Table of Contents 1 Introduction.xx Part I - Motivation for MBPLE.xx 2 Complexity and Variability.xx 3 Reuse strategies.xx 4 From Document-Based to Model-Based Engineering.xx 5 From single product- to product line-based delivery approach.xx 6 Digital Continuity and System Lifecycle Management.xx Part II - Foundations of MBPLE.

xx 7 Past, present, and future of (MB)PLE.xx 8 Shifting to a Model-Based Approach.xx 9 MBPLE Concepts and Definitions.xx 10 MBPLE Modeling Languages.xx 11 The MBPLE Foundation in the Standards.xx Part III - Implementation of MBPLE.xx 12 The MBPLE Paradigm.xx 13 Define Feature Models.

xx 14 Define Feature Configurations.xx 15 Define Shared Assets.xx 16 Define Product Models.xx 17 The Four Dimensions of Variability.xx 18 Digital end-to-end Continuity with MBPLE.xx 19 Configuration and Model Management for MBPLE.xx 20 MBPLE and AI.xx Part IV - Adoption of MBPLE.

xx 21 A Business Case for MBPLE.xx 22 The MBPLE Adoption Quadrant.xx 23 MBPLE Adoption Framework: Process, Methods, Information Model, Tool chain and Organization.xx 24 MBPLE Process.xx 25 MBPLE Methods.xx 26 MBPLE Information Model.xx 27 MBPLE Tool chain.xx 28 MBPLE Organization.

xx 29 PLE Pioneers'' Perspectives: Beyond Tools and Tool Vendors.xx Part V - MBPLE Industrial Cases.xx 30 Airbus: MBPLE in Commercial Aviation.xx 31 MBDA: Building an End-to-End Model-Based Framework for Product Lines.xx 32 Thales: A long road to MBPLE - from initial Conception to Completion.xx 33 Raytheon: Digital Engineering and System Family Engineering - Innovating at the Speed of Relevance.xx 34 Belimo: Innovation in Comfort, Energy Efficiency, and Safety Solutions with product lines.xx 35 MBPLE in Action: What We Can Learn from the 5 Industrial Cases.

xx 36 Conclusion.xx.