How Technology Assists Students In Learning Math

ElevatEd
Math
June 13, 2025

"I'm never going to use this in real life!" your frustrated 11-year-old complains, pushing aside algebraic homework. Ring a bell? Now imagine that same child excitedly manipulating 3D shapes on a computer, coding a game that calculates trajectories, or speeding through a virtual math adventure - now those abstract equations are a wondrous puzzle to be unraveled! Such mathematical alchemy is the incredible power of technology to turn the teaching of mathematics on its head.

Transform math education now!

Not only does technology render math more appealing, it actually rearranges the way kids find out about numbers by making learning pictorial, interactive, and even customized journeys. As mathematician Paul Lockhart composed in his timeless essay "A Mathematician's Lament," traditional math education has a proclivity toward focusing "on the drill and memorization of simple facts, with no space for original thinking." Still, technology assists in bringing back what he called "the art of mathematical exploration."

Let's examine how technology is transforming math education and why coding for children provides especially compelling routes to numeracy.

The Digital Revolution in Mathematics Education

New technology brings abstract mathematical concepts to life as everyday experiences:

Technology	Mathematical Impact	Skills Acquired
Gamification	Makes practice fun and lasting	Automaticity and fluency
Interactive simulations	Understands abstract concepts	Spatial thinking
Coding platforms	Applies mathematics to determine real solutions	Critical thinking
Augmented reality	Brings geometry into physical space	3D visualization
Adaptive programs	Adapts to meet specific needs	Constructing confidence

These technology-supported approaches address multiple learning styles simultaneously, enabling visual, kinesthetic, and auditory learners to understand concepts that otherwise would be inaccessible.

The Coding-Mathematics Connection

Of all the technical ways of getting at mathematics, coding program for kids constructs particularly robust learning processes. While coding, kids:

Apply mathematical thinking to complete daily tasks
Give instant feedback on their math reasoning
Use objects to represent abstract ideas
Experience the real-world utility of mathematical principles

"To learn mathematics well, you have to construct it for yourself. Programming is a good context in which to construct." - Seymour Papert, MIT mathematician and education innovator

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Technology's Math Superpowers

Visualization to Inspire

Students nowadays can stretch out 3D geometric shapes, soar through number lines, and watch equations transform into moving graphs - making previously obscured mathematical relationships breathtakingly apparent.

Personalization That Boosts

Adaptive learning systems pinpoint precisely where every student requires assistance, and the challenge is dynamically adjusted to achieve the optimal level of challenge and success.

Feedback That Changes

Those days of waiting for returned marked homework are over. Instant feedback is provided by contemporary math technology, allowing students to learn from mistakes immediately and iteratively improve their knowledge.

Did You Know?

Students who are learning mathematics through well-designed math learning apps learn up to 83% more than students who are learning by only traditional means, according to research conducted by Stanford's Graduate School of Education!

Fun Challenge: Finish This Tech-Infused Math Problem!

Attempt to solve this problem with your child using both traditional and technology-enhanced approaches:

A rectangular garden is 12 meters by 8 meters. You are putting a path of the same width around the garden. The garden and the path combined take up 168 square meters. How wide is the path?

Traditional approach: Formulate an equation and solve it algebraically.
Tech approach: Use a visualization tool for geometry to experiment with different path widths and observe what figures are created.

Which approach assists your child in understanding the problem better?

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Tips for Parents: When you are working with math technology with your child, ask "why" questions rather than just right answers. Ask questions such as "Why did that work?" or "Why did the graph change shape?" These encourage more thoughtful mathematical thinking.

Organized Learning Increases Technology's Advantage

While practice apps are useful, full courses such as 98thPercentile's math and computer programming courses embed technology in a well-thought-out curriculum that guarantees total mastery.

Our experienced instructors guide students through step-by-step problems that build progressively on each other, using technology to illuminate concepts while developing strong computational skills. The course combines mathematical knowledge with digital exploration, giving students conceptual understanding and procedural fluency.

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Combining Digital and Traditional Approaches

Enhancing traditional and technical methods offers the best mathematics learning.
Utilize technology to learn and find out things
Practice fundamentals through paper and electronic media
Use concepts on real projects
Engage in verbal mathematical discussions
Create methods of transferring knowledge to others

This balanced curriculum allows students to acquire deep mathematical knowledge that generalizes across contexts.

As mathematician and computer scientist Donald Knuth once joked, "Science is what we understand well enough to explain to a computer. Art is everything else." Technology allows students to see the science and the beauty of mathematics, transforming this necessary subject from a dreaded chore to an exciting adventure of discovery.

FAQs

Q1: Will technology dependence eliminate my child's basic calculation abilities?

Ans: Utilized properly, technology complements underlying abilities by providing additional practice and practice that is enjoyable. The key is achieving a balance between technology use and developing mental math fluency.

Q2: What role does coding class play in math thinking in children?

Ans: Logical thinking, paying attention to patterns, and breaking down problems - these are essential math skills needed to write programs on a computer. Debugging programs causes kids to persist and think analytically, exactly what solving math problems involves.

Q3: At what age should students start using math technology?

Ans: Technology appropriate for children's age can support math learning from preschool age and onwards. Young children can be assisted by concrete-to-digital approaches where physical manipulatives are complemented by their digital versions.

Q4: How can I determine whether a math program or app is really educational?

Ans: Good educational technology focuses on conceptual understanding more than on right answers alone, provides rich, not simply "correct/incorrect," feedback, is sensitive to the needs of the learner, and makes connections between mathematical ideas within and between representations.

Q5: My child is already mathematically gifted. Will technology be helpful?

Ans: Yes! Gifted students especially enjoy the extension activities, innovative applications, and accelerated pace made possible through technology. Coding challenges in particular, offer an unlimited ceiling for mathematical investigation.

Q6: What amount of screen time is optimal for learning mathematics?

Ans: Quality over quantity. Thirty minutes of active watching of an educational math program is superior to hours of passive sitting watching TV. Look for programs that incorporate off-screen and discussion.