A General Outline for Exploring Socio-Technical Systems Engineering A Tentative Analytical Framework

This paper serves as the general outline of a series of working papers that attempt to construct a "homology, isomorphism, asynchrony, and polymorphism" theoretical framework for socio-technical systems engineering, grounded in the indigenous traditions of systems engineering and systems science.[^1] Homology means that technology originates from the engineering of cognition, while society originates from the regularization of cognition. Isomorphism means that the interaction between technology and society operates within a fractal tetra-structure—system constraints, technological architecture, value architecture, and governance architecture—a structure that self-similarly recurs across all scales, from industries to enterprises to departments, exhibiting spatial fractal characteristics. Asynchrony means that a structural asymmetric tension arises between the inherently boundless penetrative tendency of technology and the inherently bounded regional restrictive capacity of society, driven by a rate differential that propels systemic evolution through three phases of power dynamics: social dominance, balanced inter-construction, and technological pull. This evolutionary logic recursively cycles through time, with each round of technological sedimentation becoming the new baseline for the next round of adaptation. Polymorphism means that the three meta-constraints—geography, energy, and culture—project diverse social forms across different civilizations and contexts. This paper aims to provide a discussable, testable, and improvable engineering-based analytical framework for subsequent research, enabling systems engineering not only to "interpret the world" but also to "transform the world."