Answer extracted from the The Tim Ferriss Show podcast — listen to the full episode below.
Why is phonics-based reading instruction considered a solved problem in education, and how does Mentava apply this?
The methodology for teaching phonics—teaching children letter sounds and then blending them together—is fundamentally a solved problem. You can buy a phonics book on Amazon for fifteen dollars and achieve results at home, though it demands significant parental effort. Mentava takes this proven phonics approach, optimizes it through excellent user experience design, and makes it genuinely usable for two-, three-, and four-year-olds independently on a tablet, eliminating the teacher or parent dependency.
Phonics as the Foundation—Why It Works
Reading methodology is not a mystery. The science is clear: teach children the sound each letter makes, then teach them to blend those sounds together into words. This approach has been validated across decades of educational practice, and it scales reliably across age groups and learning backgrounds.
The barrier was never the method itself—it was accessibility and engagement. A parent using a basic phonics workbook or a fifteen-dollar Amazon book can absolutely teach their child to read, but it requires consistent effort, daily sessions, and the parent's time investment. As Niels Hoven explains in the episode, this gap between knowing the method and making it work at scale is precisely where Mentava stepped in.
Mentava's Approach: Method + Design + Independence
Mentava doesn't reinvent phonics—it takes the proven methodology and applies three critical layers: optimization of the phonics sequence, exceptional user experience design, and independence for young learners. The result is software that two-, three-, and four-year-olds can use on a tablet without requiring a teacher or sustained parental guidance.
The design challenge here is non-trivial. Young children have limited fine motor control, short attention spans, and no experience with digital interfaces. A well-designed phonics app doesn't just present letters and sounds—it removes friction, maintains engagement, and provides instant feedback that feels rewarding rather than punitive. This is where Niels' background in game design becomes central: the principles that keep players engaged in mobile games—proper difficulty curves, satisfying feedback loops, and intrinsic motivation—are directly applicable to early literacy.
What distinguishes this approach, as outlined in Mentava's vision on the podcast, is that young children aren't waiting for a teacher, competing for attention in a classroom, or dependent on parental consistency. They're learning at their own pace, from a device they can hold, with instant reinforcement built into every interaction.
"Mentava is software designed to let kids learn as fast as they're capable of learning instead of just at the pace assigned to their age."
Niels Hoven — Founder and CEO of Mentava. Niels brings a background in game design and has worked at Cloudflare, Class Dojo, and Pocket Gems, where he ran the highest-grossing mobile game in the world in 2011. During the pandemic, locked down in a 600 square foot one-bedroom apartment with three young children, he and his wife recognized a gap: no software was designed to let young children teach themselves to read. This realization led him to create Mentava, combining his expertise in motivation design and user experience with early literacy science.
If you want to explore how motivation systems borrowed directly from game design power Mentava's effectiveness, or see the concrete examples of how rapidly children actually progress, the full episode dives deeper into both the theory and the real-world outcomes.
See also
What role does motivation design from game design play in Mentava's effectiveness?
Niels applies the metaphor of getting someone to jump through a hoop: you can either increase the reward on the other side or lower the hoop. With games, designers have mastered lowering the hoop through perfectly calibrated difficulty curves and feedback loops—a principle directly embedded in Mentava's design.
How does Mentava's approach to user experience design accommodate the physical limitations of young children using tablets?
Mentava addresses specific design challenges like two and three-year-olds bracing iPads on their bellies, which causes accidental touches at the bottom of the screen. The interface is engineered to prevent these accidental interactions while keeping the app fully usable by tiny hands and limited fine motor control.
What concrete examples demonstrate how rapidly young children can learn to read using Mentava?
Mentava has seen two-year-old twins reading Green Eggs and Ham and Hop on Pop before their third birthday. A three-year-old learned to read in about three months, reaching a second-grade reading level independently on the app.
Key takeaways
- Phonics methodology—teaching letter sounds and blending—is pedagogically solved; the challenge has always been implementation and engagement.
- Mentava optimizes the proven phonics sequence and layers exceptional user experience design on top, making it fully independent for young learners.
- Young children can use Mentava on a tablet without a teacher or sustained parental guidance, learning at their own pace.
- Game design principles—difficulty curves, immediate feedback, intrinsic motivation—are the key to keeping very young children engaged in literacy instruction.