Millions of families are looking to pull their kids from traditional schools and find better means of education. Maybe you’re one of them…but maybe you’re scared to actually do it. (Trust me, I’ve been there.)
It all boils down to one question:
“Can I trust this school or not?”
At the end of the day, a quality education doesn’t begin with expensive buildings, high tuition, popular lunches, or flashy tech. A school can have all of these things (and more) and still offer a crappy education. Luckily, there’s a foolproof way to objectively measure the quality of a school.
All you have to do is look at the learning science.
11 learning science principles every parent should know
Learning science is a cocktail of cognitive psychology, neuroscience, and pedagogy.
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Cognitive psychology reveals how memory, attention, and motivation impact learning.
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Neuroscience helps us understand the brain’s plasticity and optimal conditions for learning.
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Pedagogy is the method and practice of teaching. (You need two things to educate a child: a motivated learner, and material of the correct difficulty.)
When done right, learning science supercharges learning for kids and elicits incredible results. And why wouldn’t it? It’s an intentional, science-backed approach to educating kids. Put simply, it’s how you know what your kid’s brain actually needs.
Let’s get into it.
1. Personalized learning is twice as effective as standardized learning.
In 1984, an educational psychologist named Benjamin Bloom dropped a bombshell. He found that students who received one-on-one tutoring performed two standard deviations better than students in a traditional classroom. Translation: with personalized instruction, students outperform 98% of their peers. That’s the difference between a C+ and an A+. Between average and Ivy League.
Of course, many more studies have since revealed the same result. The data is unmistakable. Personalized learning is not a “nice-to-have,” but the gold standard of academic instruction. There’s only one minor problem. How do we scale personalized learning to billions of kids?
For decades, we haven’t had an answer. (That’s why it’s known as “Blooms 2-Sigma Problem.” Because that’s exactly what it’s been: a problem.)
Until now.
AI tutors have revolutionized education by making personalized instruction scalable and accessible for every student.
How Alpha practices it:
At Alpha, students receive academic instruction from AI-powered learning platforms. Every child has a personalized path. An AI tutor adapts to a student’s response in real time, faster than any teacher ever could, while our teachers (we call them “guides”) fine-tune the experience with nuance, coaching, and empathy. It’s like each student has a custom-made jetpack for learning. Every student at Alpha learns standard Common Core curriculum; just at their own pace, on their own time.
2. Don’t move on until it’s mastered.
Traditional schools operate on a fixed timeline: math at 7 am, history at 9 am, social studies after lunch. It doesn’t matter if a student understands the material. Once that hour is up: sorry, we’re moving on. (We have a schedule to keep to, people — chop chop!)
Unfortunately, this is where so many kids fall through the cracks. Students develop “Swiss Cheese gaps” in their knowledge: blind spots of knowledge that compound quickly over time. For instance, a student who doesn’t master third grade multiplication tables is going to struggle severely in seventh grade algebra. Confused and frustrated, they’ll grow up believing they’re “just bad at math” or “not as smart as other kids.”
That’s a lie! I want to scream it from the rooftops, because the connotations of this are serious. Limiting beliefs like these dig into our psyche and feed us lies for life. (You probably have some yourself.) But it’s easily avoidable — if only we followed the learning science.
Mastery-based learning is the solution to Swiss Cheese gaps. It’s rooted in decades of research from Bloom’s “2 Sigma Problem,” John Carroll’s “Model of School Learning,” and Guskey’s work on competency-based progression.
The goal isn’t to finish the lesson. It’s to learn the thing. (Somehow, this has gotten lost in translation in schools today.) If a student needs more time, they should get it. No big deal. If they’ve mastered a topic in half the time, they should move on. No big deal. Every child is unique and different, and the learning process reflects this.
At the end of the day, nearly all students can master nearly all concepts, given the right amount of time and support,
How Alpha practices it:
At Alpha, students don’t move on because it’s “week 3.” They move on because they’ve demonstrated mastery. If they’re not there yet, they get targeted help. We don’t rush learning. When new students enroll in Alpha, they go through a series of rigorous testing. Based on their results, we can see where their blind spots are. Then we can then slot them right into the sweet spot of their learning journey.
Say a tenth grade student joins Alpha. After testing, he realizes he has blind spots in third grade math. Does this mean he gets an educational demotion? Does he have to jump back in time and sit in a classroom full of eight-year-olds like Buddy the Elf? No, of course not.
Thanks to our AI tutors, he now has his own personalized curriculum. He can quickly and effectively fill the gaps in his knowledge, then continue progressing forward. This is the average day-in-the-life of every student at Alpha.
3. Memory grows stronger the harder you push.
Most of us envision memory like a filing cabinet: store it once, and it’s filed away forever. But memory is more like a muscle. It only gets stronger if you work at it.
In cognitive science, there’s a concept called retrieval practice (also known as the Testing Effect) that’s been studied for decades. It means that the act of pulling information from your memory strengthens that memory far more than simply rereading or reviewing material.
In a 2006 study, researchers Roediger and Karpicke found that students who practiced recalling information performed 50% better on tests weeks later than those who only reread the material. Why? Because struggling to remember forces the brain to rebuild and reinforce those neural connections.
Just like a muscle, you must work your memory to make it stronger.
How Alpha practices it:
Alpha doesn’t let students passively skim content. Instead, lessons end with students teaching back ideas, explaining concepts, and applying knowledge. The AI tutor designs challenges that require active recall that makes sure learning lasts. Every lesson is a mental gym, rewiring their brains to make them stronger.
4. Review smarter, not harder.
One of the more tragic elements of the human condition is how easily we forget things. Seriously. It’s called the “forgetting curve.”
Coined by psychologist Hermann Ebbinghaus, the forgetting curve shows how quickly we lose information if we don’t revisit it.
The solution? Spaced repetition.
Also coined by Ebbinghaus, spaced repetition is the process of recalling information at increasing intervals: one day later, three days later, a week, two weeks, three weeks. And it may just be the most effective way to *actually* learn something. A 2009 meta-analysis by Cepeda et al. confirmed that spaced repetition outperforms all other review strategies.
Any student can cram the night before a test and scrape by with a passing grade. But when you ask them the same questions a week later, they’ll stare at you with a blank face. Students who practice spaced repetition, however, remember what they learn for life.
To students, I always say: “Look. You have to learn the material either way to pass the test. You might as well carve it in cognitive stone and remember it for life. Otherwise, it’s just a waste of your time.”
How Alpha practices it:
This all comes back to our personalized, mastery-based, AI-powered learning platforms. They seamlessly include spaced repetition into lessons to ensure every student is challenged and pushed towards growth.
5. Learning is a contact sport.
Imagine trying to learn how to play soccer by watching a YouTube video. Even if you “understand” the rules, you still have to learn how to embody those rules. At some point, you have to step onto the field and play. That’s where the real learning happens.
School is no different.
Standard classrooms are like learning how to play soccer via YouTube: totally passive. But what students really need is to step onto the field, scrape their knees, and learn by the work of their hands. This is called active learning. It’s how kids actually retain knowledge. By doing, not absorbing. By output, not input.
Active learning may seem like a bit of a buzzword, but it truly is a proven accelerator of student achievement. The stats back it up: students retain up to 90% of what they have to teach someone else, compared to just 5% of what they hear in lectures.
In a meta-analysis published in the Proceedings of the National Academy of Sciences, Freeman et al. (2014) found that students in active learning environments performed half a letter grade higher than those in traditional lectures. More strikingly, students in passive settings were 1.5 times more likely to fail.
Active learning forces the brain to do something with acquired knowledge. It’s information, applied. Just like stepping onto a soccer field, this is where learning becomes embodied. It transfers knowledge from your kid’s brain into their hands. And therefore becomes far easier to make something out of it.
How Alpha practices it:
There are no lectures at Alpha. Students build startups, write persuasive essays, design scientific experiments, and publicly present their findings. They are the epitome of creators, not consumers.
6. Too much information at once shuts the brain down.
Your kid has what’s called “working memory:” essentially, how much information their brain can juggle at once. It’s a form of memory that allows a person to temporarily hold a limited amount of information at the ready for immediate mental use.
Think of tabs in Google Chrome. Except, unlike the 25 tabs you have open right now (you really should close those), your working memory is strictly limited to only a few tabs at once. This discovery is called cognitive load theory.
To put it in perspective, the average adult can only juggle three to five things in their working memory at once. It makes sense then that “multi-tasking” has pretty much been disproven. The more information you try to juggle in your mind at one time, the more you forget. The more frazzled you become. Flooding the system will inevitably crash it.
For kids especially, it’s vital to focus on one thing at a time. One topic. One lesson. Simple, clear instructions. Master it and move onto the next.
How Alpha practices it:
Students work for two hours in 25-minute sprints. Each lesson focuses on one, clear topic. The entire academic experience is structured to respect the brain’s processing limits and push understanding deeper, not wider.
7. Multisensory learning builds brain power.
Research from Shams & Seitz (2008) shows that multisensory instruction enhances both learning speed and durability. When students engage multiple senses, they activate more brain regions, create more neural connections, and improve retention.
It makes sense, right? Passively listening to a lecture is about as understimulating as it gets. But if your kid is actively participating, building, creating, and engaging multiple different senses at the same time, their brain is literally firing on all cylinders. (It’s going to be much more difficult to forget that lesson!)
How Alpha practices it:
Alpha uses a full sensory palette of learning. Students don’t just read or listen; they watch, speak, create, move. They write essays, build prototypes, debate peers, and record video content. The learning experience is active, immersive, and deeply memorable.
8. Keep kids in the stretch zone.
The “zone of proximal development” (ZPD) was first introduced by Lev Vygotsky, and it describes the range between what a student can do on their own and what they can do with support. The ZPD is where learning is most effective: just beyond current ability, but not so far that it causes frustration. Effective teaching scaffolds students through this zone until the new skill becomes independent.
How Alpha practices it:
Our AI tutors keep students in “the zone of proximal development”: that space where the material is not too hard, not too easy, but just right. Spaced repetition is included seamlessly into this process. That way, the student reviews just enough to keep knowledge fresh without burning out. Personalized academics means every lesson is optimized.
9. Fluency unlocks flow.
Fluency is like a generator. (You know, that humming thing in your garage that you’ve forgotten all about even though it keeps the lights on?)
Fluency is the ability to retrieve knowledge on the spot without having to think twice about it. It’s your brain operating on autopilot.
For example, reading. When you first learn to read, every word is its own mountain. You have to climb it, scale it, sound it out. Eventually, you can piece together a phrase. Then a paragraph. Soon, you’re consuming entire novels. Those words that used to be mountains? Now, your brain processes them subconsciously, allowing you the mental capacity to discover entire worlds and new characters, allowing you to find flow.
Whether it’s decoding words or manipulating numbers, fluency reduces the cognitive effort needed for basic tasks, freeing up brainpower for critical thinking and comprehension.
How Alpha practices it:
Fluency is built on the back of mastery. And, as you know, everything at Alpha is done to mastery. Students don’t progress based on age, semester, or time of day — they progress when they fully grasp the material, allowing their brains to slip into fluency and learn even more material.
10. Less is almost always more effective.
“Chunking” is a learning science term used to group information into manageable units. This is a principle grounded in Miller’s Law and supported by modern cognitive psychology. Chunking helps students hold more in their working memory and see patterns, structure, and meaning in complex material. Ultimately, it’s the process of compressing learning into manageable components to reduce demand on students’ working memory.
And it’s wildly effective. In one experiment, learners who were taught to “chunk” chess positions, musical phrases, or sentence structures learned 4x faster than those who weren’t.
How Alpha practices it:
Alpha students set yearly, weekly, and daily goals with their guides. The goal is to effectively “chunk” their workload, and have a mentor who can help them set goals and hold them accountable. Chunking also happens on a more granular level during a student’s two hour academic block. One lesson, one topic, one goal before moving to the next. Chunking is the perfect way to reduce overwhelm and build clarity.
11. New ideas stick better to old ones.
What do the best teachers in the world have in common? They use analogies. If you want your kid to understand a new concept, simply relate it to a concept they’re already familiar with. This is called “schema theory” (an insight pioneered by David Ausubel), which shows that new knowledge is absorbed more easily when it connects to something a student already knows.
But how do you do this at scale? How do you ensure all 30 kids in the classroom will understand the same analogy?
You can’t. The analogy will stick with one student and fly over the head of the next. So, even the best teachers with the best analogies struggle to make things click for every student.
That’s where AI comes in.
How Alpha practices it:
Say a third grade student at Alpha loves Taylor Swift but struggles with writing. Our AI tutor can personalize her academic curriculum so that she becomes fluent in language through Taylor Swift lyrics. This is just one example of how AI can customize education to each individual student. Kids learn exactly what they need to learn, all through the lens of their own passions and interests: baseball, Dungeons and Dragons, Taylor Swift — you name it.
As a parent, focus on asking the right questions
You don’t need to be a learning scientist expert to find better education for your kid. You just need to ask the right questions. Does this school use active, research-based teaching methods? Are your kids being rushed through material or supported until they master it? Does this system align with how the brain actually works?
We don’t need to reinvent the wheel of learning. We just need to take what we already know to be true and actually implement it into the classroom.
