Engineering Compiler

Domain-Specific Compilation Modules perform specialized engineering processing within controlled boundaries.

Modules may address:

structures;

geotechnical conditions;

fire safety;

building envelope;

thermal and energy performance;

acoustics;

electrical systems;

plumbing;

mechanical systems;

controls and sensing;

manufacturing;

construction;

robotics;

inspection;

commissioning;

lifecycle management;

disassembly and reuse.

Each module shall define its required inputs, produced outputs, supported entity types, applicable rules, assumptions, limitations, evidence requirements, and interaction with other domains.

A domain module shall not interpret unrelated domains beyond its declared competence.

Cross-domain coordination shall occur through the Canonical Engineering Representation, shared graphs, governed contracts, and explicit dependency relationships.

For example, a structural module may define a required opening limit, while a utility module evaluates routing through the available opening. Neither module shall silently alter the other’s authoritative requirements.

Modules may operate at different levels of maturity. Conceptual analysis, preliminary sizing, final engineering validation, and execution-package generation shall remain clearly distinguished.

A successful result from one domain shall not imply complete-building validity. Formal compilation status shall consider every required domain and unresolved cross-domain dependency.