Software Engineering Handbook by Keyes Jessica (11 results)

Hardcover. Condition: As New. 2nd printing. HB Illustrated Floppy disk (unopened) included Very Fine without jacket as issued. As New.

Hardcover. Condition: Very Good. 1. It's a well-cared-for item that has seen limited use. The item may show minor signs of wear. All the text is legible, with all pages included. It may have slight markings and/or highlighting.

Condition: good. A copy that has been read, remains in good condition. All pages are intact, and the cover is intact. The spine and cover show signs of wear. Pages can include notes and highlighting and show signs of wear, and the copy can include "From the library of" labels or previous owner inscriptions. 100% GUARANTEE! Shipped with delivery confirmation, if you're not satisfied with purchase please return item! Ships via media mail.…

Condition: very_good. Gently read. May have name of previous ownership, or ex-library edition. Binding tight; spine straight and smooth, with no creasing; covers clean and crisp. Minimal signs of handling or shelving. 100% GUARANTEE! Shipped with delivery confirmation, if you're not satisfied with purchase please return item! Ships USPS Media Mail.…

Hardcover. Condition: Good. 1st Edition. Heavy hardcover, xxii + 874 pages. Ex-university reference library, marked "withdrawn"; external stamps on upper page edges, some vague ink marks on side edges, ownership markings on front endpapers and prelims (some removed). Pages are clean with unmarked text. Boards show two small superficial edge-nicks to upper spine (repaired), a bit of scuffing to edges. Issued without a dust jacket. -- Contents: Introduction to Software Engineering; Feasibility Study & Cost/Benefit Analysis; Writing the Project Plan; Requirements Elicitation; Designing User-Oriented Systems; Outsourcing Decision; Methodology Selection; Selecting & Integrating a Repository for Effective Resource Management; Structured Methodology Review; Extreme Programming Concepts; Development Before the Fact Technology; Design Specification; Object-Oriented Design; User Interface Design; Software Re-engineering; Software Testing; Process of EDP Auditing; Management of Software Maintenance; Science of Documentation; Survey on IT Productivity & Quality; Putnam's Software Equation & SLIM; COCOMO II Model; Putnam's Cost Estimation Model; Malcolm Baldridge Quality Award; Zachman's Framework; Linkman's Method for Controlling Programs through Measurement; Kellner's Non-Technological Issues in Software Engineering; Martin & Carey's Survey of Success in Converting Prototypes to Operational Systems; Putnam's Trends in Measurement, Estimation & Control; Sprague's Technique for Software Configuration Management in a Measurement-Based Software Engineering Program; Corbin's Methodology for Establishing a Software Development Environment; Couger's Bottom-Up Approach to Creativity Improvement in IS Development; Shetty's Seven Principles of Quality Leaders; Simmons' Statistics Concerning Communications' Effect on Group Productivity; Gould's Points on Usability; Prescott's Guidelines for Using Structured Methodology; Kemayel's Controllable Factors in Programmer Productivity; AT&T's 'Estimeeting' Process for Developing Estimates; Burns' Framework for Building Dependable Systems; Avison's Multiview Meta-Methodology; Byrne's Reverse Engineering Technique; Prieto-Diaz' Reusability Model; Farbey's Considerations on Software Quality Metrics during the Requirements Phase; Redmill's Quality Considerations in the Management of Software-Based Development Projects; Contel's Software Metrics in the Process Maturity Framework; Kydd's Technique to Induce Productivity through Shared Information Technology; Bellcore's Software Quality Metrics; Keyes' Value of Information; Pfleeger's Method for CASE Tool Selection Based on Process Maturity; McCabe's Complexity Metric; Halstead's Effort Measure; DEC's Overview of Software Metrics; Hewlett Packard's TQC (Total Quality Control) Guidelines for Software Engineering Productivity; Motorola's Six Sigma Defect Reduction Effort; Lederer's Management Guidelines for Better Cost Estimating; Kanter's Methodology for Justifying Investment in Information Technology; "Make-Buy" Decision; Software Selection from Multiple Packages; Boehm COCOMO Model; IEEE Standard Dictionary of Measures to Produce Reliable Software; IEEE Framework for Measures; Gillies' Method for Humanization of the Software Factory; Pfleeger's Approach to Software Metrics Tool Evaluation; Maiden's Method for Reuse of Analogous Specifications through Human Involvement in Reuse Process; Tate's Approaches to Measuring Size of Application Products with CASE Tools; Appendices [System Service Request Form; Project Statement of Work; Feasibility Study Template; Sample Cost/Benefit Analysis Worksheets; Sample Business Use Case; Software Project Plan; Sample SRS; Sample Survey; Sample Architectural Design; Sample SDS; Sample Data Dictionary; Sample OO SDS; Sample Class Dictionary; Control Sheet; Test Plan; QA Handover Document; Software Metrics Capability Evaluation Questionnaires; IT Staff Competency Survey; Function Point Counting Guide]; Index.…

Taschenbuch. Condition: Neu. Neuware - Modern software engineering requires more than good code. It requires disciplined planning, clear requirements, secure architecture, controlled delivery, effective testing, responsible AI use, and meaningful performance measurement.The Software Engineering Forms & Templates Handbook provides 78 practical templates, worksheets, checklists, registers, and reference tools spanning the complete software development lifecycle. Each template includes field-by-field guidance, a blank working copy, and a completed example based on a consistent fictional organization.Inside, readers will find tools for: - Project intake, feasibility analysis, chartering, and planning- Requirements engineering, user stories, design specifications, and architecture decisions- Cloud-native systems, microservices, APIs, Kubernetes, and resilience- Secure development, threat modeling, code review, SBOMs, and vulnerability response- CI/CD pipelines, releases, configuration management, and infrastructure as code- Testing, defect management, user acceptance, and AI-assisted test coverage- AI coding policies, prompt standards, human oversight, and AI-generated code review- COCOMO II, Function Points, DORA metrics, SPACE, DevEx, and estimation risk- Technical debt, modernization, refactoring, documentation, and knowledge management- Vendor evaluation, staffing, incident response, SLOs, postmortems, and program governanceBuilt for software engineers, architects, technical managers, project leaders, consultants, auditors, educators, and technology organizations, this handbook turns established software engineering practices into ready-to-use working tools.Originally rooted in Jessica Keyes's 2002 Software Engineering Handbook, this thoroughly modernized and substantially expanded edition addresses the realities of software development in 2026-including cloud-native architecture, DevOps, site reliability engineering, software supply-chain security, and AI-assisted development.Use the entire collection to establish a consistent engineering framework, or select the individual template needed for the decision, project, or problem in front of you.…

Paperback. Condition: new. Paperback. Modern software engineering requires more than good code. It requires disciplined planning, clear requirements, secure architecture, controlled delivery, effective testing, responsible AI use, and meaningful performance measurement.The Software Engineering Forms & Templates Handbook provides 78 practical templates, worksheets, checklists, registers, and reference tools spanning the complete software development lifecycle. Each template includes field-by-field guidance, a blank working copy, and a completed example based on a consistent fictional organization.Inside, readers will find tools for: Project intake, feasibility analysis, chartering, and planningRequirements engineering, user stories, design specifications, and architecture decisionsCloud-native systems, microservices, APIs, Kubernetes, and resilienceSecure development, threat modeling, code review, SBOMs, and vulnerability responseCI/CD pipelines, releases, configuration management, and infrastructure as codeTesting, defect management, user acceptance, and AI-assisted test coverageAI coding policies, prompt standards, human oversight, and AI-generated code reviewCOCOMO II, Function Points, DORA metrics, SPACE, DevEx, and estimation riskTechnical debt, modernization, refactoring, documentation, and knowledge managementVendor evaluation, staffing, incident response, SLOs, postmortems, and program governanceBuilt for software engineers, architects, technical managers, project leaders, consultants, auditors, educators, and technology organizations, this handbook turns established software engineering practices into ready-to-use working tools.Originally rooted in Jessica Keyes's 2002 Software Engineering Handbook, this thoroughly modernized and substantially expanded edition addresses the realities of software development in 2026-including cloud-native architecture, DevOps, site reliability engineering, software supply-chain security, and AI-assisted development.Use the entire collection to establish a consistent engineering framework, or select the individual template needed for the decision, project, or problem in front of you. This item is printed on demand. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.…

Condition: New. Print on Demand.

PAP. Condition: New. New Book. Shipped from UK. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

PAP. Condition: New. New Book. Delivered from our UK warehouse in 4 to 14 business days. THIS BOOK IS PRINTED ON DEMAND. Established seller since 2000.

Paperback. Condition: new. Paperback. Modern software engineering requires more than good code. It requires disciplined planning, clear requirements, secure architecture, controlled delivery, effective testing, responsible AI use, and meaningful performance measurement.The Software Engineering Forms & Templates Handbook provides 78 practical templates, worksheets, checklists, registers, and reference tools spanning the complete software development lifecycle. Each template includes field-by-field guidance, a blank working copy, and a completed example based on a consistent fictional organization.Inside, readers will find tools for: Project intake, feasibility analysis, chartering, and planningRequirements engineering, user stories, design specifications, and architecture decisionsCloud-native systems, microservices, APIs, Kubernetes, and resilienceSecure development, threat modeling, code review, SBOMs, and vulnerability responseCI/CD pipelines, releases, configuration management, and infrastructure as codeTesting, defect management, user acceptance, and AI-assisted test coverageAI coding policies, prompt standards, human oversight, and AI-generated code reviewCOCOMO II, Function Points, DORA metrics, SPACE, DevEx, and estimation riskTechnical debt, modernization, refactoring, documentation, and knowledge managementVendor evaluation, staffing, incident response, SLOs, postmortems, and program governanceBuilt for software engineers, architects, technical managers, project leaders, consultants, auditors, educators, and technology organizations, this handbook turns established software engineering practices into ready-to-use working tools.Originally rooted in Jessica Keyes's 2002 Software Engineering Handbook, this thoroughly modernized and substantially expanded edition addresses the realities of software development in 2026-including cloud-native architecture, DevOps, site reliability engineering, software supply-chain security, and AI-assisted development.Use the entire collection to establish a consistent engineering framework, or select the individual template needed for the decision, project, or problem in front of you. This item is printed on demand. Shipping may be from our UK warehouse or from our Australian or US warehouses, depending on stock availability.…