Wednesday Reality: Nobody Knows What They Are Doing

The Myth of Hidden Certainty

One of the most persistent myths in professional life suggests that expertise and certainty naturally grow together. The assumption appears almost everywhere. Junior engineers often imagine that senior engineers understand the entire system. Senior engineers assume architects possess a coherent vision hidden from everyone else. Architects occasionally believe directors have access to strategic clarity unavailable to the rest of the organisation. Directors may in turn assume that executives possess a level of understanding that explains the ambiguity experienced below them. The hierarchy changes, but the belief remains remarkably stable. Somewhere, surely, there must be people who know exactly what they are doing.

The attraction of this idea is obvious. It transforms uncertainty into a temporary condition rather than a permanent feature of reality. If somebody already possesses the answers, progress becomes a matter of finding the right expert, applying the correct framework, or following the appropriate process.

Yet the further one studies the history of engineering, science, industry, and invention, the harder it becomes to find evidence supporting this view. Again and again, meaningful progress appears to emerge from individuals and organisations operating at the edge of what was known at the time. The knowledge required for success frequently did not exist at the beginning of the journey. It emerged through the journey itself.

Apollo and the Creation of Expertise

The Apollo programme provides one of the clearest examples. Looking backwards from the twenty-first century, the Moon landing appears almost inevitable. We know the outcome. We know the names. We know the images. The historical narrative has been compressed into a sequence of milestones that seem to lead naturally towards success.

The reality experienced by the people involved was considerably less reassuring.

When President Kennedy committed the United States to landing a man on the Moon and returning him safely to Earth before the end of the decade, many of the technologies required to achieve that objective either did not exist or remained immature. The Saturn V rocket had not flown. Orbital rendezvous techniques remained largely experimental. Software engineering was still emerging as a discipline. No human being had travelled beyond Earth orbit.

It is therefore difficult to speak meaningfully about lunar mission expertise in 1961 because lunar missions themselves did not yet exist. There were experts in propulsion, mathematics, electronics, materials science, and flight operations, but there could not be experts in the mission as a whole.

The programme produced that expertise through experimentation, failure, analysis, and adaptation. Apollo succeeded not because uncertainty disappeared, but because knowledge accumulated faster than uncertainty expanded.

John Moses Browning and Lifelong Learning

A similar pattern appears when examining the life of John Moses Browning. History tends to remember Browning as a genius, which is understandable given the extraordinary influence of his work. The M1911 pistol, the Auto-5 shotgun, the BAR, and the M2 machine gun continue to shape their respective domains long after his death.

Yet the label of genius often obscures more than it explains.

Browning's career reveals neither a moment of complete understanding nor a final state of mastery. Instead, it reveals decades of observation, experimentation, refinement, and continuous learning. Each design emerged from previous designs. Each success exposed new possibilities. Each limitation suggested another improvement.

Looking across the entirety of his work, it becomes remarkably difficult to identify a point at which learning ceased and expertise began. The distinction itself starts to lose meaning. What appears from a distance as mastery often resembles an unusually persistent commitment to learning.

Toyota and Organisational Learning

The same observation emerges at the organisational level. Contemporary discussions of the Toyota Production System frequently present it as a coherent methodology supported by a well-defined philosophy. Looking at the diagrams, principles, and frameworks available today, one could easily imagine that Toyota began with a comprehensive understanding of the system it wished to build.

The historical reality was far more evolutionary.

The production system emerged through decades of experimentation, observation, adjustment, and feedback. Problems generated countermeasures. Countermeasures generated new observations. Useful practices survived because they improved outcomes. Less useful practices disappeared.

The achievement was not the creation of a static methodology but the development of an organisation capable of learning continuously. This distinction helps explain why many organisations successfully copy Toyota's tools while failing to reproduce Toyota's results. The visible artefacts can be replicated relatively easily. The capacity for sustained organisational learning proves considerably harder to reproduce.

The Corporate Preference for Certainty

These examples also expose a weakness in many modern organisations. Corporate life often rewards the appearance of certainty. Strategic plans, roadmaps, forecasts, and presentations naturally encourage confidence because confidence reassures investors, customers, employees, and stakeholders.

There is nothing inherently wrong with confidence.

Problems emerge when confidence becomes a substitute for learning. The historical record suggests that successful organisations rarely possess superior predictive powers. More often, they possess superior mechanisms for recognising mistakes, integrating feedback, and adapting to changing circumstances.

Railways, aviation, manufacturing, computing, medicine, and space exploration all advanced through cycles of discovery rather than through the flawless execution of predetermined plans.

Expertise as Navigation

Perhaps this explains why expertise remains so difficult to define. We often describe expertise as accumulated knowledge, yet many of history's greatest achievements emerged precisely because individuals and organisations moved beyond the limits of existing knowledge.

The distinguishing characteristic was not certainty but navigation.

Great engineers construct feedback loops that reveal reality quickly. Great leaders create environments where information flows more rapidly than assumptions harden. Great organisations develop the capacity to learn faster than conditions change around them.

In each case, adaptation matters more than prediction.

Conclusion

Apollo, Browning, and Toyota appear very different on the surface. One concerns a national space programme, another an individual inventor, and the third a manufacturing organisation. Yet all three point towards the same conclusion.

None began with complete understanding. None possessed a perfect map. Each generated knowledge through action, observation, and refinement.

The lesson is not that expertise is unimportant. The lesson is that expertise often emerges as a consequence of learning rather than as a prerequisite for it. Meaningful work has always involved uncertainty, and the individuals who leave the deepest mark on history rarely eliminate the unknown.

They learn faster than it.