The Skills Every Student Needs — and the Science Behind How Skylar's Run Builds Them

By Lauren Bochicchio Beaver

For educators looking to connect evidence-based cognitive training with classroom-ready outcomes.

What do critical thinking, creativity, and adaptability have in common? They're the skills employers, universities, and educators consistently name as the most essential for student success. They are also the hardest to teach directly.

That's because these so-called "21st century skills" aren't content knowledge at all. They're rooted in something deeper: executive function — the brain's ability to focus, adapt, plan, and regulate itself. And executive function, unlike memorizing math formula or a historical date, can actually be trained.

That's exactly what Skylar's Run is built to do.

Why Executive Function Is the Missing Piece

Executive function (EF) is the cognitive infrastructure behind nearly every skill students need to thrive. Working memory, inhibition, and cognitive flexibility aren't just neuropsychological terms;  they're what allow a student to hold a problem in mind, resist the urge to guess impulsively, and pivot when their first approach doesn't work.

Decades of research back this up. A landmark longitudinal study by Moffitt et al. (2011) found that childhood self-control — a core EF skill — predicted outcomes in health, finances, and academic achievement better than IQ or socioeconomic status. The science is clear: build the foundation, and the 21st century skills follow.

Skylar's Run is designed around that principle.

How Skylar's Run Builds Each Skill

Critical Thinking

Critical thinking requires students to evaluate information, hold multiple ideas in mind, and reason toward a conclusion. At the cognitive level, that means working memory, inhibitory control, and the flexibility to update thinking as new information arrives.

In Skylar's Run, missions are structured to demand exactly that. Players must hold active rules in working memory while filtering out distractors and switching tasks — a direct workout for the neural pathways that underlie critical thinking. The game doesn't teach students what to think. It trains the brain to think better.

Creative Problem-Solving

Creativity isn't just inspiration — it's cognitive flexibility: the ability to abandon what isn't working and try something new. Research consistently links divergent thinking to this EF skill.

Missions 10–12 in Skylar's Run are specifically designed around task-switching. Players must let go of a strategy mid-game and adopt a new one under pressure. Over time, this kind of mental agility becomes second nature — and it shows up in the classroom when students face problems that don't have an obvious path forward.

Self-Direction & Persistence

Self-regulated learners set goals, monitor their own progress, and push through frustration. This doesn't come naturally to most children — especially those with attention challenges. But it can be developed.

As Skylar's Run missions grow progressively harder, students are required to sustain attention and self-correct based on in-game feedback. There's no hand-holding. The experience mirrors the demands of real academic challenge: stay focused, notice what's not working, adjust, and keep going.

Communication & Collaboration

It might seem surprising that a solo gaming experience can build social skills — but the connection runs through impulse control. The ability to listen before speaking, consider another person's perspective, and regulate reactions in real time are all downstream of strong EF.

By strengthening the attention and inhibitory control that make collaborative work possible, Skylar's Run gives students the cognitive prerequisites for effective communication long before those skills are tested in a group project or classroom discussion.

Adaptability

In a world that changes faster than any curriculum can keep up with, adaptability may be the most future-proof skill a student can develop. And it maps directly to cognitive flexibility — the EF construct that governs how quickly and effectively we adjust to new demands.

Skylar's Run trains real-time adaptability by requiring players to task-switch mid-mission while simultaneously managing competing game demands. The brain learns to read new signals, shift strategies, and stay regulated under pressure — exactly what students need when the rules of the game change.

What This Means for Your Classroom

Skylar's Run isn't a replacement for great teaching. It's a tool that strengthens the cognitive foundation your students need to do their best learning.

When students arrive with stronger working memory, better impulse control, and more flexible thinking, they're more ready to engage — with your lessons, with each other, and with the challenges ahead.

The research behind Skylar's Run spans 8 studies and 300+ users. The science is real. And the skills it builds are exactly what your students need to thrive.

Want the full breakdown? Download our 21st Century Skills Alignment Guide — a one-page reference mapping each skill to its research basis and how Skylar's Run addresses it.

Interested in bringing Skylar's Run into your school? Get in touch — we'd love to show you what's possible.