In 2024, when my son turned 13, something shifted. What had been casual Roblox gaming in previous years evolved into something more concerning. Despite our screen time limitsâseveral hours per week, which I thought was reasonableâhe would constantly push boundaries, always needing “just five more minutes.”
At first, I thought this was normal teenage behavior. But then came that Tuesday evening that changed everything. As I walked past his room during his online Spanish class, I caught a glimpse of his screen. Split between the Zoom window and a YouTube tab playing gaming shorts, his attention ping-ponged between conjugating verbs and watching 30-second Roblox clips.
This pattern wasn’t isolated. I began noticing YouTube shorts playing during piano theory online courses, gaming videos minimized during Chinese lessons. The multitasking was constant, his focus fractured. And then there was that glazed, disconnected look that had become all too familiar. When he finally logged off, he’d collapse on his bed, showing zero interest in anything elseâno books, no outdoor activities, not even conversation. Just emptiness after the dopamine hit wore off.
And he doesn’t even have a phone yet. No TikTok, no Instagramâjust a computer, and it was enough to create this pattern I was desperately trying to break.
Understanding the Enemy
As someone who’s spent two decades in tech, I understood the mechanics of digital addiction. There are three elements that make something addictive: potency (how rewarding it feels), immediacy (how quickly you get the reward), and frequency (how often you can access it).
I couldn’t change how potent these platforms wereâbillion-dollar companies designed them to be irresistible. I couldn’t alter their immediacyâthat instant gratification taps into biology shaped over millions of years of evolution: the brain’s natural pull toward quick rewards, novelty, and stimulation. But frequency? That was the only lever I could pull. Yet I realized I’d been approaching it all wrongâfocusing solely on restriction rather than replacement.
The Pivot: From Problem to Solution
Restrictions weren’t working. Time limits became battles. Parental controls introduced day-to-day friction between my son and us, turning what should have been ordinary family routines into constant negotiations. I realized I was fighting a losing war because I was trying to create a vacuum without filling it with something equally compelling.
Then it hit me: What if instead of competing against these platforms, I could create something that competed for my son’s attention? Something that hit the same psychological buttons but channeled them toward learning and growth?
The Experiment Begins
I started teaching my son coding and robotics in our garage. At first, it was rough. Solo lessons felt too much like homework. But then I invited his friend over, and everything changed. Suddenly, there was energy. Competition. Collaboration. They were debugging code together, racing their robots, andâmost surprisinglyâasking when we could do it again.
The magic wasn’t just in the content; it was in the social dynamics. When learning became a shared experience with other kids, it became magnetic. To be honest, the potency and immediacy of solving coding problems or building robots doesn’t match Roblox’s engineered dopamine hits. But something important was happening: they were engaged, they were creating and learning together. We weren’t winning every battle for their attention, but we were offering a meaningful alternativeâone that built real skills while still being genuinely fun.
Over time, I began to see a few key takeaways. First, kids need structured time management, not just restrictions. If their open time is left empty, the most addictive option naturally fills the space. But when that time is shaped around fun, engaging, hands-on activitiesârobotics, coding, building, experimentingâit gives them something more meaningful to lean into.
Second, the social element matters enormously. Learning alone can feel like another assignment. Learning with peers creates energy, accountability, friendly competition, and a sense of belonging. That group dynamic was what made the experience feel alive.
And third, this doesn’t have to mean eliminating games completely. Even during group learning sessions, the kids may still have some downtime where they play 15 or 20 minutes of Roblox together. But that is very different from being sucked into Roblox for hours with no structure, no purpose, and no meaningful social growth. In that context, a short game break becomes part of a balanced experienceânot the center of the day.
The Bigger Picture
As I watched them work, debugging code and troubleshooting their robots, I saw glimpses of something larger. These weren’t just kids playing with technologyâthey were learning to think like creators. And in a world being rapidly transformed by AI, that mindset has never been more critical.
AI isn’t just comingâit’s here, reshaping how we work, learn, and solve problems. Many industries will be disrupted by AI’s rapid advancement, and today’s young minds need to be equipped for this reality. Whether they become workers adapting to new tools, innovators creating breakthrough solutions, or entrepreneurs building entirely new ventures, they’ll need skills that go beyond traditional education.
These kids need three fundamental skills to thrive:
- Communication skills: Yes, traditional essays matter for developing clear thinking, but they also need to master the art of communicating with AI systems using natural languageâcrafting prompts, iterating on ideas, and articulating complex problems.
- Problem-solving abilities: Whether through math, coding, or hands-on robotics, they need to think systematically and break down challenges into manageable pieces.
- Real-world knowledge: Understanding how things work, from circuits to algorithms to human systems, so they can bridge the gap between digital solutions and actual human needs.
From Garage Experiments to Foundation
What started as a father’s attempt to redirect his son’s attention has the potential to become something much bigger. I know other parents face the same strugglesâthe same battles over screen time, the same concerns about their children’s futures. I believe there are educators searching for better ways to engage students who seem unreachable. This isn’t just my family’s challengeâit’s a generational one.
That’s why I’m taking this beyond my garage. The AI & Robotics Youth Foundation (ARYF) was born from a simple belief: kids don’t just need less screen time; they need better-structured time. They need fun, meaningful, hands-on activities that can fill the empty spaces where addictive games and mindless scrolling through short videos often take over. And just as importantly, they need social learning environmentsâsmall groups, shared projects, friendly competition, and peers who make building and creating feel exciting. Build a community where time management, group learning, and positive peer influence push kids toward innovation, not just consumption.
Learning at ARYF
Dynamic, Interest-Driven Curriculum
I do not want ARYF to feel like a traditional classroom with fixed subjects and passive lectures. The curriculum starts from one practical question:
What kinds of learning experiences can compete with games and short-form entertainment while still building real skills for the future?
The current curriculum is built around three major branches:
Robotics: the hands-on anchor
- The largest and most active community today is robotics, especially VEX V5 and VEX AI.
- Students build, code, test, fail, improve, and compete.
- It naturally combines engineering, programming, teamwork, strategy, and problem-solving.
- The feedback is immediate: the robot either works or it does not, and every improvement is visible.
AI: the future-facing skillset
- Because AI is advancing so quickly, students need more than casual exposure.
- They need AI literacy: understanding what large language models can and cannot do, how to use them responsibly, and how to strengthen their own learning rather than replace their thinking.
- They should learn to ask better questions, evaluate answers, iterate on ideas, and use AI as a creative partner.
- They should also explore practical tools such as image generation, video generation, voice tools, research assistants, and vibe coding to build applications and solve real-world problems.
3D modeling and design: problem-solving made physical
- The focus is not just making objects that look interesting.
- Students learn to observe a need, design a part, test it, improve it, and turn an idea into something they can hold.
- This connects imagination with engineering discipline.
The subjects may evolve as student interests and technologies change. But the core stays the same: structured, social, hands-on learning that makes creation more rewarding than passive consumption.
Building a Sustainable Future
I can run a small version of this in my garage. But if ARYF is going to reach more students, it needs to become sustainable and scalable.
Hands-on programs require real resources: instructors, robotics kits, 3D printers, workshop space, insurance, administration, and the operations needed to keep a nonprofit running. The challenge is to keep access as open as possible while building something that can last.
That is why funding has to come from multiple sources:
- Donations and sponsorships to subsidize student access
- Grants to support educational programs and community impact
- Strategic paid workshops to help fund free or lower-cost offerings
- Volunteers and mentors to expand reach without losing the human connection
Every contributionâwhether through donations, volunteering, sponsorships, or program feesâhelps another young mind access these learning experiences. Learn more at aryf.org/ways-to-help.
Join the Movement
My son still plays Roblox. He still watches YouTube. But now, he also builds robots, codes projects, and most importantly, he has a community of peers who think learning and creating is as cool as consuming.
We’re not trying to eliminate screen timeâwe’re trying to make it count. Every child deserves the chance to be a creator in the age of AI, not just a consumer. This stems from our deep belief that the future belongs to those who can innovate and create with AI, not merely use it.
If you’re a parent facing similar battles over screen time, an educator seeking to engage distracted students, a professional wanting to mentor the next generation, or simply someone who shares our visionâjoin us. Help us empower young minds to not just navigate the age of AI, but to shape it and thrive in it.
Explore our programs and discover how you can be part of this transformation. Together, we can turn screen time struggles into opportunities for innovation.