When I help teachers build out invention education programs — whether they're in Kansas City classrooms or all the way out, where I've worked with educators bringing entrepreneurship into their schools — I see the same patterns again and again. The programs that work share a small set of underlying principles. The programs that fizzle violate them. After years of doing this work through Skypig, I've come to believe these principles matter more than any specific curriculum or activity.
Here are the four I keep coming back to.
The Four Principles That Actually Matter
The first is students drive the work. In great invention education programs, students aren't following a recipe written by the teacher. They're identifying their own problems, generating their own ideas, and making their own decisions about what to build. The teacher's job is to set the conditions for invention to happen, not to direct it. This is harder than it sounds. Most teachers were trained to lead, not to facilitate. But the moment a teacher takes over the inventing, the students stop being inventors. The shift in role takes practice.
The second is real problems, not contrived ones. The best invention work happens when students are solving problems they actually care about. A problem someone in their family struggles with. A frustration they have at school. A gap they've noticed in their neighborhood. The minute the problem feels manufactured — invented just for the assignment — the energy drains out of the work. Programs run by organizations like Lemelson-MIT consistently emphasize community-rooted problems for exactly this reason.
The third is iteration is built into the process. First versions of inventions are always rough. The students who learn the most are the ones who get multiple chances to revise, refine, and respond to feedback. A program that gives students a single shot at inventing something teaches a different lesson than a program that builds in three or four rounds of iteration. The first teaches that invention is a one-time event. The second teaches that invention is a process.
The fourth is invention is shared publicly. The best invention education programs end with students presenting their work to an audience — peers, parents, community members, anyone outside the team that built the thing. Public sharing changes the quality of the work because it changes the stakes. Students suddenly care about being understood, not just about completing the assignment. It's the same principle I've written about in how to host a pitch competition — putting work in front of an outside audience transforms the experience.
Why These Principles Show Up Everywhere I Look
I've watched these four principles operate in classrooms run by teachers I've never met, in programs designed by people I'll never know. They're not arbitrary. They emerge naturally from what invention actually is in the real world. Real inventors solve real problems they care about, iterate constantly, and put their work in front of audiences who can give them honest reactions. Programs that mirror that real-world pattern produce inventors. Programs that don't, don't.
This is also why I built Products: The Card Game the way I did. Every principle is encoded in the mechanics. Players drive the invention themselves (they're the ones generating ideas, not the game). The problems are real-feeling enough to be engaging, even when the solutions are absurd. The game has built-in iteration through multiple rounds. And the table-based pitch format puts every invention in front of a live audience. The game wasn't designed because I sat down and listed the principles. It was designed by intuition, and only later did I realize it had backed into the same principles every great invention education program uses.
If you're a teacher or curriculum designer building an invention education program from scratch, my honest recommendation is to use these four principles as a checklist. Look at any activity you're considering and ask: do students drive the work? Are the problems real? Is iteration built in? Is the work shared publicly? If you can answer yes to all four, you've probably built something good. If any of those answers is no, that's where to focus your improvements.
I've also written more on the broader topic in my pieces on invention education, invention-based learning, and invention thinking — they all feed into the same underlying philosophy. The principles I just described are the practical application of that philosophy at the program level.
Build a program around these four principles and you don't need a fancy curriculum. The principles will do most of the work for you.
About the Author
Aaron Heienickle is the founder of Skypig and the creator of Products: The Card Game, a hands-on entrepreneurship game played in classrooms, family game nights, and corporate offsites across the country.
He started Skypig his senior year of high school and has been building it ever since. Aaron studied Marketing and Computer Science at the University of Missouri and is a regular at Missouri Startup Weekend, one of the largest pitch competitions in the state.
Through Skypig, Aaron has worked with educators, students, and corporate teams to bring entrepreneurship to life through doing — not just discussing. Learn more about Aaron.