Achieving Software Quality Through Teamwork
Achieving Software Quality through Teamworkdescribes popular software quality models such as EFQM, Watts Humphreys’ personal and team software processes, TMAP and CMM. It features numerous examples, sources for further information, and tools and techniques that can be applied to real projects. An indispensable resource for software developers, testers, managers, quality assurance professionals, and customers, the book explains how to clear the way through difficult “people issues” so that software quality can be achieved. Defining the key groups within a software team and their different definitions of quality, this unique reference enables you to improve the communications and relationships between team members throughout a project and the lifetime of the software.
Software Quality Matters - Defining Software Quality. Fundamental Concepts of Excellence. EFQM Model. ISO9000:1994 and ISO9000:2000. IT Maturity Models - CMM and Relations. Team Software Process and Personal Software Process. Bringing the Models Together.
Defining the Software Team - Teams in Disunity. Defining the Team. Interaction Between the Groups and Within Each Group.
Roles and Quality: Customers - Introducing the Customers. Who Could Be in This Group. Quality Viewpoint. Quality Framework. Enablers for the Customers. Results for the Customers. Life Cycle Activities. Summary of the Group.
Roles and Quality: Managers - Introducing the Managers. Who Could Be in This Group. Quality Viewpoint. Quality Framework. Enablers for the Managers. Results for the Managers. Life Cycle Activities. Summary of the Group.
Roles and quality: Builders - Introducing the Builders. Who could be in This Group. Quality Viewpoint. Quality Framework. Enablers for the Builders. Results for the Builders. Life Cycle Activities. Summary of the Group.
Roles and quality: Measurers - Introducing the Measurers. Who could be in This Group.
Quality Viewpoint. Quality Framework. Enablers for the Measurers. Results for the Measurers. Life Cycle Activities. Summary of the Group.
Roles and quality: Supporters - Introducing the Supporters. Who could be in This Group. Quality Viewpoint. Quality Framework. Enablers for the Supporters. Results for the Supporters. Life Cycle Activities. Summary of the Group.
The Lifespan of a Software System - Lifespan or Life Cycle. Entry and Exit Criteria Between Stages. Changes in Quality Viewpoints Across the Lifespan of a System.
Start-up for a Software Development - Start-up: description. Start-up Viewpoints. Entry Criteria for Start-up. Start-up: Typical Activities. Exit From Start-up Stage.
Software Development Life Cycle (SDLC) - SDLC Description. SDLC Viewpoints. Entry Criteria for SDLC. SDLC: typical activities. Entry and Exit Points Within the SDLC. SDLC Models. Quality Views and the Models - Why Combine Models. Exit From the SDLC. Conclusion.
Delivery and Point-of-Live Support - Delivery: description. Delivery Viewpoints. Entry Criteria for Delivery. Delivery : Typical Activities. Exit From Delivery. Conclusion.
The Life of a System Post Delivery - Post delivery: description. Delivery Viewpoints. Entry Criteria for Post Delivery. Post Delivery: Typical Activities. Exit From Post Delivery. Conclusion.
Appendices - Tools and Techniques. Organizations, Sources and References. Skeleton Documents, Forms and Outlines.
Isabel Evans is currently an independent training provision and quality improvement consultant. She has nearly 20 years experience in the IT industry, specializing in quality management, testing, training and documentation. She has aided organizations in the development of standards, methods and procedures to support testing of software during development and maintenance projects. She has also provided quality assurance support, release management, and customer support for IT organizations and has published extensively.
320 pages; ISBN 9781580536639
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Title: Achieving Software Quality Through Teamwork
Author: Isabel Evans
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- Academic > Computer Science > Computer software > Operating systems (Computers); Periodicals
- Academic > Computer Science > Computer software > Computer software; Quality control
- Academic > Computer Science > Computer science
- Academic > Computer Science > Electronic data processing
- Academic > Computer Science > Programming languages
- Computers > Programming > Software Development