fpf.tools
Library / Engineering DPF Suite
DPF

Systems Engineering Principles Framework

52 patterns · 1130 sections · 1.4 MB

Search this publication Original Markdown

Link to current text

Table of contents

Patterns · All sections
  1. Systems Engineering Principles Framework
  2. Table of Contents
  3. Public units
  4. Systems Engineering Principles Framework Readme
  5. Practical entries
  6. SYSE-CARD-01 — Release a mixed physical-and-software change without losing service, configuration, or evidence
  7. SYSE-CARD-02 — Develop a problem portfolio and System family without freezing either
  8. SYSE-PLATFORM-PATH — Make an engineering task easier without losing its usable result
  9. SYSE-LLM-PATH — Choose and use a way to complete the task
  10. Citation
  11. Preface
  12. SYSE.Preface:1 - Choose a useful result and combine its needed contributions
  13. SYSE.Preface:2 - One System can appear in several engineering structures
  14. SYSE.Preface:3 - Use and System concepts stay linked
  15. SYSE.Preface:4 - Realization is recursive and continuous
  16. SYSE.Preface:5 - Common platform work and software-specific Methods
  17. SYSE.Preface:5.1 - Improve an agent’s choice and use of support
  18. SYSE.Preface:6 - Configuration and evidence travel with continuing change
  19. SYSE.Preface:7 - A Method has several structures; Work can be simultaneous
  20. SYSE.Preface:8 - How project Work contributes to engineering culture
  21. SYSE.Preface:9 - Architectural Rationale
  22. SYSE.Preface:10 - Check the combined engineering answer
  23. SYSE.Preface:11 - Scope and specialist boundaries
  24. SYSE.Preface:End
  25. Part I - Project Focus, Environment, Consequences, and Problem/System-Family Development
  26. SYSE.1SYSE.1 - Choose and Reopen the Project System-of-Interest
  27. SYSE.1:1 - Problem frame
  28. SYSE.1:2 - Problem
  29. SYSE.1:3 - Forces
  30. SYSE.1:4 - Solution
  31. SYSE.1:4.1 - State the current project decision
  32. SYSE.1:4.2 - Recover the direct subject before forcing a System choice
  33. SYSE.1:4.3 - Generate and criticize materially different referents
  34. SYSE.1:4.4 - Record the smallest useful choice account
  35. SYSE.1:4.5 - Reopen the choice from the answer that failed
  36. SYSE.1:5 - Archetypal Grounding
  37. Pumping station under flood risk
  38. Manufacturer and ERP vendor
  39. Continuing building through several projects
  40. SYSE.1:6 - Biases to Watch
  41. SYSE.1:7 - Conformance Checklist
  42. SYSE.1:8 - Common Anti-Patterns and How to Avoid Them
  43. SYSE.1:9 - Consequences
  44. SYSE.1:10 - Rationale
  45. SYSE.1:11 - SoTA-Echoing
  46. SYSE.1:12 - Relations
  47. SYSE.1:End
  48. SYSE.16SYSE.16 - Recover the Systems and Conditions Needed for a Use Decision
  49. SYSE.16:0 - Use This When
  50. SYSE.16:0.1 - Terms and Distinctions
  51. SYSE.16:1 - Problem Frame
  52. SYSE.16:2 - Problem
  53. SYSE.16:3 - Forces
  54. SYSE.16:4 - Solution
  55. SYSE.16:4.1 - Perform the Move
  56. SYSE.16:4.2 - Record the Result
  57. SYSE.16:4.3 - What Changes in Practice
  58. SYSE.16:5 - Worked Case: Upgrading an Occupied Building’s Heat-Pump Plant
  59. SYSE.16:6 - Bias Annotation
  60. SYSE.16:7 - Conformance Checklist
  61. SYSE.16:8 - Common Failures and Repairs
  62. SYSE.16:9 - Consequences
  63. SYSE.16:10 - Rationale
  64. SYSE.16:11 - SoTA and Source Use
  65. SYSE.16:12 - Relations
  66. SYSE.16:End
  67. SYSE.17SYSE.17 - Find Systems That May Bear Engineering Consequences
  68. SYSE.17:0 - Use This When
  69. SYSE.17:0.1 - Terms and Distinctions
  70. SYSE.17:1 - Problem Frame
  71. SYSE.17:2 - Problem
  72. SYSE.17:3 - Forces
  73. SYSE.17:4 - Solution
  74. SYSE.17:4.1 - Perform the Move
  75. SYSE.17:4.2 - Record the Result
  76. SYSE.17:4.3 - What Changes in Practice
  77. SYSE.17:5 - Worked Case: Quiet Consequence Bearers of a Heat-Pump Upgrade
  78. SYSE.17:6 - Bias Annotation
  79. SYSE.17:7 - Conformance Checklist
  80. SYSE.17:8 - Common Failures and Repairs
  81. SYSE.17:9 - Consequences
  82. SYSE.17:10 - Rationale
  83. SYSE.17:11 - SoTA and Source Use
  84. SYSE.17:12 - Relations
  85. SYSE.17:End
  86. SYSE.2SYSE.2 - Develop Linked Use and System Concepts
  87. SYSE.2:1 - Problem frame
  88. SYSE.2:2 - Problem
  89. SYSE.2:3 - Forces
  90. SYSE.2:4 - Solution
  91. SYSE.2:4.1 - Start with one decision-changing use situation
  92. SYSE.2:4.2 - Name the subjects and direct relations hidden by environment language
  93. SYSE.2:4.3 - Develop the use claim and candidate system concept together
  94. SYSE.2:4.4 - Compare changes on either side of the boundary
  95. SYSE.2:4.5 - Expand only when another claim can change the candidate
  96. SYSE.2:4.6 - Stop at a grounded architecture question and reopen from failed support
  97. SYSE.2:5 - Archetypal Grounding
  98. Pumping station under flood risk
  99. Manufacturer’s ERP-enabled planning change
  100. Occupied building heat-pump control

Showing 1–100 of 1130 entries. Source edition 1f16950577d0.