Why Pedagogy Is Not Enough: Institutional Homeostasis and Circulation in Education

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Authors: Jim Yongzhi Huang
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Abstract

Debates on educational reform are commonly framed through the contrast between Rational Systems (RS) and Natural Systems (NS): structure versus culture, metrics versus relationships. In practice, this distinction is often reduced to a moralized taxonomy rather than an operational account. RS becomes shorthand for bureaucracy, control, and incentives; NS for care and community. What disappears is an explanation of why reform so often disappoints—why pedagogical transformation coexists with stable institutional outcomes. This paper argues that the RS/NS frame is incomplete because it omits the institution’s operating layer. Educational systems persist not only through rules or culture, but through circulation and homeostasis: fiscal pathways that determine capacity, and informational pathways that determine what becomes legible, actionable, and accountable. When reform alters surface grammar—classroom language, pedagogical style, professional discourse—without rewiring these circulatory systems, the institution returns to equilibrium. To render this operating layer analytically visible, the paper introduces two complementary lenses. Fiscal Epistemology (FE) explains why institutions act only on admissible, decision-grade information rather than on intentions or values. Fiscal Geometry (FG) describes education as a routing system and reform as path reconfiguration, allowing failure to be understood as tension-driven reversion under unchanged circulation. The core claim is concrete: reform fails less because people do not believe, and more because circulation remains unchanged. In AI-mediated institutions, this gap becomes decisive: reforms that do not alter circulation become computationally invisible.

Fields of Study & Subjects

Global Educational Policies and Reforms Educational Theory and Curriculum Studies Digital Education and Society

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
27 January 2026