Introduction to Systems Engineering Fundamentals
This program will cover all basic concepts of systems engineering. The objective is to provide the basic knowledge and tools for transforming an operational need into a well-defined system configuration, through an iterative design process of issue formulation, analysis, optimization, synthesis, system integration, and testing. Case study reviews will demonstrate the principles of systems engineering concepts, tools, and techniques as applied in practice.
Unit |
Topics |
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1 | Course Introduction System Definitions and Concepts |
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2 | Bring Systems Into Being | |
3 | Conceptual System Design Planning & Organization, SEMP, PMP |
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4 | Preliminary System Design | |
5 | Detail Design and Development | |
6 | Test and Evaluation | |
7 | Alternatives and Models in Decision Making | |
8 | Optimization in Design and Operations Control Concept and Methods |
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9 | Reliability Maintainability |
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10 | Usability Supportability (Serviceability) |
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11 | Productibility and Disposability Affordability (Life Cycle Cost) |
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12 | System Engineering Planning and Organization | |
13 | Program Management and Control | |
14 | Special Topics |