Which comes first: reading, writing, or math? Or maybe something else altogether?
You’ve probably stood in that school‑supply aisle, eyes scanning a long list of “must‑learn” skills, wondering what to prioritize for your kid. Do you start with the ABCs, dive into numbers, or load up on tablets and coding apps? The answer isn’t a one‑size‑fits‑all, but it’s also not a mystery. In fact, research, classroom experiments, and decades of debate have lined up a pretty clear picture of what should sit at the top of the teaching ladder. Let’s unpack that picture together, because what we teach first shapes everything that follows.
What Should Students Be Taught First?
When educators talk about “first” they’re really asking about foundational skills—the building blocks that make every later learning possible. In real terms, the phrase which of the following should students be taught first pops up in curriculum committees, parent‑teacher conferences, and even on Reddit’s education forums. The answer usually hinges on three things: developmental readiness, lifelong relevance, and the ability to tap into other skills.
The Traditional Trio: Reading, Writing, and Math
For generations, the three Rs have been the backbone of early education. Children who can decode words can explore stories, science texts, and history. Writing lets them organize thoughts and practice language precision. Math gives them tools for everyday tasks—from counting snacks to understanding time. These three overlap, too: you need reading to solve word problems, and writing to explain a math solution.
Emerging Essentials: Digital Literacy and Critical Thinking
The modern world adds two more contenders. Digital literacy—the ability to handle screens, evaluate online information, and communicate responsibly—now rivals reading as a daily necessity. Critical thinking, the skill of questioning assumptions and solving problems creatively, sits at the heart of almost every subject. Some argue these belong after the basics, but research shows that even young kids can grasp simple concepts like source credibility and logical reasoning when presented concretely.
Balancing the Core
The real trick isn’t picking a single star player; it’s building a team. A curriculum that layers skills—starting with oral language and print awareness, then moving into numeric concepts and basic digital tools—creates a smoother climb. The goal is to give each child multiple entry points, so they can develop confidence in at least one area while the others catch up That's the part that actually makes a difference..
Why It Matters / Why People Care
What changes when we get the first step right?
Imagine a child who learns to read at age five. By the time they hit middle school, they can independently explore history, science, and literature. That autonomy often translates into higher test scores, better attendance, and a stronger sense of agency. Conversely, a gap in early literacy can cascade into struggles with math word problems, limited access to digital resources, and even behavioral issues because the student feels left behind.
What goes wrong when we skip or rush the foundation?
Many schools fall into the “teach‑to‑the‑test” trap, pushing abstract math concepts before children have mastered number sense. The result? Students memorize formulas but can’t apply them to real life. Others overload kindergartners with screen time, assuming they’ll pick up coding before they can tie their shoes. The outcome? Frustration, disengagement, and a widening achievement gap that’s hard to close later.
Equity and Access
The “first‑step” debate isn’t just academic; it’s deeply social. Children from low‑income families often have fewer books at home and less exposure to digital tools. If schools prioritize reading and basic math over, say, advanced tech skills, they might inadvertently widen the gap. On the flip side, if they focus solely on coding while neglecting core literacy, they risk leaving many students behind. The sweet spot is a balanced approach that ensures every child leaves school with at least one solid, transferable skill.
How It Works (or How to Do It)
Understanding Developmental Readiness
Children’s brains
Children’s brains are remarkably plastic during the early years, forming synaptic connections at a rate that far outpaces later childhood. Researchers have identified sensitive windows: roughly ages 3‑5 for phonological awareness, ages 4‑6 for foundational number sense, and ages 5‑7 for the emergence of metacognitive thinking that underpins critical reasoning. Practically speaking, this heightened neuroplasticity means that experiences—whether listening to a story, manipulating blocks, or tapping a tablet—literally shape the architecture of regions responsible for language, numeracy, and executive function. Aligning instructional timing with these windows does not mean delaying exposure to other domains; rather, it means presenting concepts in ways that match the child’s current cognitive toolkit It's one of those things that adds up..
Practical implications for educators
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Screen for readiness, not just age. Simple observational checklists—such as a child’s ability to sustain attention for a short task, to follow two‑step directions, or to demonstrate curiosity about letters versus numbers—can signal whether a learner is primed for a particular skill block. When a child shows strong oral language but limited print awareness, teachers might enrich vocabulary through interactive read‑alouds while delaying formal decoding until phonemic sensitivity emerges The details matter here..
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Use multimodal scaffolding. Pairing concrete manipulatives with verbal explanation leverages the brain’s tendency to integrate sensory pathways. To give you an idea, letting children physically group objects before introducing the written numeral “5” strengthens the neural link between quantity and symbol. Similarly, encouraging children to narrate a simple algorithm (“first we turn left, then we go straight”) before they encounter block‑based coding apps grounds abstract logic in familiar action.
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Embed metacognitive prompts early. Even preschoolers can benefit from questions like “How did you figure that out?” or “What would you try if that didn’t work?” These prompts nurture the executive‑function networks that later support source evaluation and problem‑solving across subjects.
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Balance exposure, not overload. Rather than allocating large blocks of screen time to digital literacy, integrate brief, purposeful interactions—such as a five‑minute guided search for a picture‑book illustration—into literacy or math lessons. This respects developmental limits on attention while still building familiarity with navigating online environments Surprisingly effective..
Guidance for families
- Talk, read, and play together. Daily conversations that expand vocabulary, shared reading that points out print features, and play that involves counting or sorting all reinforce the neural foundations schools aim to build.
- Model questioning. When children ask “why?” or “how?” respond with open‑ended answers that encourage them to think aloud, thereby practicing the reasoning steps they will later apply to evaluating online information.
- Curate digital experiences. Choose apps and games that require problem‑solving rather than passive consumption, and co‑play to discuss what the child is noticing, deciding, and learning.
By aligning instruction with the brain’s natural growth trajectories, educators and families create a ladder where each rung—oral language, print awareness, numeric intuition, and early digital fluency—supports the next. Children who master at least one of these foundational strands gain confidence and a foothold from which to explore the others, reducing the likelihood of frustration‑driven disengagement.
Conclusion
The debate over which skill should come first misses the point: early learning thrives not on a single “star” competency but on a deliberately sequenced, developmentally attuned ensemble of abilities. Plus, when we honor the brain’s sensitive periods, provide multimodal and metacognitive-rich experiences, and ensure equitable access to both traditional and digital resources, we equip every child with a flexible toolkit. That toolkit enables them to read critically, reason quantitatively, and handle the online world responsibly—turning the first step into a springboard for lifelong agency and achievement.
