Systems engineering : theory and practice / Alberto Sols Rodríguez-Candela.

Format:

Book

Author/Creator:

Sols Rodríguez-Candela, Alberto.

Language:

English

Subjects (All):

Systems engineering.

Ingeniería de sistemas.

Local Subjects:

Ingeniería de sistemas.

Physical Description:

1 online resource (293 p.)

Place of Publication:

Madrid : Universidad Pontificia Comillas, [2014]

Language Note:

English

Contents:

SYSTEMS ENGINEERING: THEORY AND PRACTICE; LEGAL; TABLE OF CONTENTS; FOREWORD; PREFACE; ACKNOWLEDGEMENTS; 1 SCIENCE, ENGINEERING AND SYSTEMS ENGINEERING; 1.1. SCIENCE; 1.2. ENGINEERING; 1.3. SYSTEMS; 1.4. SYSTEMS ENGINEERING: THE ORIGINS; 1.5. SYSTEMS ENGINEERING: THE CONCEPT; 1.6. SYSTEMS ENGINEERING: THE FRAMEWORK; 1.7. SYSTEMS ENGINEERING: THE SYSTEM OF INTEREST; 1.8. SYSTEMS ENGINEERING: SOFT PROBLEMS; 1.9. SYSTEMS ENGINEERING: THE HUMAN DIMENSION; 1.10. SYSTEMS ENGINEERING: APPLIED IN COMPANIES AND INSTITUTIONS; 2 THE SYSTEMS APPROACH; 2.1. THE SYSTEMS LIFE CYCLE

2.2. ELEMENTS OF THE SYSTEMS APPROACH2.3. THE COST/EFFECTIVENESS RATIO; 2.3.1. Effectiveness; 2.3.2. Life-Cycle Cost and Life-Cycle Economic Profile; 2.4. THE SYSTEMS ENGINEERING MANAGEMENT PLAN; 2.5. THE STATEMENT OF WORK AND THE WORK BREAKDOWN STRUCTURE; 2.6. THE PROJECT PLAN; 2.7. RISK MANAGEMENT; 2.7.1. Risk Identification; 2.7.2. Risk Assessment; 2.7.3. Risk Management Strategies; 2.8. KNOWLEDGE MANAGEMENT; 3 THE SYSTEMS ENGINEERING FRAMEWORK; 3.1. THE WATERFALL MODEL; 3.2. THE VEE MODEL; 3.3. THE SPIRAL MODEL; 3.4. AGILE SYSTEMS ENGINEERING; 3.5. THE SYSTEMS ENGINEERING FRAMEWORK

3.6. CUSTOMIZING THE SYSTEMS ENGINEERING FRAMEWORK3.7. MODEL-BASED SYSTEMS ENGINEERING; 4 THE NEED OR BUSINESS OPPORTUNITY; 4.1. ANALYSIS OF THE NEED OR OPPORTUNITY; 4.2. CONCEPT OF OPERATIONS; 4.3. STAKEHOLDERS; 5 REQUIREMENTS ENGINEERING AND MANAGEMENT; 5.1. THE ROLE OF REQUIREMENTS IN THE SYSTEMS APPROACH; 5.2. TYPES OF REQUIREMENTS; 5.2.1. Stakeholder Requirements and System Requirements; 5.2.2. Functional Requirements and Non-Functional Requirements; 5.3. CHARACTERISTICS OF REQUIREMENTS; 5.3.1. Characteristics of Individual Requirements

5.3.2. Characteristics of the Set of Requirements5.4. REQUIREMENTS ENGINEERING; 5.5. REQUIREMENTS MANAGEMENT; 6 SYSTEM DESIGN AND DEVELOPMENT; 6.1. DESIGN CONCEPTS; 6.1.1. Generation of Design Concepts; 6.1.2. Selection of the Preferred Design Concept; 6.1.3. Sensitivity Analysis; 6.2. FUNCTIONAL ANALYSIS; 6.2.1. Functional Flow Diagrams; 6.2.2. N2 Diagrams; 6.2.3. IDEF0 Diagrams; 6.2.4. Design Structure Matrices; 6.2.5. Systems Modeling Language (SysML); 6.3. SYSTEM ARCHITECTURE; 7 VERIFICATION AND VALIDATION: TESTING, TECHNICAL REVIEWS AND INTEGRATION; 7.1. VALIDATION; 7.2. VERIFICATION

7.3. TESTING7.4. TECHNICAL REVIEWS; 7.4.1. Informal Technical Reviews; 7.4.2. Formal Technical Reviews; 7.5. INTEGRATION; 8 THE OPERATIONAL LIFE; 8.1. SYSTEM ACCEPTANCE, DEPLOYMENT AND OPERATIONAL LIFE; 8.2. THE CAPABILITIES GAP; 8.2.1. Performance-Based Logistics; 8.2.2. Reliability-Growth Programs; 8.2.3. Technology Refreshment Programs; 8.3. SYSTEM PHASE-OUT; 9 FEDERATIONS OF SYSTEMS AND SYSTEMS OF SYSTEMS; 9.1. FEDERATIONS OF SYSTEMS; 9.2. SYSTEMS OF SYSTEMS; ANNEX I BIBLIOGRAPHY; ANNEX II ACRONYMS; ANNEX III SELECTED DEFINITIONS; INDEX

Notes:

Contiene índice.

Contiene bibliografía.

Description based on online resource; title from PDF title page (ebrary, viewed January 19, 2015).

ISBN:

84-8468-539-X