The school that forms inventors

by Ileana Vlad, inventor and psychologist

The question “can anyone be taught to invent?” usually receives a romantic answer: no, genius is innate. The answer is convenient because it obliges no one to anything. If inventors are born, the school bears no responsibility; if they are formed, it does.

I am not proposing a theory here. I am offering an observation: in universities where technical creation is taught as a subject, with a syllabus and an assessment, inventors appear. Where it is not taught, they appear far more rarely, and usually in spite of the curriculum rather than because of it.

Three different graduates

An engineering faculty in fact forms three kinds of people, and the three do not need the same preparation.

The production engineer needs to know how a thing is made correctly, repeatably, at scale. Here the present system works well — it is exactly what it knows how to do.

The creative engineer needs something else: method for problems with no known solution. Heuristics, the exercise of reformulating a problem, the habit of generating ten variants before choosing one. These are not learned from specialist courses, because there the problems already have their answers at the back of the book.

The research engineer needs a third combination: experimental method, the ability to read the literature, and the patience of verification.

Our system forms all three as though they were the first. The other two manage on their own — and many do not manage.

What a subject in technical creation would actually be

Not a course in “creative thinking” with games and sticky notes. Something much closer to a laboratory:

Real problems, with no solution known to the teacher. This is the condition that changes everything, and it is also the hardest to accept institutionally: the teacher is no longer the one who knows the answer, but the one who leads the search.

Explicit method. The operations of loosening thought are taught like any other technique, practised and assessed.

The verification stage, done seriously. Built, measured, broken. A student who has never seen a good idea die under test has not understood what engineering is.

Assessment that does not punish productive failure. As long as the mark is given for the final result, nobody will choose a hard problem. Mark the path: how the problem was formulated, how many variants were generated, how it was tested.

The part about what happens afterwards. Patents, intellectual property, the road from solution to manufacturer. A graduate who does not know what a patent application is, is a disarmed inventor.

Why it does not happen

Not from ill will. From structure. A new subject demands hours from an existing syllabus, and every hour already has a holder. It demands teachers who have themselves travelled the road from idea to application — and these are few, because the system has never rewarded them for it. And it demands a form of assessment that does not resemble the classical examination, which complicates everything downstream.

These are real obstacles, but they are obstacles of organisation, not of principle. Which means the answer to the opening question is not “it cannot be done”, but “nobody has decided to”.

What can be done without a reform

A technical creation circle, outside the syllabus, with ten students and one real problem, needs nobody’s approval. A teacher who changes the way a single project is marked needs nobody’s approval. An internal competition, a partnership with a local firm that has an unsolved problem — the same.

Large reforms usually begin as small things that worked visibly enough to stop being ignorable.