He did.
State university.
He left the farm carrying three boxes of clothes and six boxes of manuals.
His roommate stared.
“What are those?”
“Planter catalogs.”
The roommate laughed.
They became friends anyway.
College transformed what had been instinct into knowledge.
Mechanical design.
Materials.
Manufacturing.
Statistics.
Agricultural systems.
Economics.
Accounting.
The boy learned equations describing what he had tested by hand at fourteen.
Seed singulation.
Rotational speed.
Meter geometry.
Coefficient of variation.
Wear tolerance.
Material fatigue.
Corrosion.
He loved it.
He also discovered how much he did not know.
That was addictive.
Each semester he returned to the farm.
The plate business continued under his mother and sister.
The sister had become frighteningly competent.
At sixteen she redesigned inventory cards.
At eighteen she created color codes.
At nineteen she told her brother:
“You may have started this, but your organization was terrible.”
He argued.
She produced evidence.
He surrendered.
After college, large equipment companies offered jobs.
Good salaries.
Benefits.
Cities.
One company flew him to Illinois.
Modern factory.
Computer-controlled machining.
Research division.
He walked through rows of new planters using vacuum meters and precision seed systems far beyond anything his original plates could do.
A senior engineer asked:
“Why are you interested in obsolete metering systems?”
The young man answered:
“Because obsolete doesn’t mean unused.”
The engineer smiled.
“That sounds expensive.”
“What?”
“Keeping old machines alive.”
“Sometimes replacing them is more expensive.”
The engineer nodded.
Good answer.
They offered him the job.
He almost accepted.
Then he returned home.
In the barn sat the remaining original auction crates.
Only 143 plates from the first 900 remained.
Most unusual.
Rare.
Slow-moving.
Some perhaps worthless.
The boy—no longer really a boy—picked up one.
Rust had stained the wood beneath it.
His father entered.
“You taking the job?”
“Probably.”
“Good.”
“You want me gone?”
“Yes.”
The son smiled.
His father continued:
“Go learn how other people build things.”
“If you still want to come back later, come back knowing more than when you left.”
So he went.
Worked six years.
Learned manufacturing.
Supply chains.
Dealer networks.
Warranty failures.
Corporate politics.
Why companies discontinued parts.
Sometimes because nobody bought enough.
Sometimes because tooling wore out.
Sometimes because newer products replaced old.
Sometimes because spreadsheets said customers should upgrade whether customers wanted to or not.
That last reason bothered him.
He proposed a legacy-parts program.
Small batches.
Flexible tooling.
Digital archive of old drawings.
Management rejected it.
“Low margin.”
“High complexity.”
“Customers can upgrade.”