Systems Thinking, Engineering, and Analysis (STEA)
Section One – Systems and Systems Thinking
Chapter 1 – The World in Which We Live, Chapter 2 – Systems Thinking and Knowledge
Chapter 3 – Organizing Human Activity Systems, Chapter 4 – Economics and Enterprise Systems
Section Two – Systems Thinking and Engineering
Chapter 5 – Engineering and Systems Engineering, Chapter 6 – Bringing Engineered Systems into Being
Chapter 7 – Modeling in Systems Engineering, Chapter 8 – Systems Engineering Process Phases
Section Three – Analytic Thinking and Systems Analysis
Chapter 9 – Analytics for Decision Support, Chapter 10 – Decision Models for Systems Engineering
Chapter 11 – Probability and Statistical Models
Section Four – Model Categories for System Analysis
Chapter 12 – Models for Economic Analysis, Chapter 13 – Optimization Models and Method
Chapter 14 – Models for Queuing Analysis, Chapter 15 – Control Models and Methods
Section Five – Design Dependent Parameters
Chapter 16 – Design for Reliability, Chapter 17 – Design for Maintainability, Chapter 18 – Design for Supportability
Chapter 19 – Design for Producibility, Disposability, and Sustainability, Chapter 20 – Design for Human Usability
Chapter 21 – Design for System and Product Affordability
Section Six – Product Procurement and Inventory Systems Chapter 22 – Consumable Item Inventory Systems
Chapter 23 – Repairable Equipment Population Systems