When a training system consistently produces a 90 percent failure rate among capable people, the fault lies in the architectural design of the system, not the character of the students.

There is a scientist named Martin Seligman who, in the 1960s, ran a series of experiments that changed how psychologists understand human behavior.

The conclusion is what matters: when people are exposed repeatedly to a situation where their efforts produce no result — where trying and not trying lead to the same outcome — they eventually stop trying. Not because they give up in the way we normally mean it. Because their brain, operating on evidence, concludes that effort and outcome are no longer connected.

He called it learned helplessness.

Think of a clock that runs twenty minutes slow. You reset it. A week later it’s slow again. You reset it again. By the third time, you stop resetting it. Not because you forgot — because experience taught you the fix doesn’t hold. You start compensating instead. The clock still runs slow. You just stopped expecting otherwise.

It is not a character flaw. It is not laziness. It is the rational conclusion of a brain that has been taught, through repeated experience, that what you do doesn’t change what happens.

I want to ask you something: How many times have you tried to fix your writing?

A new brief system. A speed-building program. A seminar. A book. Extra practice hours. Slower drilling. Faster drilling. A different theory. And somewhere in that sequence — maybe after the third attempt, maybe after the tenth — a quiet thought formed that you probably didn’t say out loud:

Maybe the problem is me.

That thought is learned helplessness. And it makes complete sense. Because the system you were handed has a 90% dropout rate, and the survivors — the working reporters, the ones who made it — are still being affected by a design that was never built to support how the human brain actually functions.

Donald Norman is a cognitive scientist and the author of The Design of Everyday Things — one of the most widely read books ever written about why people struggle with systems that should be easier to use. His core argument is simple and devastating: when people fail, we blame the person. The conclusion feels logical. They couldn’t do it. They made the error. They dropped out.

But Norman’s research showed that the failure almost always traces back to the design. The person was capable. The system was not built for them.

He wrote it plainly: “If the system lets you make the error, it is badly designed.”

Not the person. The system.

That one sentence reframes everything. It doesn’t say the person is blameless in all situations. It says that when a system consistently produces errors — when capable, motivated people fail at rates of 80, 85, 90 percent — the question to ask is not what is wrong with the people. The question is what is wrong with the design.

Court reporting schools are not trying to fail their students. The people who built the major steno theories were not trying to create systems that would break down under pressure. They built what they knew, using the best understanding available at the time — which, for most of these systems, predates cognitive load research, motor learning science, working memory studies, and fatigue modeling by decades.

They built well, given what they had. They just didn’t have what we have now.

What we have now is the science that explains exactly why the dropout rate is what it is. Not as a guess. Not as a hypothesis. As a measurable, predictable outcome of load — the physical and mental cost the system places on the brain and body every hour of every job.

The problem was never the reporters. It was the load.

Here is what learned helplessness does to a working reporter: it raises the threshold for believing change is possible. Not because the reporter isn’t smart enough to recognize an improvement. Because their experience has taught them to be skeptical of promises. They’ve been here before. Someone stood up and said this was the answer. They tried it. It helped a little, or it didn’t, and they absorbed another data point confirming that this is just how hard it is.

That skepticism is not an obstacle to overcome. It is a reasonable response to repeated disappointment. The only thing that moves a brain past learned helplessness is not enthusiasm or inspiration. It is evidence.

Specifically: evidence that the system is different at a structural level. Not adjusted. Not supplemented. Different in the way that matters — the load it places on the brain and body during a nine-hour deposition when the expert witness is hard to hear and the attorney won’t stop interrupting.

That kind of evidence isn’t testimonial. It isn’t anecdotal. It is mathematical.

The reporters who didn’t make it were not failures. They were placed in a system that required more than any system has a right to ask — and nobody told them that. They were told to try harder, practice more, drill differently, add more briefs, commit more to memory.

The design stayed exactly as demanding as it always was. The advice just changed the angle of the effort.

Will Rogers put it simply: “If you find yourself in a hole, stop digging.” Every piece of advice reporters were given — more briefs, more drills, more speed work — was a different shovel. Nobody questioned the hole.

More effort, same system, same outcome. The brain learns the lesson it’s being taught.

Surviving a poorly designed system is not the same as thriving in a well-designed one. If you are a working reporter who made it through — who outlasted what 90% of your classmates couldn’t — the load that cost everyone else their seat in the program is still costing you something. It is in every nine-hour day that ends with your hands aching. Every rough draft that needed more work than it should have. Every deposition where a difficult speaker put you in a place you couldn’t quite get out of cleanly.

You didn’t fail. But you were never given the conditions to find out how good you actually are.

That’s not a reporter problem. That’s a design problem.