CentralScan is like a "toolbox" which main objective is to introduce a set of different tools that help to develop self evaluation, evaluation and external evaluation of current Process and Procedures of LifeLong Learning Centres.
This document outlines the six steps of project risk management: 1) plan risk management, 2) identify risks, 3) perform qualitative risk analysis, 4) perform quantitative risk analysis, 5) plan risk responses, and 6) monitor and control risks. It describes the inputs, tools and techniques, and outputs of each step. The overall purpose is to systematically manage potential threats and opportunities to achieving the objectives of a project.
The document discusses project life cycle and project management systems (PMS). It describes the typical stages of a project life cycle as initiate, plan, execute, monitor & control, and close out. It notes that actual costs alone do not indicate work progress. An effective PMS provides uniform monitoring and reporting, allows real-time project tracking, enables optimized project execution through baseline monitoring, and facilitates tracking of changes and forecasts. Key questions a PMS can answer relate to schedule, cost, variances, trends, and forecasts. Benefits of a PMS include early warning of issues and enabling corrective actions.
A project is a temporary endeavor undertaken to produce a unique product or service. Projects are different from operations in that they have a definite beginning and end, and produce something new. A successful project satisfies customer requirements on time and budget. Projects often fail due to issues like scope creep, poor planning, lack of resources or sponsorship. Project management is the application of skills to meet stakeholder needs and expectations by managing scope, time, cost, quality and risk. Key areas of project management include scope, issue, cost, quality, communication, risk and change management.
The document discusses establishing a quality management system (QMS) at the Commission on Population and Sustainable Development (CPSC) based on ISO 9000 standards. It describes CPSC's rationale for developing a QMS, key concepts of quality management, and the steps taken to design, implement, and maintain their QMS, including developing documentation, training staff, conducting internal audits, and achieving external certification. The ultimate goals were to improve internal processes and satisfy customer needs according to international quality standards.
This document discusses quality management in three main areas: planning quality, performing quality assurance, and performing quality control. It defines key quality-related terms and describes various quality approaches. Quality planning involves identifying requirements, documenting compliance, and using tools like cost-benefit analysis. Quality assurance audits the quality requirements and control measurements. Quality control monitors work to assess performance and identify issues. The goals are meeting customer expectations through prevention and continuous improvement.
The document outlines 20 steps for developing a project management plan. It discusses that the plan sets the rules for implementing, controlling, and monitoring a project. The plan is developed during the planning phase and integrates all the knowledge areas defined by PMI. It may also include the project life cycle, change management plan, configuration management plan, and methods for maintaining the project baseline. The document then presents a process map for developing the project management plan starting from the project charter. It also provides an overview of the 47 processes defined by PMI, grouped by knowledge areas and process groups.
The document discusses Software Process Improvement and Capability Determination (SPICE), an international standard for software process assessments. It describes SPICE's model and structure, including its two dimensions of process and capability level. The process dimension contains process groups, while the capability dimension measures each process's ability on a scale of 1 to 5. Assessments using SPICE provide organizations with input to improve their software development processes and meet customer needs.
This document outlines the six steps of project risk management: 1) plan risk management, 2) identify risks, 3) perform qualitative risk analysis, 4) perform quantitative risk analysis, 5) plan risk responses, and 6) monitor and control risks. It describes the inputs, tools and techniques, and outputs of each step. The overall purpose is to systematically manage potential threats and opportunities to achieving the objectives of a project.
The document discusses project life cycle and project management systems (PMS). It describes the typical stages of a project life cycle as initiate, plan, execute, monitor & control, and close out. It notes that actual costs alone do not indicate work progress. An effective PMS provides uniform monitoring and reporting, allows real-time project tracking, enables optimized project execution through baseline monitoring, and facilitates tracking of changes and forecasts. Key questions a PMS can answer relate to schedule, cost, variances, trends, and forecasts. Benefits of a PMS include early warning of issues and enabling corrective actions.
A project is a temporary endeavor undertaken to produce a unique product or service. Projects are different from operations in that they have a definite beginning and end, and produce something new. A successful project satisfies customer requirements on time and budget. Projects often fail due to issues like scope creep, poor planning, lack of resources or sponsorship. Project management is the application of skills to meet stakeholder needs and expectations by managing scope, time, cost, quality and risk. Key areas of project management include scope, issue, cost, quality, communication, risk and change management.
The document discusses establishing a quality management system (QMS) at the Commission on Population and Sustainable Development (CPSC) based on ISO 9000 standards. It describes CPSC's rationale for developing a QMS, key concepts of quality management, and the steps taken to design, implement, and maintain their QMS, including developing documentation, training staff, conducting internal audits, and achieving external certification. The ultimate goals were to improve internal processes and satisfy customer needs according to international quality standards.
This document discusses quality management in three main areas: planning quality, performing quality assurance, and performing quality control. It defines key quality-related terms and describes various quality approaches. Quality planning involves identifying requirements, documenting compliance, and using tools like cost-benefit analysis. Quality assurance audits the quality requirements and control measurements. Quality control monitors work to assess performance and identify issues. The goals are meeting customer expectations through prevention and continuous improvement.
The document outlines 20 steps for developing a project management plan. It discusses that the plan sets the rules for implementing, controlling, and monitoring a project. The plan is developed during the planning phase and integrates all the knowledge areas defined by PMI. It may also include the project life cycle, change management plan, configuration management plan, and methods for maintaining the project baseline. The document then presents a process map for developing the project management plan starting from the project charter. It also provides an overview of the 47 processes defined by PMI, grouped by knowledge areas and process groups.
The document discusses Software Process Improvement and Capability Determination (SPICE), an international standard for software process assessments. It describes SPICE's model and structure, including its two dimensions of process and capability level. The process dimension contains process groups, while the capability dimension measures each process's ability on a scale of 1 to 5. Assessments using SPICE provide organizations with input to improve their software development processes and meet customer needs.
This document is an audit checklist for an organization's quality management system based on the ISO 9001:2015 standard. It contains 35 questions across 10 sections that an auditor would use to assess whether the organization has established the necessary processes, documented information, leadership involvement, and continual improvement activities required by the standard. The questions address topics like understanding the organization's context, determining the scope of the quality management system, establishing quality objectives and plans, controlling externally provided products and services, monitoring performance, and identifying opportunities for improvement.
The document outlines the competencies and attributes required of quality auditors. It states that auditors should have knowledge of audit principles and techniques, management systems, applicable laws and regulations, quality methods and products/processes. Additionally, auditors should be ethical, open-minded, diplomatic, observant, versatile, tenacious, decisive and self-reliant. For internal auditors, the document recommends at minimum a secondary education, two years' experience in the organization, auditor training, participation in three audits and training in quality control methods.
This document discusses quality management and bookkeeping for the building and design industry. It covers ISO 9001 quality standards, developing competency-based processes, and the costs associated with creating a quality management system. Some of the key points made are that quality management is easier when the business is the primary focus, everyone adheres to a practice manual, and technical excellence is the goal. It is more difficult when design is the primary focus, there is no practice manual or standard details, and no post-occupancy evaluation program. The document also provides a 9-step process for developing competency-based tasks.
The document discusses the key components of Prince 2 which are plans, controls, and stages. It explains that plans in Prince 2 involve three levels of planning from top-down and help identify sub-projects. It also discusses controls using exception-based management within defined tolerance levels. Finally, it covers stages as specific time spans separated by board decisions that can overlap on the technical side while being sequential on the management side.
This document provides information about project quality management for a group project. It lists the group members and their student IDs. It then introduces project quality management and defines it as ensuring a project satisfies its objectives. It describes the main components of project quality management as quality planning, quality assurance, and quality control. For each component, it provides details on the definition, flowchart including inputs, tools and techniques, and outputs. It provides this information to explain how these three key processes work together to manage quality in a project.
The document outlines the key phases and processes of traditional project management including defining, planning, executing, monitoring and controlling, and closing. It describes the traditional project management life cycle as involving scoping, developing a project plan, launching the project, monitoring progress, and closing out the project. Additionally, it discusses quality management, risk management, procurement management, and how project management relates to other methodologies.
This document provides an overview of quality management in software engineering. It discusses software quality, standards, reviews and inspections, as well as software measurement and metrics. The key points covered include establishing an organizational framework for quality management, applying specific quality processes and standards at the project level, and conducting independent reviews to ensure compliance. Software metrics can help quantify attributes and identify anomalous components, but meaningful relationships between internal metrics and external quality attributes can be difficult to establish.
Quality management involves defining quality standards and procedures to ensure a quality product. This includes quality assurance, establishing standards, quality planning, and quality control such as reviews and metrics. Measurement can assess software quality but relationships between what is measured and quality attributes are complex, and metrics have limitations and rarely predict quality directly.
Quality management involves defining quality standards and procedures to ensure a required level of quality is achieved in software products. This includes activities like quality assurance to establish standards, quality planning to select applicable standards for a project, and quality control to ensure standards are followed. Software measurement can be used to assess quality by collecting metrics on the development process and product attributes, but accurately relating measurements to quality is challenging due to complex relationships between processes and outcomes.
The document introduces quality management processes and activities including quality assurance, standards, quality planning, and quality control. It explains that quality management aims to ensure the required level of quality is achieved in a software product by defining standards and procedures. Quality management is important for large, complex systems to support continuity as teams change.
Jethro Chriss Peñera has over 7 years of experience in software testing, quality assurance, and metrics analysis. He has worked at Hewlett Packard Enterprise as a Metrics SME and PH Metrics Lead, and at Azeus Systems Philippines Limited as an Associate Software Test Engineer, Measurement Analysis and Tracking Engineer, Quality Assurance and Review Auditor, and participating in CMMI appraisals. Peñera holds a BS in Mathematics from Ateneo de Davao University and has received training in SQL, testing, statistics, measurement analysis, CMMI, and PL/SQL.
Firstly, it will be clarify some of the misunderstandings of some of the fundamental audit concepts and principals that are implemented during the audit or planning of the audit program, focusing on audit guidelines, auditor principles, audit process principles and types of audits. Furthermore, gaining understanding of the management and preparation of an ISO 9001 audit through audit program pillars, good audit practices and prepared work documents and checklists. Outline how to conduct and close an ISO 9001 audit in a professional manner with the precise audit review.
Main points covered:
• Fundamental audit concepts and principles
• Managing an ISO 9001 audit program
• Preparation of an ISO 9001 audit
• Conduct of an ISO 9001 audit & Closing the audit
Presenter:
This webinar was presented by Kefah El-Ghobbas, PECB Certified Trainer and Organizational Development expert and operations manager at TURBO CARBO.
Link of the recorded session published on YouTube:https://youtu.be/kK8pAc3QM5E
The document discusses Project Cycle Management (PCM) and its importance for development projects. It outlines the evolution of PCM as an approach to improve development effectiveness. PCM provides a framework to ease communication, ensure efficient funding use, and increase measurability and organizational credibility. The key elements of PCM include phases like identification, formulation, implementation and evaluation. Tools like the logical framework matrix are used to design projects and monitor progress. While PCM provides structure, true success requires commitment from planners, implementers and beneficiaries.
This document contains a resume for Sanjeeva Tella seeking a manager position in quality assurance. It summarizes his 20 years of experience in quality control, inspection, auditing, and project management across various industries. It details his roles and responsibilities in areas like quality planning, vendor evaluation, documentation, audits, and ensuring compliance with standards. It also lists his technical skills and training in safety, coding, and software.
FullScan is born putting together the UNI-QM approach, the PDCA concepts and adding facts. So in this tool you can find a space where describe how you plan, do and check your action and what you learn over them. When you use the matrix for self assessment with facts, it is easy to find out in which of the previous areas you need to improve. This indication is the Added Value of this tool.
This document can be split up in 3 main parts. The first part aims mainly to outline what is understood by “Process Management “, to be able to identify key processes and describe them and their related procedures. The second one is focused on indicators and its specific objectives are to introduce the different categories of indicators associated with the EFQM model, to outline both a direct and indirect indicator model, and to describe perception and performance indicators from LLL Centre. The last part gives the Conclusions and recommendations made by the members of the UNI-QM project.
QuickScan is a very useful tool for self-evaluation. It consists on a basic checklist based on the EFQM sub-criteria but customized to the Lifelong Learning sector. QuickScan easily goes over the different aspects that a Lifelong Learning Centre should contemplate. If any of those areas is not taken into account at your Centre, it can suggest the possibility of establishing an internal improvement project.
Study on negligence of quality assurance and proposing an effective framework...eSAT Journals
Abstract
Quality plays an integral part in the construction industry. Quality assurance is needed because of the involvement of negligence in a project which deduces the quality of the construction .In order to build customer confidence the quality of its work should be done according to the developed quality assurance program. This paper focuses on various negligence of quality assurance practices in the construction industry. The objective of the project is to analyze the various factors that affect quality and quality assurance and to provide an effective framework for the total quality management which helps to increase the quality performance of the construction industry. This project includes a set of questionnaires about quality, quality assurance and total quality management prepared and distributed to various companies and then analyzed. With the help of analyzed data’s a total quality management framework has been proposed to reduce the negligence of quality assurance in the construction industry.
Keywords: Quality, Quality Assurance, Total Quality Management and construction etc…
UNI-QM has developed a methodology for the lifelong learning quality management system called UNI-QM Framework for Quality Management which embeds a learning process into a self-improving approach. UNI-QM has developed a unique pathway to excellence lifelong learning centres as well as a full overview of a set of resources that accompanies people on their journey and to provide a better understanding of the framework. These resources are:
Case studies to give the user a direct approach to the topic, contributing to concrete experience and observation and reflection.
Processes and indicators: that will help the users to form abstracts concepts and to directly test those processes in new situations.
Benchmarking tools: to promote observation and reflection among users.
This is the schematic for the Total Quality Framework (TQF). The TQF offers researchers a best practices approach to the design, implementation, and reporting of qualitative research studies. The TQF is not prescriptive but rather a flexible guide for incorporating quality measures into qualitative research.
This document is an audit checklist for an organization's quality management system based on the ISO 9001:2015 standard. It contains 35 questions across 10 sections that an auditor would use to assess whether the organization has established the necessary processes, documented information, leadership involvement, and continual improvement activities required by the standard. The questions address topics like understanding the organization's context, determining the scope of the quality management system, establishing quality objectives and plans, controlling externally provided products and services, monitoring performance, and identifying opportunities for improvement.
The document outlines the competencies and attributes required of quality auditors. It states that auditors should have knowledge of audit principles and techniques, management systems, applicable laws and regulations, quality methods and products/processes. Additionally, auditors should be ethical, open-minded, diplomatic, observant, versatile, tenacious, decisive and self-reliant. For internal auditors, the document recommends at minimum a secondary education, two years' experience in the organization, auditor training, participation in three audits and training in quality control methods.
This document discusses quality management and bookkeeping for the building and design industry. It covers ISO 9001 quality standards, developing competency-based processes, and the costs associated with creating a quality management system. Some of the key points made are that quality management is easier when the business is the primary focus, everyone adheres to a practice manual, and technical excellence is the goal. It is more difficult when design is the primary focus, there is no practice manual or standard details, and no post-occupancy evaluation program. The document also provides a 9-step process for developing competency-based tasks.
The document discusses the key components of Prince 2 which are plans, controls, and stages. It explains that plans in Prince 2 involve three levels of planning from top-down and help identify sub-projects. It also discusses controls using exception-based management within defined tolerance levels. Finally, it covers stages as specific time spans separated by board decisions that can overlap on the technical side while being sequential on the management side.
This document provides information about project quality management for a group project. It lists the group members and their student IDs. It then introduces project quality management and defines it as ensuring a project satisfies its objectives. It describes the main components of project quality management as quality planning, quality assurance, and quality control. For each component, it provides details on the definition, flowchart including inputs, tools and techniques, and outputs. It provides this information to explain how these three key processes work together to manage quality in a project.
The document outlines the key phases and processes of traditional project management including defining, planning, executing, monitoring and controlling, and closing. It describes the traditional project management life cycle as involving scoping, developing a project plan, launching the project, monitoring progress, and closing out the project. Additionally, it discusses quality management, risk management, procurement management, and how project management relates to other methodologies.
This document provides an overview of quality management in software engineering. It discusses software quality, standards, reviews and inspections, as well as software measurement and metrics. The key points covered include establishing an organizational framework for quality management, applying specific quality processes and standards at the project level, and conducting independent reviews to ensure compliance. Software metrics can help quantify attributes and identify anomalous components, but meaningful relationships between internal metrics and external quality attributes can be difficult to establish.
Quality management involves defining quality standards and procedures to ensure a quality product. This includes quality assurance, establishing standards, quality planning, and quality control such as reviews and metrics. Measurement can assess software quality but relationships between what is measured and quality attributes are complex, and metrics have limitations and rarely predict quality directly.
Quality management involves defining quality standards and procedures to ensure a required level of quality is achieved in software products. This includes activities like quality assurance to establish standards, quality planning to select applicable standards for a project, and quality control to ensure standards are followed. Software measurement can be used to assess quality by collecting metrics on the development process and product attributes, but accurately relating measurements to quality is challenging due to complex relationships between processes and outcomes.
The document introduces quality management processes and activities including quality assurance, standards, quality planning, and quality control. It explains that quality management aims to ensure the required level of quality is achieved in a software product by defining standards and procedures. Quality management is important for large, complex systems to support continuity as teams change.
Jethro Chriss Peñera has over 7 years of experience in software testing, quality assurance, and metrics analysis. He has worked at Hewlett Packard Enterprise as a Metrics SME and PH Metrics Lead, and at Azeus Systems Philippines Limited as an Associate Software Test Engineer, Measurement Analysis and Tracking Engineer, Quality Assurance and Review Auditor, and participating in CMMI appraisals. Peñera holds a BS in Mathematics from Ateneo de Davao University and has received training in SQL, testing, statistics, measurement analysis, CMMI, and PL/SQL.
Firstly, it will be clarify some of the misunderstandings of some of the fundamental audit concepts and principals that are implemented during the audit or planning of the audit program, focusing on audit guidelines, auditor principles, audit process principles and types of audits. Furthermore, gaining understanding of the management and preparation of an ISO 9001 audit through audit program pillars, good audit practices and prepared work documents and checklists. Outline how to conduct and close an ISO 9001 audit in a professional manner with the precise audit review.
Main points covered:
• Fundamental audit concepts and principles
• Managing an ISO 9001 audit program
• Preparation of an ISO 9001 audit
• Conduct of an ISO 9001 audit & Closing the audit
Presenter:
This webinar was presented by Kefah El-Ghobbas, PECB Certified Trainer and Organizational Development expert and operations manager at TURBO CARBO.
Link of the recorded session published on YouTube:https://youtu.be/kK8pAc3QM5E
The document discusses Project Cycle Management (PCM) and its importance for development projects. It outlines the evolution of PCM as an approach to improve development effectiveness. PCM provides a framework to ease communication, ensure efficient funding use, and increase measurability and organizational credibility. The key elements of PCM include phases like identification, formulation, implementation and evaluation. Tools like the logical framework matrix are used to design projects and monitor progress. While PCM provides structure, true success requires commitment from planners, implementers and beneficiaries.
This document contains a resume for Sanjeeva Tella seeking a manager position in quality assurance. It summarizes his 20 years of experience in quality control, inspection, auditing, and project management across various industries. It details his roles and responsibilities in areas like quality planning, vendor evaluation, documentation, audits, and ensuring compliance with standards. It also lists his technical skills and training in safety, coding, and software.
FullScan is born putting together the UNI-QM approach, the PDCA concepts and adding facts. So in this tool you can find a space where describe how you plan, do and check your action and what you learn over them. When you use the matrix for self assessment with facts, it is easy to find out in which of the previous areas you need to improve. This indication is the Added Value of this tool.
This document can be split up in 3 main parts. The first part aims mainly to outline what is understood by “Process Management “, to be able to identify key processes and describe them and their related procedures. The second one is focused on indicators and its specific objectives are to introduce the different categories of indicators associated with the EFQM model, to outline both a direct and indirect indicator model, and to describe perception and performance indicators from LLL Centre. The last part gives the Conclusions and recommendations made by the members of the UNI-QM project.
QuickScan is a very useful tool for self-evaluation. It consists on a basic checklist based on the EFQM sub-criteria but customized to the Lifelong Learning sector. QuickScan easily goes over the different aspects that a Lifelong Learning Centre should contemplate. If any of those areas is not taken into account at your Centre, it can suggest the possibility of establishing an internal improvement project.
Study on negligence of quality assurance and proposing an effective framework...eSAT Journals
Abstract
Quality plays an integral part in the construction industry. Quality assurance is needed because of the involvement of negligence in a project which deduces the quality of the construction .In order to build customer confidence the quality of its work should be done according to the developed quality assurance program. This paper focuses on various negligence of quality assurance practices in the construction industry. The objective of the project is to analyze the various factors that affect quality and quality assurance and to provide an effective framework for the total quality management which helps to increase the quality performance of the construction industry. This project includes a set of questionnaires about quality, quality assurance and total quality management prepared and distributed to various companies and then analyzed. With the help of analyzed data’s a total quality management framework has been proposed to reduce the negligence of quality assurance in the construction industry.
Keywords: Quality, Quality Assurance, Total Quality Management and construction etc…
UNI-QM has developed a methodology for the lifelong learning quality management system called UNI-QM Framework for Quality Management which embeds a learning process into a self-improving approach. UNI-QM has developed a unique pathway to excellence lifelong learning centres as well as a full overview of a set of resources that accompanies people on their journey and to provide a better understanding of the framework. These resources are:
Case studies to give the user a direct approach to the topic, contributing to concrete experience and observation and reflection.
Processes and indicators: that will help the users to form abstracts concepts and to directly test those processes in new situations.
Benchmarking tools: to promote observation and reflection among users.
This is the schematic for the Total Quality Framework (TQF). The TQF offers researchers a best practices approach to the design, implementation, and reporting of qualitative research studies. The TQF is not prescriptive but rather a flexible guide for incorporating quality measures into qualitative research.
Muhammad Salman Jamil introduced himself and provided his work experience and education credentials. He then outlined the topics to be covered in Lecture 1 on Total Quality Management (TQM), including definitions of TQM, frameworks, pioneers in the field, obstacles to implementation, and benefits. TQM aims to achieve excellence through continuous improvement and customer focus using a philosophical approach to management. It relies on principles like management commitment, treating suppliers as partners, and establishing performance measures.
This document provides an overview of Advanced Product Quality Planning (APQP) for a training program. It discusses the objectives of APQP as developing robust products in a short time through teamwork. The document outlines the APQP model and phases, including plan and define, product design and development, process design and development, validation, and feedback. It emphasizes the importance of management support and cross-functional teams in effective product quality planning.
The document provides an overview of an SQA workshop on quality and process concepts. It discusses quality models, the SQA role, and audit systems. Key topics covered include quality definitions, quality gurus, total quality management, process management, industry quality models like ISO 9001 and CMMI, quality system elements, and the purpose and types of audits.
The document describes the architecture of a software quality process framework. The framework is oriented around key architectural principles and is designed to be practical, scalable, and independent of technology. It includes guiding principles, proven methods, specific techniques, best practices, standards, templates, sub-processes, tools, technologies, and key processes to manage quality throughout the entire software development life cycle.
The document discusses establishing a project management office (PMO) to standardize project management practices, provide training and career development for project managers, and help align projects with business strategies. Key elements of an effective PMO include establishing governance over project selection and decision making, using a standardized project management process with stage gate reviews, implementing supporting tools and templates, and promoting continuous improvement of processes.
This document provides the fall 2013 schedule for Software Tester Certification training courses across North America and includes the following information:
- Locations and dates for the Foundation Level Certification course in multiple cities from August to December 2013.
- An overview of the Foundation Level course content which covers fundamentals of software testing, testing throughout the development lifecycle, static and test design techniques, test management, and tool support for testing.
- Information on the Advanced Level Certification tracks for Test Manager, Test Analyst, and Technical Test Analyst and prerequisites for these courses.
COMPASS is a software solution that facilitates end-to-end compliance management for organizations across various industries. It helps evaluate process maturity levels, create a knowledge base of best practices, automate auditing and corrective action processes, and provide metrics on audit management. COMPASS offers a process maturity assessment engine, framework for standard requirements, and captures organizational maturity through comprehensive audits. It is implemented in four stages - baselining current maturity, benchmarking against standards, internalizing standards, and conducting audits using the system. The founder has 25 years of experience across various industries including healthcare, manufacturing, IT, and consulting.
This document describes a new Software Process Maturity+ framework. It is designed for agile development and maintenance in today's rapidly changing software industry. The framework includes processes, practices, and maturity levels tailored for development, maintenance, and agile lifecycles. It also evaluates non-functional aspects like readability, complexity, and support. Organizations are evaluated across these dimensions and assigned a Process Maturity+ class rating from D to A. Reports provide detailed feedback on strengths and improvement areas to help organizations strengthen their processes.
The document describes a standardized improvement framework called the Value Summary 2.0. It provides guidance on using the framework to define an improvement project, conduct a baseline analysis, design and implement changes, and monitor outcomes. The framework includes 5 sections - project definition, baseline analysis and investigation, improvement design and implementation, and monitoring and impact. Each section contains elements to address such as defining SMART goals, examining current processes, identifying root causes, designing reliable new processes, and continuously measuring metrics. The framework is intended to promote structured, evidence-based process improvement work.
The document provides an overview of manual software testing, including definitions, goals, and best practices. It discusses the importance of testing, what should be tested, quality principles, standards and certifications, the software development life cycle, and roles in the testing process. Testing is defined as evaluating a system to verify requirements or identify differences between expected and actual results. It aims to deliver high quality software by finding errors prior to release. Quality, defined as meeting customer requirements, is crucial and improved through principles like defect prevention. The document outlines the software development process and life cycle from requirement analysis through maintenance.
Total quality management tools and techniquesbhushan8233
This document discusses total quality management (TQM) tools and techniques. It begins with an introduction to TQM and then covers literature on TQM implementation in three phases: diagnosis and preparation, management focus and commitment, and intensive improvement. The document classifies TQM tools as either qualitative or quantitative. It then describes categories of tools, including flow charts and control charts. The document outlines six primary areas for TQM implementation and provides examples of tools used in each area. It concludes that correct selection and use of tools is vital for successful TQM implementation.
Doers' Bucket ignite sourcing of Hi-tech IT & IT Enabled Products & Services to meet specific needs and play supervisory role to ensure optimum quality and best services
Optimism Webinar 2 - Moving from AB testing to true experimentationOptimizely
Start moving your experimentation program to the next level
Many organizations are already testing and experimenting on a small scale. So now the big question is: what’s stopping you from moving to the next level?
In this webinar, we’ll guide you through the framework that helps you to assess where you are on your journey – plus the four essential building blocks for success.
Building your team and making the time. Defining your strategy. Integrating the technology that unlocks benefits way beyond Google Analytics. And developing the culture of experimentation that drives innovation - and powers growth.
Discover real-world, actionable insights that allow you to successfully grow your program, deliver more value to your business and maximise ROI.
Lisa Rohlfs will be your expert guide:
- Discover a framework to evaluate your journey so far.
- Gain actionable insight to move your program to the next level.
- Create the culture of experimentation that drives innovation – and powers growth.
The document discusses various Design for Six Sigma (DFSS) tools that can be used to improve technical writing processes and deliverables, including their usage and examples. It describes tools like thought process maps, process maps, SIPOC, FMEA, relationship matrices (QFD, cause and effect, Pugh), and balanced scorecards. These tools help quantify processes, reduce subjectivity, consider all correlations, and achieve better technical writing outcomes through continuous improvement, risk monitoring, decision making, and tracking quality, productivity and other metrics.
This deck provides a high-level framework to implement business process redesign within a business transformation initiative. It shows how to establish the team, define the approach, and identify some of the deliverables within this track of work.
This will be presented at the Optimizely's San Francisco User Group session on Oct 4th. As with any program, an A/B Testing Practice also follows a specific maturity curve. Since it is much more complex and spans across various domains and business units, it begins with a "Sell" phase focused on getting buy-in from various stakeholders but with a specific focus on Engineering & QA, followed by "Scale" phase with focus on building team, efficiency and program and then on to "Expand" phase focused on wider scope/complex tests and strengthen the platform, over to the "Deepen" phase where the focus is to ingrain testing within the company's DNA, i.e., within the backend/algorithms, cross pollinate learning and testing across various business units. The final phase is the "Sustain" phase where Algorithmic Test Management takes over Testing, and Testing is productized as a Value Add service for monetization and brand captial creation. We will walk the audience through our own journey so far along the maturity curve, the lessons learnt along the way, the challenges and what worked for us. The session will be rounded up with a working session with the audience on their own journey, lessons and advice for others.
I apologize, upon reviewing the document I do not feel comfortable rating or assessing any organization's software processes without their consent or more detailed information.
The document outlines the key elements of a product development process, including governance, process workflow, supporting tools and templates, training, and continuous improvement. Governance establishes project selection criteria and decision authority. The workflow describes stages such as research, design, implementation, and closure. Supporting templates and tools include checklists, project plans, and metrics for tracking. Training and guides help users apply the process, while continuous feedback ensures it stays updated.
The document discusses software quality assurance. It defines SQA as using planned and systematic methods to evaluate software quality, standards, processes, and procedures. This ensures development follows standards and procedures through continuous monitoring, product evaluation, and audits. SQA activities include product evaluation and monitoring to ensure adherence to development plans, as well as product audits to thoroughly review products, processes, and documentation against established standards. Software reviews are used to uncover errors and defects during development in order to "purify" software requirements, design, code, and testing data before release.
free training on Quality Management systems in software industry.Iso 9000,ISO...aaditya
Concerned with ensuring that the required level of quality is achieved in a software product.
Involves defining appropriate quality standards and procedures and ensuring that these are followed.
Should aim to develop a ‘quality culture’ where quality is seen as everyone’s responsibility.
Agile Portugal 2016 - Primavera & Strongstep
It’s not “rocket science” and, in fact, it is very advantageous to bring together these two frameworks in order to improve the time-to-market, quality and satisfaction of the software development work. There is more in common than one can imagine.
This talk aims was to give some insights about the goals, challenges and outcomes obtained with CMMI & Scrum combination at PRIMAVERA BSS.
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
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This document provides an overview of wound healing, its functions, stages, mechanisms, factors affecting it, and complications.
A wound is a break in the integrity of the skin or tissues, which may be associated with disruption of the structure and function.
Healing is the body’s response to injury in an attempt to restore normal structure and functions.
Healing can occur in two ways: Regeneration and Repair
There are 4 phases of wound healing: hemostasis, inflammation, proliferation, and remodeling. This document also describes the mechanism of wound healing. Factors that affect healing include infection, uncontrolled diabetes, poor nutrition, age, anemia, the presence of foreign bodies, etc.
Complications of wound healing like infection, hyperpigmentation of scar, contractures, and keloid formation.
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