​A few years back, we launched a platform to teach coding to kids, providing them the means to express their creativity and be creators. We succeeded in taking this revolution to 15K+ kids across the globe while ensuring relentless focus on their learning outcomes.

While we were designing the curriculum and adapting it to the kid’s age, a critical key input was the expected knowledge of math courses that kids would have at a particular age. For example, for kids to take up a scratch, they were expected to understand arithmetic, measurements, logical operations, etc. To get into machine learning, it was important to know linear algebra, probability, statistics, etc.
We would consciously offer math courses only to kids with prerequisite math skills to ensure proper course outcomes.

Over time, we empirically proved our hypothesis that kids who were stronger in math courses did pretty well in coding. Kids could progress much faster in coding if they were further strengthened in their math skills. We discussed internally and came to a natural conclusion that we should also offer Math as a course - which will not only help the kids become stronger in math (which in itself is a significantly important life skill) but also lay down a strong foundation for the kids to become much better coders as well.

Our mathematics course is designed to enhance their mathematical skills, helping them excel in academics and coding.

So, here we are today - launching our carefully designed Math course for kids🔥. The curriculum has been diligently prepared over the last 6 months to ensure

  • Interactive and real life example based teaching of concepts of Math lessons 👩‍🏫
  • Mastery through relentless practice 🏆
  • Adaptation of curriculum as per the child’s aptitude 💪
  • Special focus on topics which become the foundation for coding 🚀

​We hope that with math lessons, we can also achieve an impact equivalent to or more than we have achieved with coding. If you are interested in your child, contact us at support@codeyoung.com or call us at +91-91102-13030 and schedule your free trial class for math.

Explore our wide range of maths courses for kids designed to help them excel in their math skills.

PS: We want to reward our early believers - and hence for the first 300 enrolments, we will offer a flat 50% off across! Now isn’t that at least worth exploring? 🤤

Math Courses - FAQs

What age is appropriate for kids to start learning math?

Children can start learning basic math concepts as early as 3-4 years old through interactive activities like counting, sorting, and recognizing shapes. By ages 5-6, they can begin structured lessons in addition, subtraction, and number patterns, gradually progressing to advanced topics.

How can I enroll my child in math courses at Codeyoung?

Enrolling is simple! Visit the Codeyoung website, browse the available math courses, and sign up for a free trial class. Our academic advisors will guide you in selecting the right course based on your child’s current skill level and learning needs.

What is the primary purpose of learning math lessons?

Math lessons help children develop critical thinking, problem-solving, and logical reasoning skills. These skills are essential not only for academic success but also for real-world applications like budgeting, measurements, and analytical thinking, making math a vital subject for every child’s educational journey.

How can parents choose the best math courses for their children?

Parents should look for math courses that offer interactive lessons, real-life applications, and engaging activities. Personalized learning, experienced instructors, and structured curriculums ensure that children build a strong foundation while enjoying the learning process. Trial classes can help assess course suitability.

What topics are commonly covered in math lessons for young learners?

Math lessons for young learners cover counting, number recognition, basic operations (addition, subtraction, multiplication, division), shapes, patterns, measurements, and fractions. As students progress, they explore more complex topics like geometry, algebra, and problem-solving strategies to strengthen their math skills.