Develop Integrated Project Management Plan: Execution

Building a suspension bridge relies on the immutable laws of physics; you must know the exact length of every steel cable and the cost of every concrete footer before the first foundation is poured. Developing an autonomous vehicle’s navigation algorithm, however, is a voyage into the unknown. The destination is clear, but the specific code required to get there must be discovered through trial, error, and adaptation.

Constructing a suspension bridge requires a highly predictive project approach, calculating exact material, structural, and cost needs before physical assembly can begin.
Constructing a suspension bridge requires a highly predictive project approach, calculating exact material, structural, and cost needs before physical assembly can begin.

As a project manager, your fundamental responsibility is recognizing which reality you are operating within. Are you orchestrating a predictable sequence of physical events, or are you navigating a fog of technical uncertainty? The answer determines how you build, execute, and defend your project plan.