Emily Harber Williams began her career in education in 2001, serving as a coach and teacher at a small private school before becoming a special education teacher in the public school system. Working with students with special needs became incredibly important to her. “All my life, I’ve been one of those social justice kind of people,” she explains. “So working with a special population became dear to my heart.”

While she loved her work, it was very time-consuming. One weekend, Emily and her husband, a teacher and coach, were working at home when their fourth-grade son said something that was like a knife to her heart. “I get that y’all gotta do work,” he said. “But I mean, when are y’all gonna spend a little time with us? It’s the weekend.” 

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It feels like we’re going back to the future today. Two years ago, I profiled Log Cabin Schoolhouse, which was created by Jennifer Wolverton, a homeschooling mom with an engineering background. Despite the old-fashioned name, Log Cabin embraced the latest technology, including AI, “smashing” it (as she put it) with classical education.

Jennifer has tossed any semblance of being old-fashioned aside and leaped fully into the future with her latest undertaking: MARS Microschool, a hands-on, AI-focused high school. 

As MARS begins its third year of existence, it’s undergoing major changes. For starters, it has a new location: a classroom Jennifer rents in the Space Camp Operations Building at the U.S. Space & Rocket Center in Huntsville, Alabama. (Jennifer stresses that MARS is simply renting space and is not affiliated with the center.) 

Although MARS isn’t affiliated with the center, Jennifer is excited because it will serve as an extension of the classroom. “We’ll have access to space for flying drones, hopefully including some of their FPV drones, a real lab with running water and safety infrastructure for chemistry, and the ability to request spaces throughout the plaza depending on what we’re working on that week,” she explains. The classroom is well equipped with technology, and students can go to the Space Camp cafeteria for lunch and hang out in the outdoor areas during downtime. She’s hoping they’ll be able to use the stage for their end-of-hackathon presentations. 

“I’m also excited about all the things we can’t predict yet—the mentors, partners, grants, speakers, equipment, and opportunities that may come simply because people can see what our students are building and doing there,” she adds. “But maybe the coolest part to me is that no matter where these kids go in life, when someone asks where they went to high school, they’ll have an easy answer that people everywhere will recognize: ‘I went to MARS in Huntsville for high school, and our campus was at Space Camp.’ That’s a pretty incredible way to experience high school.”

Another change is that enrollment is now limited to grades 9–12, allowing Jennifer to tailor her content to older students. “I used the words ‘motivated high schoolers’ when I did all my marketing,” she says. And she’s excited by the “really cool group of kids” who will be attending. 

One incoming freshman illustrates what she means. Before he’d set foot in a MARS classroom, he told Jennifer there was a class he was excited to take. She explained there was a coding class he needed to complete first. He finished it in 30 days, then asked for more, which led him to earn his Entry-Level Python Programmer certification before the school year even started. 

MARS Microschool is built around flexibility. Students who are in at least 10th grade spend Mondays and Wednesdays on dual-enrollment coursework. Tuesday is reserved for virtual learning, including a chemistry class that uses ChemExplained, a curriculum designed for homeschoolers that can award students college credits. There’s also an online book club that includes books from a variety of perspectives and genres. 

Students come together in person on Thursdays at the Rocket Center campus. A retired principal, new to MARS this year, runs the Thursday sessions. This will help free up Jennifer to work on yet another project—building software for microschools that she’s piloting at MARS first. Fridays are optional and are built around a CyberPatriot cyber defense team that MARS helps support. 

Academically, students work through core subjects plus a rotating menu of extras that are mostly tech-based, including a Microsoft Excel certification, a game-design class using Unreal Engine, weekly drone flying, and coding.

Another extra this year will be ukuleles “because there’s nothing more adorable than a bunch of tech-bro teenagers with colorful ukuleles sitting in a circle playing,” Jennifer says. Elmarie Hyman, a friend who created a California homeschool resource center called Learn Beyond The Book, helped Jennifer connect with a “young and kind of cool” musician in Los Angeles who has written some movie scores. He’s going to meet online with the kids on Tuesdays for ukulele lessons.

To support the changes she’s made this year, Jennifer raised tuition from $2,000 to $7,000. When tuition was $2,000, Jennifer says people treated it like a club, not a school. With a new $7,000 price tag, which she says is still around half of what most private schools in the area charge, she finds people take it more seriously. The higher tuition also helps make MARS more sustainable. At the lower amount, she says it was essentially a hobby that she would have had to “quit at some point and close up.”

Jennifer is seeking accreditation this year so she can participate as a full-time private school under Alabama’s CHOOSE Act. Once approved, her families will have access to up to $7,000 for tuition through refundable tax credits in an education savings account. Without the accreditation, she can only be included as an education service provider for homeschoolers, who are limited to $2,000 per child with a cap of $4,000 per family. 

Today’s Friday Feature closes out our AI in Education week, which includes a series of blog posts (listed below) as well as an X space with several experts—Jennifer among them—who hold a variety of opinions on the topic. We hope you’ll check them all out!

Monday: “Kicking Off a Special ‘AI in Education’ Blog Series”

Tuesday: “AI in the Classroom: Why It Matters and Who Decides”

Wednesday: “AI Won’t Replace Great Teachers”

Thursday: “In the AI Era, School Choice Is Crucial”

Friday: “AI in Education: There Are No Solutions, Only Trade-Offs”

Everyone wants to know the “right” answer on AI in schools. Should it be banned? Required? Left up to teachers? Locked down with strict rules? The reality is that there isn’t one right answer. In this, as in much of life, economist Thomas Sowell’s brilliant insight rings true: “There are no solutions, only trade-offs.”

When it comes to AI in education, different families have different preferences. And the effects of decisions made today may not be known for years. Given the diverse views among parents and the ever-changing nature of AI, it’s crucial that we embrace freedom rather than mandates.

As we continue our special “AI in Education” series, it’s time to consider the funding side. On Tuesday, my colleague Jennifer Huddleston examined why AI in the classroom matters and the importance of parents and teachers deciding how kids use it. Yesterday, she and Christopher Gardner looked at how teachers can benefit from AI. 

School choice is an important element that relates to both topics. It’s easy enough to say parents should decide how much their children interact with AI in school. But how realistic is that in practice? In our current system, parents are generally mandated to send their children to assigned public schools. If they want something different, they must pay twice for education—once in taxes and again in tuition or homeschooling costs. Similarly, as public schools have a near monopoly on education in most areas, that’s where the vast majority of teachers work.

The technologies used in classrooms are constantly evolving. Teachers have worked on chalkboards, whiteboards, and smartboards. They have gone from grading exams by hand to using Scantrons to now using entirely digital formats. This evolution has been occurring since the dawn of education, as has the concern about the potential impact of each technology on teachers and the quality of education. After all, Socrates expressed concern that the written word could tell without teaching. But wise teachers have adapted to these technologies, using them not as replacements but improvements that can allow them to use their skills more judiciously.

The use of artificial intelligence (AI) in education remains a hot topic. Some of the debate involves philosophical issues around the purpose of education and what it means to learn; other elements are far more straightforward. It is a reality that today’s students will encounter AI tools in their education and careers. There are many ways that AI can be an important tool to provide better educational opportunities. But there are also those who express legitimate concerns about the potential for AI “brain rot” or the possibility that students will become dependent on AI tools in ways that will erode their actual learning.

It is possible that both sides of the debate could be right. AI has many different applications and isn’t simply good or bad. But the reality of AI’s benefits should make us cautious of calls to ban such technology, either from classrooms or more generally.

As students head back to school, many teachers, parents, and policymakers may be asking questions about whether they want AI in the classroom. This piece will focus on two key elements: the benefits of AI in classrooms and the importance of that use being decided in ways that support students as individuals. Decisions about the appropriate role of AI in education are likely as unique as every classroom.

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No new parent looks at their baby and thinks, “I want my child to be standardized.” Cars, furniture, hardware parts, sure. But not our kids. Yet for more than a century, most kids have been educated in a factory-model school system geared toward standardization. In an effort to educate the masses, earlier generations traded the individualized nature of homeschooling and the one-room schoolhouse for an approach that sorted kids by birth date instead of ability or need and delivered content to the whole group at the same speed, whether or not it was the right content or speed. 

The expansion of educational freedom is helping fuel a movement back to a more individualized approach to learning. School choice programs, such as education savings accounts, allow parents to direct a portion of state funding to a variety of educational options. At the same time, some states are working to reduce barriers that make it difficult to create these new entities.