Does Learning to Code Improve Maths SKILLS?
As a Computing Science teacher for over 30 years, many parents have asked me whether learning to code will help their child become better at maths. The answer is encouraging. While coding is not a replacement for learning mathematics, a growing body of educational research suggests that it can strengthen many of the thinking skills that underpin mathematical success.
Programming encourages children to think logically, recognise patterns, solve problems methodically and break complex tasks into smaller, manageable steps. These are the same cognitive skills children use every day in mathematics lessons.
CODING DEVELOPS LOGICAL THINKING
One of the first things children learn in programming is how to break a problem down into smaller pieces. Computer scientists call this decomposition, but it is also one of the most important skills in mathematics.
Rather than guessing, children learn to think systematically, test ideas, identify mistakes and improve their solutions. This logical approach often transfers naturally into their mathematical thinking.
CODING STRENGTHENS COMPUTATIONAL THINKING
Computational thinking is the process of recognising patterns, creating algorithms and developing step-by-step solutions.
These skills support many areas of mathematics, including:
Number patterns
Sequences
Algebra
Geometry
Logical reasoning
Problem-solving
Research suggests that children who regularly practise computational thinking often become more confident when tackling unfamiliar mathematical challenges because they have learned how to approach problems methodically.
CODING BRINGS MATHS TO LIFE
One reason children often enjoy coding is that they immediately see mathematics being used for something exciting.
Whether they are creating a game, programming a robot or designing an animation, they naturally apply mathematical concepts such as:
Coordinates
Angles
Variables
Measurement
Timing
Sequences
Probability and random numbers
Instead of learning mathematical ideas in isolation, children experience how mathematics is used to create real software and solve real-world problems.
CODING ENCOURAGES PATTERN RECOGNITION
Programming constantly asks children to identify patterns and predict what will happen next.
For example, children quickly discover that repeating code can be simplified using loops and that similar problems can often be solved using the same logical structure.
Pattern recognition is a fundamental mathematical skill and is an important part of developing confidence in subjects such as algebra and geometry.
WHAT DOES THE RESEARCH SAY?
Research into coding education is continuing to grow, and while individual studies vary, the overall picture is encouraging.
Educational research has found positive links between learning to program and improvements in areas such as:
Logical reasoning
Computational thinking
Problem-solving
Mathematical confidence
Persistence when tackling difficult tasks
Some studies involving children using beginner programming environments such as Scratch have also reported improvements in mathematical reasoning and understanding of sequences and geometry.
Although coding should never replace high-quality mathematics teaching, many educators now see it as an excellent way to reinforce and apply mathematical thinking.
WHY THIS MATTERS
Mathematics today is about far more than simply getting the correct answer.
Schools increasingly place emphasis on reasoning, problem-solving, resilience and logical thinking. These are precisely the skills children practise every time they write, test and improve a computer program.
As a teacher in the classroom and also at Code Cadets, we’ve seen many children become more confident learners as they develop their programming skills. Coding encourages them to persevere, learn from mistakes and approach challenges with curiosity and determination - qualities that benefit them not only in maths but across the entire curriculum.
CONCLUSION
Learning to code is much more than learning a technical skill.
It develops logical thinking, computational thinking, creativity and problem-solving while giving children meaningful opportunities to apply mathematical concepts in exciting, practical ways.
Whether they are creating games, programming robots or designing interactive projects, children begin to see mathematics as a powerful tool rather than simply another school subject.
For many young learners, coding becomes the bridge between understanding mathematical ideas and putting them into practice.
IF YOU’D LIKE TO EXPLORE THE RESEARCH BEHIND THIS ARTICLE, these organisations provide useful information -
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