Systems Engineering, Formalized
A corpus-form-keyed reformulation of the Systems Engineering Body of Knowledge. 159 documents. Two indexes below: by form-cluster (the corpus's reading) and by SEBoK Part (SEBoK's own reading). The entracement at SE-039 is the canonical structural map.
The corpus reads SEBoK by structural form rather than by table of contents. The form-cluster index below is primary; the SEBoK Part index is the cross-index. Either path leads into the same surface.
By Form-Cluster
This index reads SEBoK the way the corpus reads it: articles grouped by which structural form binds them. Eleven clusters, named by the corpus form. Cluster letters and members are drawn from SE-039 §II.
A. Universal-sibling lattice
N peer-axes bind every member of a class universally; the discriminator is aspect, not rung-of-application.
B. Multi-keeper composition
An engagement composes multiple keepers, each with its own substrate-slice, joined at a reconciliation rung.
C. Architectural school
A practitioner population sustains transmissible discipline, vocabulary, and institutional memory above a coherence-density threshold.
D. Co-production at sub-rungs
A sub-rung output is jointly authored by keeper and substrate, or by multiple keepers; authorship is structurally distinct from rung-2 supply.
E. Institutional ground
A practice tradition's institutional carrier: standards bodies, professional societies, certification regimes, regulatory authorities.
F. Pulverization
Backward decomposition against accumulated literature; forward premortem against future risk. Paired V&V, six-level rigor.
G. SIPE
A property emerges at and above a coherence-density threshold once components and interactions cross it.
H. Hypostatic boundary
A formalization describes structural relationships, not ontological substance. The boundary holds at points where formalization brushes anthropological or moral territory.
I. Pin-art / temporal-concurrency
Multiple life-cycle rungs operate simultaneously and integrate at gates and reviews; the discipline is pressed into the pin-set.
J. Affordance gap
Each keeper bridges its substrate's rung-2 affordance gap; the multi-keeper case yields composition outputs at higher rungs.
K. Virtue constraints
V1 through V4 bind across layers. V3 (truth-telling) at the engineering-decision layer is the canonical layer-extension worked example.
By SEBoK Part
This index reads SEBoK the way SEBoK reads itself: eight parts, the practice tradition's own organization. Each Part links to its corpus reformulation plus a few anchor distillations.
Part 1. SEBoK Introduction
Part 2. Foundations of SE
Part 3. SE and Management
Part 4. Applications of SE
Part 5. Enabling SE
Part 6. Related Disciplines
Part 7. Implementation Examples
About this collection
The methodology reads SEBoK's surface through the corpus's structural forms, producing per-article distillations and cluster-level syntheses. Working artifacts: form inventory (SE-002), macro-map (SE-003), falsifier audit (SE-012), synthesis (SE-013), canonical reading (SE-014), trajectory (SE-018), and the general-corpus methodology (Doc 583). Status: 140-plus distillations cumulative; Clusters A and K saturated; multi-cluster synthesis pending.