Why Entrepreneurship Belongs in K12 Education in the Age of AI

Imagine three high school students with an idea for an app that connects volunteers with local organizations. They sketch a design, choose a name, and begin picturing people using it. Then they speak with a volunteer coordinator, who tells them, “Finding people is usually the easy part. Knowing who will actually show up is harder.”

Suddenly, they have a different problem to solve. The willingness to listen, rethink, and try again can begin developing years before students build their first app.

Sam Altman has discussed the prospect of a company run by one person reaching a valuation of $1 billion with AI’s help. That prediction invites us to consider what small teams might accomplish, and how schools can prepare students for those possibilities. Alexis Ohanian’s account of his conversation with Altman

The educational question is compelling: How do we prepare students to turn what they know into something people need?

From kindergarten onward, schools can nurture curiosity, initiative, and the habit of asking how an idea might help someone. Entrepreneurship education can build on those foundations through increasingly demanding projects and, in high school, a dedicated course.

Many teenagers are already curious about that path. In a 2024 Junior Achievement survey of about 1,000 U.S. teens ages 13 to 17, 71% said they would be likely to consider starting a business as adults. Among those likely to consider it, 22% said a school class or program had sparked their interest. That interest gives schools an opening for learning. Junior Achievement’s teen entrepreneurship survey

Entrepreneurship also reaches beyond business ownership. The European Commission’s EntreComp framework includes creating social and cultural value alongside financial value. Our imagined volunteer team fits that broader purpose: listening to a community need and developing something useful. European Commission’s EntreComp framework

Mikaila Ulmer began selling lemonade at age four, using a family recipe with honey added. That childhood venture became Me & the Bees Lemonade, a brand that reached Whole Foods and other national retailers while making bee conservation part of its mission. Mikaila’s story

Shubham Banerjee started with a LEGO kit and a question about how blind people read. As a middle schooler, he developed a working Braille printer prototype costing about $350. By 2015, his startup, Braigo Labs, had attracted Intel Capital investment, and he was working toward a consumer version. Microsoft’s account of Shubham’s project

These exceptional stories show where curiosity can lead. Schools can make room for students to explore that process at every age.

In the early years, it can grow from play and classroom life. Children might design a better way to share art supplies, try it with classmates, and adjust it. They practice listening, making choices, and taking responsibility, with plenty of room for imagination.

In middle school, projects can connect more subjects and involve needs beyond the classroom. At Fulton Science Academy, our Creative Problem Solving course provides that kind of practice. Middle school students collaborate on problems from the real world, applying knowledge across disciplines, with computer science, coding, and robotics embedded in the course.

High school offers an opportunity to take the next step: understanding what it takes to keep a useful idea working. Our imagined volunteer team now needs to understand how organizers manage schedules. The students might develop a simple prototype, ask people to try it, and discover that their favorite feature is confusing. They return to the drawing board with better information.

Their academic learning has an immediate purpose. Mathematics helps them estimate costs and determine affordability. Writing helps them explain the service clearly, while research helps them compare existing options.

This is where a dedicated high school course earns its place. A semester would give students time to investigate a need, examine existing alternatives, build a budget, and test whether their solution is useful and financially workable. A teacher could guide them through the full process, including revisions after the first presentation. Offering the course during the school day would also open the opportunity to students who might never join a business club.

Research offers a reason to take these experiences seriously. A Swedish study published in 2015 followed alumni of a high school entrepreneurship program and a matched comparison group for up to 16 years after graduation. Participants were more likely to start firms and had higher entrepreneurial incomes, although the researchers found no improvement in business survival. Students were not randomly assigned, so other differences between the groups could help explain the findings. Elert, Andersson, and Wennberg’s study

AI could become a useful working partner. In a project guided by a teacher, students could use it to explore designs, develop a prototype, or compare cost scenarios. They would then check its suggestions against evidence and explain their choices. A description of a customer generated by AI is a starting assumption; a conversation with an actual customer can change the whole project.

Responsibility becomes concrete in that work. The volunteer team must protect contact details, make honest promises, and account for ongoing costs. Students can practice these decisions with guidance, while there is still room to experiment.

Their grade should reflect the quality of that learning: the evidence they gathered, the reasoning behind their decisions, and how they responded to feedback. Discovering that an idea needs to change can be a meaningful achievement. Students should have the freedom to investigate honestly without feeling that every project must become a profitable business.

These abilities can serve a future scientist, employee, artist, or community leader: recognizing a problem, bringing people together, and carrying an idea forward.

Now imagine those three students returning to the volunteer coordinator with something she can use. They can explain what they changed and why. They have experienced the satisfaction of making someone’s day a little easier and discovered how much they still want to learn.

That confidence can begin with a small classroom contribution and grow through years of practice. As AI expands what young people can build, entrepreneurship education can help them discover what is worth building, whom it can serve, and how to bring it to life.