How Math and STEM Education Support Child Development
By Lusine Baghdasaryan, PhD, Founder of APRISE Learning
When parents think about math and STEM education, grades, homework, standardized tests, and future careers often come to mind. Those outcomes matter, but thoughtfully designed math and STEM learning can offer children much more.
When children explore patterns, test ideas, build models, explain their reasoning, write code, or solve real-world financial problems, they have opportunities to practice focus, planning, communication, perseverance, and flexible thinking.
These benefits do not come automatically from completing more worksheets or spending more time using technology. They depend on the quality of the learning experience: whether children are actively thinking, receiving appropriate guidance, working at a suitable level of challenge, and reflecting on what they have learned.
At APRISE Learning, we believe math and STEM education should help children strengthen academic knowledge while also becoming more confident, capable, and independent learners.
The National Academies describes early mathematics as important to children’s present and future educational success. Its research review also emphasizes the importance of providing children with high-quality and engaging opportunities to learn mathematics.
1. Math and STEM Give Children Opportunities to Practice Planning and Focus
Many math and STEM activities require children to remember information, follow a sequence, choose a strategy, and monitor their progress.
For example, a student calculating the area of an irregular shape may need to divide it into smaller sections and keep track of several measurements. A child writing a computer program must organize instructions while remembering the intended outcome. A student creating a budget has to consider several limits and priorities at once.
These tasks give children meaningful opportunities to practice skills associated with executive function, including working memory, mental flexibility, attention, and self-control.
Harvard University’s Center on the Developing Child explains that executive-function skills help people plan, focus their attention, switch between tasks, and manage multiple pieces of information. It also emphasizes that these abilities develop through experience and practice over time. Harvard’s Center on the Developing Child also provides age-appropriate activities that adults can use to help children practice executive-function and self-regulation skills.
Math and STEM should not be presented as a guaranteed way to develop executive function. Rather, thoughtfully designed activities can provide opportunities for children to exercise these skills while working through meaningful problems.
2. Productive Challenges Can Help Children Practice Perseverance
Math and STEM problems do not always work on the first attempt.
A structure may fall. A computer program may produce an error. An experiment may yield an unexpected result. An initial problem-solving strategy may lead to an incorrect answer.
In a supportive learning environment, children can learn to pause, examine what happened, ask for help when needed, and try another approach. Over time, they may begin to see that an error can provide useful information rather than prove that they are incapable.
The level of challenge matters, however.
Work that is consistently far beyond a child’s current knowledge may create frustration rather than perseverance. Productive struggle occurs when a task is genuinely challenging but still accessible with appropriate time, guidance, and support.
The goal is not to make children struggle for its own sake. The goal is to help them experience the process of working through uncertainty, revising their approach, and eventually making progress.
3. Progress and Mastery Can Strengthen Academic Confidence
Children sometimes begin describing themselves as “bad at math” after repeated difficult experiences.
Once that belief takes hold, they may avoid challenging work, hesitate to participate, or give up quickly—even when they are capable of learning the material.
Confidence is most meaningful when it grows from genuine progress.
When instruction begins at an appropriate level, addresses missing prerequisite skills, and provides achievable but worthwhile challenges, students can see evidence that their effort and strategies are working.
A child may begin to recognize:
“I understand this better than I did before.”
“I can solve this when I break it into smaller steps.”
“My first answer was wrong, but I found the mistake.”
“I can explain how I reached my answer.”
“I know what to try when I get stuck.”
Encouragement matters, but praise alone cannot replace understanding.
At APRISE Learning, our aim is to help students build confidence through increasing competence: understanding more, solving problems more independently, and recognizing the strategies that helped them succeed.
4. Mathematical Reasoning Can Strengthen Communication
Meaningful math learning involves more than producing a correct answer. It also involves explaining why an answer makes sense, comparing possible strategies, and responding to another person’s reasoning.
A student who explains a solution must organize their thoughts, identify the important steps, and communicate them clearly.
In a discussion-based learning environment, children may also practice:
Listening to another person’s approach
Asking questions when an explanation is unclear
Comparing two different methods
Supporting an answer with evidence
Revising an explanation after receiving feedback
Disagreeing respectfully and constructively
These experiences can help children understand that communication is part of problem-solving—not something separate from it.
A correct answer is valuable. Being able to explain, defend, and apply that answer makes the learning more meaningful.
5. Open-Ended STEM Tasks Encourage Flexible and Creative Thinking
STEM is sometimes presented as a collection of fixed rules and procedures. In practice, many meaningful STEM activities require creativity.
Children may design, predict, build, test, revise, and compare alternatives. Engineering challenges, coding projects, data investigations, and open-ended math problems can invite more than one possible approach.
During these activities, students may ask:
What pattern do I notice?
What information am I missing?
Is there another way to solve this?
How could I test my idea?
What caused my first attempt to fail?
How could I improve my design?
Which solution works best under these conditions?
These questions encourage students to think beyond memorized procedures.
For example, asking a child to calculate the perimeter of a rectangle practices an important mathematical skill. Asking the child to design a garden with a fixed amount of fencing adds decision-making, comparison, and creativity.
Not every math exercise is creative or open-ended. The opportunity for flexible thinking depends on how the activity is designed and how the instructor responds to different strategies.
6. STEM Helps Children Connect Ideas to the Real World
Children often ask, “When will I ever use this?”
Real-world applications can help answer that question.
Mathematics and STEM appear in construction, medicine, transportation, technology, environmental science, sports, cooking, art, business, and everyday household decisions.
Children might use math and STEM skills to:
Compare the costs of different options
Measure ingredients or adjust a recipe
Interpret a graph or news statistic
Calculate distance, area, or volume
Design a simple structure
Analyze survey results
Create a basic computer program
Estimate how much material a project requires
Examine how changing one variable affects another
Evaluate whether a claim is supported by evidence
These applications help children see that academic subjects are tools for understanding situations and making decisions—not simply material to memorize for a test.
7. Financial Literacy Connects Mathematics to Real Decisions
Financial literacy gives children opportunities to apply mathematics to choices involving saving, spending, budgeting, borrowing, investing, risk, and comparison.
These experiences can help students practice identifying alternatives, considering consequences, distinguishing needs from wants, and explaining the reasoning behind a decision.
The Consumer Financial Protection Bureau uses a developmental framework for youth financial education from kindergarten through grade 12. Its framework identifies three broad building blocks of financial capability: executive function, financial habits and norms, and financial knowledge and decision-making skills.
Financial education should be age-appropriate.
Younger children may:
Sort coins and understand their values
Compare prices
Make simple spending choices
Distinguish needs from wants
Practice saving toward a small goal
Older students may explore:
Creating and managing a budget
Comparing unit prices
Understanding income and taxes
Calculating simple and compound interest
Using credit responsibly
Evaluating borrowing costs
Understanding investing and financial risk
Financial literacy makes math more concrete because students can see how numbers affect actual choices and outcomes.
8. Collaborative STEM Activities Can Build Teamwork Skills
Many real-world problems are solved by teams rather than individuals.
During a group STEM activity, children may need to divide responsibilities, listen to competing ideas, manage disagreements, combine different strengths, and work toward a shared outcome.
A successful group project requires more than placing children at the same table. Students often need guidance in how to communicate, contribute, and solve disagreements productively.
With appropriate structure, collaborative projects can give children opportunities to practice:
Taking turns
Listening carefully
Sharing responsibility
Giving and receiving feedback
Explaining ideas respectfully
Adjusting a plan based on new information
Recognizing the value of different perspectives
These skills are useful in school, future workplaces, and everyday relationships.
9. Reflection Helps Children Become More Independent Learners
Completing a problem is important, but reflecting on the process can deepen the learning.
After an activity, children can be encouraged to consider questions such as:
What strategy did I use?
Why did I choose it?
What part was most difficult?
What mistake did I make?
How did I correct it?
What would I do differently next time?
Where else could I apply this idea?
These questions help children become more aware of how they learn.
Over time, a student may become better able to recognize when they are confused, select an appropriate strategy, check their own work, and ask a specific question when support is needed.
That increasing self-awareness can help a child become less dependent on constant prompting and more capable of directing their own learning.
How Parents Can Support Meaningful Math and STEM Learning
Parents do not need to be engineers, programmers, or mathematicians to support their children’s learning.
Simple actions can make a meaningful difference.
Ask about the process, not only the result
Instead of asking only, “Did you get the right answer?” consider asking:
“How did you approach it?”
“What did you try first?”
“What part was difficult?”
“How did you check your answer?”
“Could there be another solution?”
Treat mistakes as information
A mistake can reveal a missing skill, a misunderstanding, a rushed step, or an ineffective strategy.
Rather than immediately correcting the child, ask:
“Can you find the point where your answer started to go in a different direction?”
Connect learning to everyday life
Invite children to estimate grocery costs, compare prices, measure a room, adjust a recipe, calculate a discount, interpret a chart, or plan a simple budget.
Choose an appropriate level of challenge
Tasks should not be so easy that they require little thought or so difficult that the child has no reasonable way to begin.
The most useful challenge is one that stretches the child while remaining approachable with guidance.
Praise specific actions
Instead of offering only general praise such as “You’re so smart,” recognize behaviors the child can repeat:
“You checked your work carefully.”
“You tried another strategy when the first one did not work.”
“You explained your reasoning clearly.”
“You kept your work organized.”
“You asked a useful question.”
This helps children understand what contributed to their progress.
How APRISE Learning Supports Meaningful Math and STEM Learning
APRISE Learning’s goal is not simply to help students finish today’s homework.
Our educational approach is designed to help students understand ideas, strengthen essential skills, apply what they learn, and become increasingly independent.
Depending on the student’s age, goals, and learning needs, instruction may include:
An initial evaluation of strengths, prerequisite knowledge, and areas for growth
A personalized learning plan
Guided problem-solving rather than answer-giving
Real-world applications of mathematics, science, coding, data, and finance
Opportunities to explain reasoning and compare strategies
Support with planning, organization, and productive learning habits
Progress monitoring and communication with families
These practices do not guarantee a particular developmental outcome. They are intended to create a thoughtful learning environment in which children can strengthen academic skills while practicing confidence, communication, perseverance, and independent problem-solving.
Building Skills That Extend Beyond a Single Assignment
Strong math and STEM education prepares children to do more than complete a test or memorize a procedure.
Thoughtfully designed learning experiences can give students repeated opportunities to interpret information, explain ideas, work through uncertainty, test possible solutions, and make reasoned decisions.
These are valuable habits in school and in everyday life. Their development takes time, appropriate guidance, and experiences that match each child’s needs.
At APRISE Learning, we aim to help students build strong academic foundations while becoming more confident, curious, and capable problem-solvers.
Discover how APRISE Learning can support your child’s academic growth. Schedule a free evaluation to discuss your child’s strengths, needs, and next steps.
Sources and Further Reading
National Research Council. Mathematics Learning in Early Childhood: Paths Toward Excellence and Equity. National Academies Press, 2009.Read the shorter summary chapter:
Center on the Developing Child at Harvard University. A Guide to Executive Function.
Center on the Developing Child at Harvard University. Enhancing and Practicing Executive Function Skills with Children from Infancy to Adolescence.
Consumer Financial Protection Bureau. Youth Financial Education.
Consumer Financial Protection Bureau. Learn About the Building Blocks of Financial Capability.
Consumer Financial Protection Bureau. Building Blocks to Help Youth Achieve Financial Capability.
This article provides general educational information. It is not intended to diagnose or treat a learning, developmental, or mental-health condition.