Locke and Latham described goal-setting as a feedback…

Locke and Latham described goal-setting as a feedback control loop: the goal is the reference signal, conscious judgment is the comparator, and action is the effector that reduces the discrepancy between goal and performance. — Locke & Latham

Backlinks

Locke and Latham already answered this in 1990: goal-setting in management IS feedback control — they explicitly borrowed the model from cybernetics, down to the thermostat analogy. →

Locke and Latham explicitly cite cybernetic engineering as the source of their model — the same closed-loop feedback control behind Watt's governor and every thermostat. →

Controller Pattern The pattern is not specific to Kubernetes. Any desired state system with continuous reconciliation implements it: thermostats, Terraform with drift detection, GitOps agents, even goal-setting in management (where the "controller" is a human checking progress against a target). →

Discrepancy Production vs Reduction The user's xettel cards characterize Locke & Latham's model as feedback control borrowed from cybernetics: "the goal is the reference signal, conscious judgment is the comparator, and action is the effector that reduces the discrepancy between goal and performance." This captures the structural parallel but misses Locke & Latham's central argument: the feedback loop is necessary but insufficient. The engine of motivation is the feed-forward act of setting new, harder goals — not the feedback act of closing the gap. →

Goal-Setting Theory The user's xettel cards frame goal-setting as feedback control borrowed from cybernetics. The relationship is real but nuanced. Goals do function as reference signals, and comparison against performance is essential. But Locke & Latham explicitly argue that pure negative feedback (control theory) is insufficient: goal-setting is primarily a discrepancy-creating process. After attaining a goal, people set higher ones — producing new gaps rather than resting at equilibrium. This is closer to the perpetual disequilibrium pattern than to a thermostat. →

Goal Setting and Task Motivation (Locke & Latham, 2002) This creates an important nuance for the knowledge base's framing of management as feedback control (see xettel, xettel). The user's xettel cards characterize Locke & Latham as borrowing feedback control from cybernetics. The paper tells a more complex story: they use the language of goals and discrepancy, but argue that pure negative feedback is insufficient — feed-forward (setting new, higher goals) is the primary driver. →

Feedback Loops

Goal-Setting Theory — specific difficult goals outperform vague goals; four mechanisms, three moderators (bib)
Self-Efficacy and Goals — Bandura's self-efficacy as the central mediating variable
Discrepancy Production vs Reduction — feed-forward (setting harder goals) vs feedback (closing the gap)
Learning vs Performance Goals — on complex tasks, learning goals outperform performance goals
Locke & Latham (2002) — source summary: 35-year retrospective on goal-setting theory (bib)
2039578081070137359 — Locke & Latham: goal-setting as feedback control (but see discrepancy production for the nuance)
2039578424977850584 — Locke & Latham answered the management question in 1990
2039578726334394790 — they explicitly cite cybernetic engineering as their model
2039579041183998043 — but in practice the management loop is open: quarterly checks, manual action
2039579188970365285 — AI-native companies can close this loop to seconds

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