Council Engineering: An Epistemic and Governance Architecture for Multi-Perspective Engineering Design

Council Engineering is a proposed methodology for making consequential, cross-domain engineering decisions. It addresses a recurring problem in complex system design: expertise is distributed across teams, assumptions remain hidden, dependencies cross disciplinary boundaries, and responsibility for the final synthesis is often unclear. The methodology combines four mechanisms: protected independent perspective generation; structured technical contestation; graph-supported decision provenance; and accountable synthesis by a named decision owner. This position paper defines Council Engineering, distinguishes it from conventional committees, concurrent engineering, technical review boards, and graph-centric coordination, and presents an operational lifecycle with defined councils, artifacts, decision rights, and closure conditions. It also introduces falsifiable hypotheses and a multi-study evaluation program covering design quality, defect discovery, robustness, traceability, decision latency, and coordination cost. The paper does not claim that Council Engineering has already been empirically validated or is universally superior. It proposes a testable research framework and identifies situations in which the methodology may be beneficial—as well as routine, reversible, or well-specified decisions for which its additional overhead may not be justified. Central formulation: Council for judgment. Graph for memory. Evidence for challenge. Owner for decision. This is an independent, non-peer-reviewed position paper. The author’s institutional affiliation does not imply institutional endorsement.