Manage and Control Changes

Imagine launching a satellite into low Earth orbit. The initial trajectory—the baseline—is calculated with exacting precision. Yet, once in motion, atmospheric drag, gravitational anomalies, and solar radiation exert their influence. If the flight director ignores these forces, the satellite drifts into the void. Conversely, if every engineer is permitted to unilaterally fire the thrusters whenever they notice a variance, the result is equally chaotic. Managing project change requires the same rigorous balance. It is not about building an impenetrable fortress against alterations, but rather establishing a deliberate, systematic mechanism to evaluate, approve, and integrate necessary course corrections without destabilizing the entire endeavor.

A spacecraft thruster undergoing a test firing. In project management, as in orbital mechanics, uncontrolled course corrections by individual team members can lead to catastrophic project failure.
A spacecraft thruster undergoing a test firing. In project management, as in orbital mechanics, uncontrolled course corrections by individual team members can lead to catastrophic project failure.