectives, elements, and methods. Performance appraisals are used to evaluate employee performance, provide feedback, identify training needs, and form the basis for personnel decisions. Traditional methods include essay, ranking, and checklist appraisals, while modern methods include assessment centers, human resource accounting, and 360-degree feedback from multiple raters. The goal is to conduct appraisals systematically and impartially to improve employee development and organizational effectiveness.
This document discusses rapid prototyping and provides details on various rapid prototyping techniques. It begins by defining what a prototype is and explaining the development of rapid prototyping from manual methods to soft and then rapid prototyping using additive manufacturing. Specific rapid prototyping techniques covered include stereolithography (SLA), selective laser sintering (SLS), laminated object manufacturing (LOM), and fused deposition modeling (FDM). Applications of rapid prototyping include design, engineering analysis, and tooling. Advantages are listed as fast, accurate production with minimal material waste, while limitations include staircase effects and cost.
QFD (Quality Function Deployment) was developed in Japan in the 1960s to link customer needs to product development and help organizations focus on customers. It involves cross-functional teams identifying customer wants and using tools like the House of Quality to prioritize them and ensure they are addressed throughout the organization from design to manufacturing. The process aims to improve communication of customer needs and lead to more complete specifications that directly meet those needs.
This document discusses customer and market focus as examined in the Baldrige criteria. It covers determining customer requirements and expectations, building customer relationships, and factors that lead to customer satisfaction and retention. It also discusses measuring customer satisfaction, the role of marketing and sales in gathering customer input, and the importance of customer retention for profitability.
The document discusses the House of Quality, which is a diagram used in Quality Function Deployment (QFD) to relate customer desires to product capabilities. It utilizes a matrix to define the relationship between customer requirements and technical descriptors that will meet those requirements. The House of Quality proceeds through five steps: 1) identifying customer requirements, 2) determining technical descriptors, 3) assessing the relationship between requirements and descriptors, 4) evaluating correlations between descriptors, and 5) conducting competitive assessments.
Deming's 14 Points for Management provides a framework for businesses to improve quality and effectiveness. It focuses on having a constant purpose of improving products and services to meet customer needs. Businesses should adopt new philosophies to stay competitive, build quality from the start, and form long-term supplier relationships based on trust rather than price alone. Systems and training should be continuously improved. Fear and barriers between departments should be broken down. Instead of slogans and quotas, leadership and quality should be emphasized. The responsibility of supervisors should be to help people improve. All employees should work towards transformation.
This document provides information about travel charts, which are used to estimate materials handling between work stations in a plant layout. A travel chart is a square tabular representation that shows the movement of workers, materials, and equipment numerically between each work station. It aims to design a layout that minimizes the total distance traveled. An example is provided of calculating the number of products multiplied by the distance traveled for each process to determine the optimal layout that reduces overall distance and travel costs. The procedure for solving the travel chart example is outlined.
Definition of Automation
Automated Manufacturing Systems
Types of Manufacturing Automation
Levels of Automation
Computerized Manufacturing Support Systems
Reasons for Automation
Automation Strategies-The USA Principle
Ten Strategies for Automation and Process Improvement
Automation Migration Strategy
Benefits of Automation
References
ANALYSIS OF TRANSFER LINE WITH BUFFER STORAGEManoj Gowda K
An automated transfer line is consisted of several workstations which are linked together by a material handling system where parts are transferred from one station to the next.
Total Quality Management (TQM) is a comprehensive, organization-wide approach to continuous improvement that aims to meet customer needs and expectations. TQM focuses on continuous process improvement through teamwork and employee involvement at all levels. It recognizes that quality cannot be inspected into a product but must be built into the product through attention to the design and management of processes. TQM aims to achieve customer satisfaction by focusing on both product features and freedom from deficiencies.
This document discusses the components of computer integrated manufacturing (CIM). It describes CIM as the integration of the total manufacturing enterprise through computer technologies and communication networks. The key components discussed include the CASA/SME model, computer networking, the OSI model, and the various subsystems and elements that make up CIM such as CAD/CAM, computer-aided process planning (CAPP), and manufacturing resource planning (MRP). The benefits of CIM implementation are also summarized such as improved quality, reduced costs and lead times, and increased flexibility and responsiveness.
The document discusses various concepts of industrial management including its scope and functions. It describes Taylor's scientific management approach which emphasized science over rules of thumb, harmony over discord between management and labor, and cooperation over individualism. It also covered Fayol's principles of management, McGregor's Theory X and Theory Y about employee motivation, Mayo's Hawthorne experiments on the impact of working conditions, Herzberg's two-factor theory of motivation, and Maslow's hierarchy of human needs.
Intro to production management and plant layoutvaibhav tailor
Production management involves converting raw materials into finished goods efficiently. An important part is selecting an optimal plant layout and location. The objectives of plant layout are to minimize costs of transportation, materials handling, and maximize efficiency. The main types of layouts are process, product, and combined, each suited to different production needs. Factors like production process, scale, machines, and space influence the best layout choice. Location selection aims to minimize total costs while accessing raw materials, labor, markets, and infrastructure.
Quality control is a process that is used to ensure a certain level of quality in a product or service. It might include whatever actions a business deems necessary to provide for the control and verification of certain characteristics of a product or service. Most often, it involves thoroughly examining and testing the quality of products or the results of services. The basic goal of this process is to ensure that the products or services that are provided meet specific requirements and characteristics, such as being dependable, satisfactory, safe and fiscally sound.
Check sheet
Control chart
Histogram
Ishikawa Diagram
Pareto Chart
Scatter diagram
Flow chart
The document provides information about root cause analysis and fishbone diagrams. It defines a fishbone diagram and its typical categories of causes (people, methods, machines, materials, measurements, environment). It then discusses how fishbone diagrams are used in the Six Sigma measure phase and the Business Analysis Body of Knowledge. The document provides guidance on when to create a fishbone diagram, how to select branches and organize it, and includes examples. It also discusses communication challenges, shortcomings in the industry, and supplemental information like templates.
The document discusses structured problem solving techniques including situational awareness, process mapping, identifying customer requirements, problem identification, root cause analysis, implementing changes, and control methods. It provides examples of tools that can be used at each step such as affinity diagrams, histograms, scatter plots, 5 whys, tree diagrams, and benchmarks.
The document discusses key concepts of Agile Development (AD) and Agile Data Management. It outlines that the goal of AD is to quickly produce software solutions that meet 80% of requirements through continuous and iterative development. Essential concepts of AD include emphasizing collaboration over processes/tools and customer collaboration over contracts. Benefits include faster time to market and reduced risks through early problem detection and integrated testing. Agile Data Management focuses on reusability, integrity, security, and other principles when designing and building loosely coupled data structures to support Agile applications.
The document outlines details of the "Mission Vishvas" fundraising campaign for orphanages, NGOs, charitable trusts, and cancer care organizations. It is led by Vishvas Yadav of CODOCA MTVCOLA MARKETING ADVERTISING AND OUTSOURCING PRIVATE LIMITED. The campaign aims to provide funds to over 500 social organizations through the sale of research papers and white papers, with 50% of post-tax profits being donated. Contact information is provided for organizations to provide their bank details to receive donations.
The document outlines details of the "Mission Vishvas" fundraising campaign for orphanages, NGOs, charitable trusts, and cancer care organizations. It is led by Vishvas Yadav of CODOCA MTVCOLA MARKETING ADVERTISING AND OUTSOURCING PRIVATE LIMITED. The campaign aims to provide funds to over 500 social organizations through the sale of research papers and white papers, with 50% of post-tax profits being donated. Contact information is provided for organizations to provide their bank details to receive donations.
The document outlines details of the "Mission Vishvas" fundraising campaign for orphanages, NGOs, charitable trusts, and cancer care organizations. It is led by Vishvas Yadav of CODOCA MTVCOLA MARKETING ADVERTISING AND OUTSOURCING PRIVATE LIMITED. The campaign aims to provide funds to over 500 social organizations through the sale of research papers and white papers, with 50% of post-tax profits being donated. Contact information is provided for organizations to provide their bank details to receive donations.
The document outlines details of the "Mission Vishvas" fundraising campaign for orphanages, NGOs, charitable trusts, and cancer care organizations. It is led by Vishvas Yadav of CODOCA MTVCOLA MARKETING ADVERTISING AND OUTSOURCING PRIVATE LIMITED. The campaign aims to provide funds to over 500 social organizations through the sale of research papers and white papers, with 50% of post-tax profits being donated. Contact information is provided for organizations to provide their bank details to receive donations.
The document outlines details of the "Mission Vishvas" fundraising campaign for orphanages, NGOs, charitable trusts, and cancer care organizations. It is led by Vishvas Yadav of CODOCA MTVCOLA MARKETING ADVERTISING AND OUTSOURCING PRIVATE LIMITED. The campaign aims to provide funds to over 500 social organizations through the sale of research papers and white papers, with 50% of post-tax profits being donated. Contact information is provided for organizations to provide their bank details to receive donations.
The document outlines details of the "Mission Vishvas" fundraising campaign for orphanages, NGOs, charitable trusts, and cancer care organizations. It is led by Vishvas Yadav of CODOCA MTVCOLA MARKETING ADVERTISING AND OUTSOURCING PRIVATE LIMITED. The campaign aims to provide funds to over 500 social organizations through the sale of research papers and white papers, with 50% of post-tax profits being donated. Contact information is provided for organizations to provide their bank details to receive donations.
The document appears to be notes from a Delphi exercise project. It includes sections for project details, tasks with associated team members and estimates, and totals. The tasks involve gathering estimates from team members on various activities through the Delphi technique to develop consensus estimates. It tracks information like project number, sponsor, tasks, team members assigned, and likely, minimum and maximum estimates for amounts of work, time or other metrics for planning purposes.
Name of Project
Student Name
Independent Research Project
Project OverviewProject scopeProject management approach (AGILE, waterfall, etc)Major milestonesMajor deliverablesMajor risksHow could the project portfolio process be improved?MilestoneDescriptionDate
Strategic AlignmentDescribe which tools / processes were used and whyStrategic management processProject portfolio managementFinancial criteriaNon-financial criteriaProject screening matrixMajor project proposal formRisk analysis formProject screening processPriority analysis formProject priority matrixDid the needs / market analysis / business case identify all the project deliverables that the project eventually produced?How could the project portfolio process be improved?
Example below
Requirements ManagementRequirements management approachRequirements prioritization processProduct metricsCostQualityPerformanceHow accurate were the requirements?How could the requirements management process have been improved?Requirement InformationRelationship TraceabilityIDRequirementPriorityCategorySourceRelates to ObjectiveManifests in WBS DeliverableVerificationValidation
Scope ManagementInsert WBS (Tree format)Scope management approachRoles and responsibilitiesScope definitionProject scope statementScope verificationScope controlHow could the scope management process have been improved?
Risk ManagementInsert completed risk severity matrix
Discuss which tools used and whyRisk event graph (p 198)Risk management process (p 199)Risk breakdown structure (p 200)Defined conditions for impact scales (p 203)Risk assessment form (p 203)Risk severity matrix (p 204)Risk response matrix (p 209)Change control process (p 216)Sample change request (p 217)PERT (p 227)Quantitative risk analysisQualitative risk analysisSWOTRisk probability and impact assessment
ScheduleDiscuss the approach / process of analyzing:activity sequencesDurationsresource requirementsschedule constraintsWhat changes were made to the original baseline?How did this affect the project and what did you do to resolve?
Insert your project schedule
Cost Management
Discuss how project costs were measuredSVCVSPICPICost variance response processReporting and variance response processHow could the estimating process have been improved?
EstimatingInsert high level budget
Major cost element: $xxx,xxx.xx
Major cost element $xxx,xxx.xx
Major cost element $xxx,xxx.xx
Risk reserve $xx,xxx.xx
Total Project Cost $xxx,xxx.xx
Management Reserve $x,xxx.xx
Discuss which tools were used and whyTop DownConsensus method (p 123)Ratio method (p 124)Apportion method (p 124)Function point method (p 125)Learning curves (p 126)Bottoms up Template (p 127)Parametric procedures (p 127)Detailed estimates (p 127)Expert judgementAnalogous estimatingParametric estimatingBottom up estimatingThree point estimates (PERT)Reserve analysisPhase estimating (p 128-129)How accurate were the estimates?How could the estima.
This document discusses process and project metrics for software development. It explains that metrics are used to measure the status of ongoing projects, track risks, uncover problems, and evaluate quality. Process metrics indirectly measure the efficacy of the software development process by looking at outcomes like errors, defects, productivity, effort, and schedule adherence. Project metrics are used to minimize schedules and assess ongoing product quality. Typical metrics include effort per task, errors per review hour, and milestone dates. The document provides guidelines for using metrics and discusses different types of metrics like size-oriented, function-oriented, and object-oriented metrics.
BDD is a software development process that improves communication between business and development teams. It uses examples written in a ubiquitous language to define desired product behaviors. The examples serve as requirements for automated tests and drive development. Key aspects of BDD include impact mapping to prioritize features, planning in examples with the three amigos (business, development, testing), and developing using examples as automated tests. This ensures the system meets business needs while delivering working software.
The document discusses the challenges of business analytics based on interviews. Some of the key challenges mentioned include:
- Spending over half the time on data preparation tasks like integration and cleansing rather than actual analysis.
- The iterative nature of learning about the data during preparation.
- Lack of repeatable processes meaning the same analysis has to be redone over time.
- Difficulty locating data due to lack of centralized schemas.
- Need for diverse skills and fluid specialists rather than just experts in one area.
- Complex multi-step processes using different tools like Hadoop, Python scripts etc.
The document advocates for an interdisciplinary approach to analytics education combining statistics, economics, management and technology.
The document discusses the New 7 QC tools, which are seven graphical data representation and problem-solving techniques used in quality management. The New 7 QC tools were developed in the 1970s as an extension of the original Basic 7 QC tools to develop more techniques with a design approach. The seven New 7 QC tools are affinity diagram, relationship diagram, tree diagram, matrix diagram, priority matrix, precision/decision program chart, and activity network diagram. They help define problems, organize ideas and data, determine relationships, and support decision-making. The tools can be used by various roles across different stages of a process to improve quality, efficiency, and problem-solving.
The document discusses the roles involved in software development and their organization. It suggests splitting roles into two "houses" - a platform team and an application team. The platform team would be responsible for deploying and maintaining the underlying platform and infrastructure, while the application team focuses on developing and deploying customer-facing applications. It then sorts the various roles into these two categories to illustrate how responsibilities could be divided between the teams.
This document contains questions from past exams on the topic of production planning and control. It is divided into 5 units which cover introductory concepts, work study, production planning and process planning, production scheduling, and inventory control. The questions range from definitions and short explanations to longer discussions requiring analyses. The document serves as a study guide for students, with questions at different levels of difficulty in each unit to test comprehension of key production planning and control topics.
The document discusses production planning and control. It defines key terms like production, production planning and control, and their objectives. It describes the functions of production planning and control like materials, machines, methods, routing, estimating, loading and scheduling, dispatching, expediting, and inspection. It also discusses topics like standardization, work study, production types, and production scheduling techniques.
The document discusses assembly modeling and provides information on various topics related to assembly modeling including interference checking, tolerance analysis, mass property calculations, and mechanism simulation. It describes the bottom-up and top-down approaches to assembly, with bottom-up involving creating individual parts independently and inserting them into the assembly, while top-down involves creating an assembly layout sketch first before finalizing individual parts. It also discusses how tolerances are specified in parts and how greater tolerances increase costs.
The document discusses various techniques for achieving visual realism in 3D modeling and visualization. It describes methods for projecting 3D objects into 2D views, including orthographic projection, isometric projection, and perspective projection. Techniques for removing hidden lines and surfaces like backface elimination are covered. The document also discusses algorithms for hidden surface removal including the depth/priority, painter's, area-oriented, and scanline algorithms. Applications of visualization like robot simulations, CNC programming, and scientific computing are also mentioned.
The document discusses various computer-aided design (CAD) standards used for data exchange, including graphics standards like GKS and OpenGL, as well as data exchange standards like IGES, DXF, and STEP. It provides details on the purpose and requirements of each standard, explaining concepts like layers, entities, and file structure. The key standards discussed are IGES for shape data exchange, DXF for CAD file interchange, and STEP for comprehensive product data across the design and manufacturing lifecycle.
This document provides a summary of important two-mark questions and answers related to the topics covered in a Computer Aided Design (CAD) course. It includes questions from five units:
1. Fundamentals of computer graphics including the design process, applications of CAD, geometric transformations, and homogeneous coordinates.
2. Geometric modeling covering curves, wireframe modeling, boundary representation vs constructive solid geometry.
3. Visual realism such as visualization techniques, lighting models, shading methods and color models.
4. Assembly of parts including assembly modeling, mating conditions, tolerancing, mass properties and interference checking.
5. CAD standards including the need for data exchange standards and important standards for exchange
This document provides an overview of geometric modeling techniques used in computer aided design (CAD). It discusses representation of curves including Hermite curves, Bezier curves, B-spline curves, and rational curves. It also covers surface modeling techniques such as surface patches, Coons patches, bicubic patches, Bezier surfaces, and B-spline surfaces. For solid modeling, it describes constructive solid geometry (CSG) and boundary representation (B-rep) techniques. CSG uses boolean operations on primitives to create models while B-rep models objects based on their bounding faces, edges, and vertices.
The document provides information about the ME6501 Computer Aided Design course at AL Ameen Engineering College. It includes 5 units that cover fundamentals of computer graphics, geometric modeling, visual realism, assembly of parts, and CAD standards. The objectives are to provide an overview of how computers are used in mechanical component design. Some key topics covered are product life cycles, sequential and concurrent engineering, CAD system architecture, and representations of curves and surfaces for geometric modeling. The outcomes are for students to be able to use computer and CAD software for modeling mechanical components.
This document discusses various quality control tools used for data collection and analysis including check sheets, Pareto charts, flow charts, cause and effect diagrams, histograms, scatter diagrams, and control charts. It provides examples of how each tool can be used to identify issues, determine root causes, and monitor processes for quality improvement in areas like manufacturing and customer service. The document emphasizes using graphical representations to more easily recognize patterns in data and determine appropriate actions.
This document provides an overview of failure mode and effects analysis (FMEA). It describes FMEA as a structured approach to identify ways a product or process can fail, estimate risks from specific causes, and prioritize actions to reduce risk. The document outlines the FMEA process, including establishing a team, identifying failure modes and their effects, analyzing severity, occurrence and detection, calculating a risk priority number, and developing recommended actions. It also distinguishes between design FMEA and process FMEA.
The document discusses benchmarking, which is defined as measuring an organization's internal processes and comparing them to best-in-class organizations to identify outstanding practices to adapt. It describes benchmarking as a way to move from an organization's current performance level to where it wants to be. Benchmarking can help obtain an external perspective, set strategic targets, promote performance improvements, establish a competitive edge, enhance customer satisfaction, reduce costs, improve employee morale, and help achieve quality awards. The document outlines the various levels, types, areas, methodology, model, factors for success and advantages of benchmarking.
Use PyCharm for remote debugging of WSL on a Windo cf5c162d672e4e58b4dde5d797...shadow0702a
This document serves as a comprehensive step-by-step guide on how to effectively use PyCharm for remote debugging of the Windows Subsystem for Linux (WSL) on a local Windows machine. It meticulously outlines several critical steps in the process, starting with the crucial task of enabling permissions, followed by the installation and configuration of WSL.
The guide then proceeds to explain how to set up the SSH service within the WSL environment, an integral part of the process. Alongside this, it also provides detailed instructions on how to modify the inbound rules of the Windows firewall to facilitate the process, ensuring that there are no connectivity issues that could potentially hinder the debugging process.
The document further emphasizes on the importance of checking the connection between the Windows and WSL environments, providing instructions on how to ensure that the connection is optimal and ready for remote debugging.
It also offers an in-depth guide on how to configure the WSL interpreter and files within the PyCharm environment. This is essential for ensuring that the debugging process is set up correctly and that the program can be run effectively within the WSL terminal.
Additionally, the document provides guidance on how to set up breakpoints for debugging, a fundamental aspect of the debugging process which allows the developer to stop the execution of their code at certain points and inspect their program at those stages.
Finally, the document concludes by providing a link to a reference blog. This blog offers additional information and guidance on configuring the remote Python interpreter in PyCharm, providing the reader with a well-rounded understanding of the process.
International Conference on NLP, Artificial Intelligence, Machine Learning an...gerogepatton
International Conference on NLP, Artificial Intelligence, Machine Learning and Applications (NLAIM 2024) offers a premier global platform for exchanging insights and findings in the theory, methodology, and applications of NLP, Artificial Intelligence, Machine Learning, and their applications. The conference seeks substantial contributions across all key domains of NLP, Artificial Intelligence, Machine Learning, and their practical applications, aiming to foster both theoretical advancements and real-world implementations. With a focus on facilitating collaboration between researchers and practitioners from academia and industry, the conference serves as a nexus for sharing the latest developments in the field.
Comparative analysis between traditional aquaponics and reconstructed aquapon...bijceesjournal
The aquaponic system of planting is a method that does not require soil usage. It is a method that only needs water, fish, lava rocks (a substitute for soil), and plants. Aquaponic systems are sustainable and environmentally friendly. Its use not only helps to plant in small spaces but also helps reduce artificial chemical use and minimizes excess water use, as aquaponics consumes 90% less water than soil-based gardening. The study applied a descriptive and experimental design to assess and compare conventional and reconstructed aquaponic methods for reproducing tomatoes. The researchers created an observation checklist to determine the significant factors of the study. The study aims to determine the significant difference between traditional aquaponics and reconstructed aquaponics systems propagating tomatoes in terms of height, weight, girth, and number of fruits. The reconstructed aquaponics system’s higher growth yield results in a much more nourished crop than the traditional aquaponics system. It is superior in its number of fruits, height, weight, and girth measurement. Moreover, the reconstructed aquaponics system is proven to eliminate all the hindrances present in the traditional aquaponics system, which are overcrowding of fish, algae growth, pest problems, contaminated water, and dead fish.
CHINA’S GEO-ECONOMIC OUTREACH IN CENTRAL ASIAN COUNTRIES AND FUTURE PROSPECTjpsjournal1
The rivalry between prominent international actors for dominance over Central Asia's hydrocarbon
reserves and the ancient silk trade route, along with China's diplomatic endeavours in the area, has been
referred to as the "New Great Game." This research centres on the power struggle, considering
geopolitical, geostrategic, and geoeconomic variables. Topics including trade, political hegemony, oil
politics, and conventional and nontraditional security are all explored and explained by the researcher.
Using Mackinder's Heartland, Spykman Rimland, and Hegemonic Stability theories, examines China's role
in Central Asia. This study adheres to the empirical epistemological method and has taken care of
objectivity. This study analyze primary and secondary research documents critically to elaborate role of
china’s geo economic outreach in central Asian countries and its future prospect. China is thriving in trade,
pipeline politics, and winning states, according to this study, thanks to important instruments like the
Shanghai Cooperation Organisation and the Belt and Road Economic Initiative. According to this study,
China is seeing significant success in commerce, pipeline politics, and gaining influence on other
governments. This success may be attributed to the effective utilisation of key tools such as the Shanghai
Cooperation Organisation and the Belt and Road Economic Initiative.
2. AGENDAAGENDA
WHY THE NEW SET OF TOOLSWHY THE NEW SET OF TOOLS
LIST OF TOOLSLIST OF TOOLS
INDIVIDUAL TOOLSINDIVIDUAL TOOLS
EXAMPLESEXAMPLES
3. WHY THE NEW SET OF TOOLSWHY THE NEW SET OF TOOLS
To structure the brainstorming processTo structure the brainstorming process
SimplifySimplify
Remove fearRemove fear
To help create a comfort fit (minimalTo help create a comfort fit (minimal
dependence on statistics)dependence on statistics)
Improve penetrationImprove penetration
Increase applicationIncrease application
4. LIST OF TOOLSLIST OF TOOLS
Affinity DiagramAffinity Diagram
Interrelationship diagraphInterrelationship diagraph
Tree DiagramTree Diagram
Matrix DiagramsMatrix Diagrams
Matrix AnalysisMatrix Analysis
PDPC, process decision program chartsPDPC, process decision program charts
Arrow diagramsArrow diagrams
5. AFFINITY DIAGRAMAFFINITY DIAGRAM
DefinitionDefinition
An Affinity Diagram is a special type ofAn Affinity Diagram is a special type of
brainstorming process that is used forbrainstorming process that is used for
organising large groups of information intoorganising large groups of information into
meaningful categories. It helps us to clarifymeaningful categories. It helps us to clarify
and make sense of a large or complexand make sense of a large or complex
problemproblem
http://www.tin.nhs.uk/index.asp?pgid=1129
6. AFFINITY DIAGRAMAFFINITY DIAGRAM
ProcessProcess
Record each idea on cards or notesRecord each idea on cards or notes
Look for ideas that seem to be relatedLook for ideas that seem to be related
Sort cards into groups until all cards haveSort cards into groups until all cards have
been used.been used.
http://en.wikipedia.org/wiki/Affinity_diagram
7. AFFINITY DIAGRAMAFFINITY DIAGRAM
ExampleExample
How to implement a process of continualHow to implement a process of continual
improvement throughout theimprovement throughout the
organisation? Which causes of waitingorganisation? Which causes of waiting
time in the hospital should we be workingtime in the hospital should we be working
on?on?
http://www.tin.nhs.uk/index.asp?pgid=1129<
11. INTER RELATIONSHIPINTER RELATIONSHIP
DIAGRAPHDIAGRAPH
DefinitionDefinition
This tool displays all the interrelatedThis tool displays all the interrelated
cause-and-effect relationships andcause-and-effect relationships and
factors involved in a complexfactors involved in a complex
problem and describes desiredproblem and describes desired
outcomes. The process of creatingoutcomes. The process of creating
an interrelationship diagraph helps aan interrelationship diagraph helps a
group analyze the natural linksgroup analyze the natural links
between different aspects of abetween different aspects of a
complex situation.complex situation.
``
http://en.wikipedia.org/wiki/Seven_Management_and_Planning_Tools#Interrelationship_Diagraph
12. INTER RELATIONSHIPINTER RELATIONSHIP
DIAGRAPHDIAGRAPH
ProcessProcess
Agree on the issue or question.Agree on the issue or question.
Add a symbol to the diagram for every element involved in theAdd a symbol to the diagram for every element involved in the
issue.issue.
Compare each element to all others. Use an "influence" arrow toCompare each element to all others. Use an "influence" arrow to
connect related elements.connect related elements.
The arrows should be drawn from the element that influences toThe arrows should be drawn from the element that influences to
the one influenced.the one influenced.
If two elements influence each other, the arrow should be drawn toIf two elements influence each other, the arrow should be drawn to
reflect the stronger influence.reflect the stronger influence.
Count the arrows.Count the arrows.
The elements with the most outgoing arrows will be root causes orThe elements with the most outgoing arrows will be root causes or
drivers.drivers.
The ones with the most incoming arrows will be key outcomes orThe ones with the most incoming arrows will be key outcomes or
results.results.
``
http://www.skymark.com/resources/tools/relations_diagram.asp
13. INTER RELATIONSHIPINTER RELATIONSHIP
DIAGRAPHDIAGRAPH
ExampleExample
The quality issue is the potential causes or factorsThe quality issue is the potential causes or factors
contributing to late deliveries.contributing to late deliveries.
http://www4.asq.org/blogs/statistics/2008/07/interrelationship_digraph_exam.html
15. INTER RELATIONSHIPINTER RELATIONSHIP
DIAGRAPHDIAGRAPH
ExampleExample
The inference is that Potential causes for late delivery are:The inference is that Potential causes for late delivery are:
‘‘Poor scheduling practices’ (6 outgoing arrows),Poor scheduling practices’ (6 outgoing arrows),
‘‘Late order from customer’ (5 outgoing arrows), andLate order from customer’ (5 outgoing arrows), and
‘‘Equipment breakdown (3 outgoing arrows).Equipment breakdown (3 outgoing arrows).
http://www4.asq.org/blogs/statistics/2008/07/interrelationship_digraph_exam.html
16. TREE DIAGRAMTREE DIAGRAM
DefinitionDefinition
This tool is used to break down broad categories intoThis tool is used to break down broad categories into
finer and finer levels of detail. It can map levels offiner and finer levels of detail. It can map levels of
details of tasks that are required to accomplish adetails of tasks that are required to accomplish a
goal or task. It can be used to break down broadgoal or task. It can be used to break down broad
general subjects into finer and finer levels of detail.general subjects into finer and finer levels of detail.
Developing the tree diagram helps one move theirDeveloping the tree diagram helps one move their
thinking from generalities to specifics.thinking from generalities to specifics.
http://en.wikipedia.org/wiki/Seven_Management_and_Planning_Tools#Interrelationship_Diagraph
17. TREE DIAGRAMTREE DIAGRAM
DefinitionDefinition
This tool is used to break down broadThis tool is used to break down broad
categories into finer and finer levelscategories into finer and finer levels
of detail. It can map levels of detailsof detail. It can map levels of details
of tasks that are required toof tasks that are required to
accomplish a goal or task. It can beaccomplish a goal or task. It can be
used to break down broad generalused to break down broad general
subjects into finer and finer levels ofsubjects into finer and finer levels of
detail. Developing the tree diagramdetail. Developing the tree diagram
helps one move their thinking fromhelps one move their thinking from
generalities to specifics.generalities to specifics.
http://en.wikipedia.org/wiki/Seven_Management_and_Planning_Tools#Interrelationship_Diagraph
18. TREE DIAGRAMTREE DIAGRAM
ProcessProcess
Develop a statement of the goalDevelop a statement of the goal
Ask a question that will lead you to the next level of detail.Ask a question that will lead you to the next level of detail.
Brainstorm all possible answers. Write each idea in a line below.Brainstorm all possible answers. Write each idea in a line below.
Show links between the tiers with arrows.Show links between the tiers with arrows.
Do a “necessary and sufficient” check. Are all the items at thisDo a “necessary and sufficient” check. Are all the items at this
level necessary for the one on the level above?level necessary for the one on the level above?
Each of the new idea statements now becomes the subject: aEach of the new idea statements now becomes the subject: a
goal, objective or problem statement.goal, objective or problem statement.
Continue to turn each new idea into a subject statement and askContinue to turn each new idea into a subject statement and ask
the question, till you reach a root causethe question, till you reach a root cause
Do a “necessary and sufficient” check of the entire diagram. AreDo a “necessary and sufficient” check of the entire diagram. Are
all the items necessary for the objective?all the items necessary for the objective?
http://www.asq.org/learn-about-quality/new-management-planning-tools/overview/tree-diagram.html
19. TREE DIAGRAMTREE DIAGRAM
ExampleExample
The Pearl River, NY School District, a 2001 recipient of the MalcolmThe Pearl River, NY School District, a 2001 recipient of the Malcolm
Baldrige National Quality Award, uses a tree diagram toBaldrige National Quality Award, uses a tree diagram to
communicate how district-wide goals are translated into sub-communicate how district-wide goals are translated into sub-
goals and individual projects. They call this connected approachgoals and individual projects. They call this connected approach
“The Golden Thread.”“The Golden Thread.”
The district has three fundamental goals. The first, to improveThe district has three fundamental goals. The first, to improve
academic performance, is partly shown in the figure below.academic performance, is partly shown in the figure below.
District leaders have identified two strategic objectives that,District leaders have identified two strategic objectives that,
when accomplished, will lead to improved academicwhen accomplished, will lead to improved academic
performance: academic achievement and college admissions.performance: academic achievement and college admissions.
http://www.asq.org/learn-about-quality/new-management-planning-tools/overview/tree-diagram.html
21. TREE DIAGRAMTREE DIAGRAM
ExampleExample
http://www.asq.org/learn-about-quality/new-management-planning-tools/overview/tree-diagram.html
Lag indicators are long-term and results-oriented. The lag indicator for
academic achievement is Regents’ diploma rate: the percent of
students receiving a state diploma by passing eight Regents’ exams.
Lead indicators are short-term and process-oriented. Starting in 2000,
the lead indicator for the Regents’ diploma rate was performance on
new fourth and eighth grade state tests.
Finally, annual projects are defined, based on cause-and-effect
analysis, that will improve performance. In 2000–2001, four projects
were accomplished to improve academic achievement.
22. MATRIX DIAGRAMMATRIX DIAGRAM
DefinitionDefinition
This tool shows the relationship betweenThis tool shows the relationship between
items. At each intersection a relationshipitems. At each intersection a relationship
is either absent or present. It then givesis either absent or present. It then gives
information about the relationship, suchinformation about the relationship, such
as its strength, the roles played byas its strength, the roles played by
various individuals or measurements. Sixvarious individuals or measurements. Six
differently shaped matrices are possible:differently shaped matrices are possible:
L, T, Y, X, C, R and roof-shaped,L, T, Y, X, C, R and roof-shaped,
depending on how many groups must bedepending on how many groups must be
compared.compared.
http://en.wikipedia.org/wiki/Seven_Management_and_Planning_Tools#Interrelationship_Diagraph
24. ExampleExample
A personnel department wanted to improve social activity within the company in order
to increase loyalty levels. A theory was put forwards that soft-skills training contributed
significantly towards this in-house socializing. The personnel manager consequently
decided to use a Matrix Diagram to investigate this. The steps taken were:
Objective: Investigate effect of soft-skills training on social activity.
Matrix: T-matrix, with people on main stem, in-house training courses to left,
attendance of social clubs to right, plus an extra column for years of service.
Comparison: In-house training - tick for attendance within last three years; social
clubs - three bands corresponding to under 30%, 30% to 70% and over 70%
attendance in the same period.
http://syque.com/quality_tools/toolbook/Matrix/example.htm
MATRIX DIAGRAMMATRIX DIAGRAM
26. ExampleExample
http://syque.com/quality_tools/toolbook/Matrix/example.htm
The resultant matrix, showed that people with higher levels of
social training also tended to be more committed members of
social clubs. It was also noticed that there seemed to be a
particular increase in commitment after going on the team-building
course. The length of service showed no particular pattern.
As a result, the training was expanded, and people were given
more encouragement to attend (particularly the team-building
course). This resulted in a steady increase in social activity and a
reduction in attrition rates.
MATRIX DIAGRAMMATRIX DIAGRAM
27. DefinitionDefinition
PRIORITISATION MATRIXPRIORITISATION MATRIX
This tool is used to prioritize items and
describe them in terms of weighted
criteria. It uses a combination of tree and
matrix diagramming techniques to do a
pair-wise evaluation of items and to
narrow down options to the most desired
or most effective.
http://en.wikipedia.org/wiki/Seven_Management_and_Planning_Tools#Interrelationship_Diagraph
30. ExampleExample
PRIORITISATION MATRIXPRIORITISATION MATRIX
Pay and work overload, as the highest scoring motivational
problems, were selected for carrying forward for further
investigation. As a result of consequent work in the project,
the pay structure for certain grades was revised and training
on job scheduling was introduced. In the following year, the
survey improved in these areas by 2 and 3 points,
respectively.
31. DefinitionDefinition
PDPCPDPC
A useful way of planning is to break down tasks
into a hierarchy, using a Tree Diagram. The
PDPC extends the tree diagram a couple of
levels to identify risks and countermeasures for
the bottom level tasks. Different shaped boxes
are used to highlight risks and identify possible
countermeasures (often shown as 'clouds' to
indicate their uncertain nature). The PDPC is
similar to the
Failure Modes and Effects Analysis (FMEA) in
that both identify risks, consequences of failure,
and contingency actions; the FMEA also rates
relative risk levels for each potential failure
point.
http://en.wikipedia.org/wiki/Seven_Management_and_Planning_Tools#Interrelationship_Diagraph
32. ProcessProcess
PDPCPDPC
From the bottom level of some activity box, the PDPC
adds levels for:
•identifying what can go wrong (failure mode or risks)
•consequences of that failure (effect or consequence)
•possible countermeasures (risk mitigation action plan)
http://en.wikipedia.org/wiki/Process_Decision_Program_Chart
33. ExampleExample
PDPCPDPC
A dress production team at a clothes manufacturer was
improving the cutting-out process in order to minimize
material wastage. They decided to use PDPC on the work
breakdown structure to identify potential problems and ways
of avoiding them.
As the most expensive element is the material itself, they
defined a significant risk as, 'Anything that might cause the
cut cloth to be ruined', and viable countermeasures as,
'Anything that will reduce the risk, and which costs less than
100 pieces of cloth' .
http://syque.com/quality_tools/toolbook/PDPC/example.htm
35. ExampleExample
PDPCPDPC
http://syque.com/quality_tools/toolbook/PDPC/example.htm
As a result of this, the cutting was tested on cheaper
material, resulting in the material clamp being redesigned to
prevent drag, a start notch provided for the cutter and the
general area being inspected for sharp corners to minimize
snag problems. The cutting operator was involved in the
PDPC process and the subsequent tests, resulting in her fully
understanding the process. The final cutting process
thereafter ran very smoothly with very little error.
36. DefinitionDefinition
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
http://syque.com/quality_tools/toolbook/PDPC/example.htm
This tool is used to plan the appropriate sequence
or schedule for a set of tasks and related
subtasks. It is used when subtasks must occur in
parallel. The diagram enables one to determine
the critical path (longest sequence of tasks). (See
also PERT diagram.)
Two Types
•Arrow on Node
•Arrow on Arrow
37. ProcessProcess
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
Drawing the Network
List all the necessary tasks in the project or process. One convenient
method is to write each task on the top half of a card or sticky note. Across
the middle of the card, draw a horizontal arrow pointing right.
Determine the correct sequence of the tasks. Do this by asking three
questions for each task:
Which tasks must happen before this one can begin?
Which tasks can be done at the same time as this one?
Which tasks should happen immediately after this one?
It can be useful to create a table with four columns —prior tasks, this task,
simultaneous tasks, following tasks.
http://www.asq.org/learn-about-quality/new-management-planning-tools/overview/arrow-diagram.html
38. ProcessProcess
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
http://www.asq.org/learn-about-quality/new-management-planning-tools/overview/arrow-diagram.html
Diagram the network of tasks. If you are using notes or cards,
arrange them in sequence on a large piece of paper. Time
should flow from left to right and concurrent tasks should be
vertically aligned. Leave space between the cards.
Between each two tasks, draw circles for “events.” An event
marks the beginning or end of a task. Thus, events are nodes
that separate tasks.
39. ProcessProcess
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
http://www.asq.org/learn-about-quality/new-management-planning-tools/overview/arrow-diagram.html
Look for three common problem situations and redraw them
using “dummies” or extra events. A dummy is an arrow drawn
with dotted lines used to separate tasks that would otherwise
start and stop with the same events or to show logical
sequence. Dummies are not real tasks.
40. ProcessProcess
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
In the activity on arrow (AOA) diagram each
activity is represented by an arrow connecting two
circles (nodes)
The nodes represent transitions between activities –
referred to as events
The duration of an activity is written by the arrow
representing it.
Example shows activity (A), the duration of which is
four days, between events 1 and 2.
PM Lecture/Network Analysis/CPM Slide 4/ Paul Forrester/University of Birmingham
41. Process AOAProcess AOA
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
Time is denoted on AOA diagrams in the top and bottom right-hand quadrants
of the nodes, thus:
Event
Number
Earliest Start (ES) Time for any
activity leaving event 3
Latest Finish (LS) Time for any
activity entering event 3 (without
putting the project as a whole behind
schedule)
PM Lecture/Network Analysis/CPM Slide 5/ Paul Forrester/University of Birmingham
42. ProcessProcess
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
In the activity on node (AON) diagram, each
activity is represented by a rectangular box – the
arrows merely indicate precedence.
AON networks do not need dummies to maintain
logic of precedence.
More information is normally included on the
AON diagram.
Most computer packages for project planning
and control tend to use AON notation.
PM Lecture/Network Analysis/CPM Slide 16/ Paul Forrester/University of Birmingham
43. Process AONProcess AON
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
AON notations do vary, but below is the most commonly used
Earliest
Start time Duration
Earliest
finish time
Latest
Start time
Total Float Latest
finish time
Activity Number and Activity
description
ES d EF
LS TF LF
Activity
Shorthand notation
PM Lecture/Network Analysis/CPM Slide 17/ Paul Forrester/University of Birmingham
44. ProcessProcess
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
First do a forward pass to note down the
duration and the Earliest finish and start times
Then a backward pass is done to fill in the
Latest finish, start and total float times
PM Lecture/Network Analysis/CPM Slide 16/ Paul Forrester/University of Birmingham
45. ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
ExampleExample
PM Lecture/Network Analysis/CPM Slide 18/ Paul Forrester/University of Birmingham
D,E3F
E
D
C
B
A
Activity
B,C2
A3
A4
-7
-2
Immediate
Predecessors
Time (days)
46. ProcessProcess forward passforward pass
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
PM Lecture/Network Analysis/CPM Slide 19/ Paul Forrester/University of Birmingham
0 2 2
LS TF LF
A
0 7 7
LS TF LF
B
2 4 6
LS TF LF
C
2 3 5
LS TF LF
D
7 2 9
LS TF LF
E
9 3 12
LS TF LF
F
47. ProcessProcess backward passbackward pass
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
PM Lecture/Network Analysis/CPM Slide 20/ Paul Forrester/University of Birmingham
0 2 2
1 TF 3
A
0 7 7
0 TF 7
B
2 4 6
3 TF 7
C
2 3 5
6 TF 9
D
7 2 9
7 TF 9
E
9 3 12
9 TF 12
F
48. ProcessProcess float time and critical pathfloat time and critical path
ACTIVITY NETWORK DIAGRAMACTIVITY NETWORK DIAGRAM
PM Lecture/Network Analysis/CPM Slide 21/ Paul Forrester/University of Birmingham
0 2 2
1 1 3
A
0 7 7
0 0 7
B
2 4 6
3 1 7
C
2 3 5
6 4 9
D
7 2 9
7 0 9
E
9 3 12
9 0 12
F
49. Any tool is a weapon if you hold it right.
Ani DiFranco
Grammy award winner, Prolific artist and feminist