Discover a screen-free approach to teaching math to three to seven-year-olds with this engaging course. Beginning with insights into children's learning styles, the tutor emphasizes enjoyment, hands-on activities, independent discovery, and respecting each child's pace. The first lesson demonstrates Piaget's conservation of number concept using buttons and coins, guiding young learners to understand equal quantities despite differing appearances. Ideal for parents seeking playful, effective early math education.
Explore 'Intersecting Classes', a screen-free game teaching logical thinking, categorization, and early math concepts through fun object sorting. Create Venn diagrams using simple household items or cards, fostering flexible thinking as children discover overlaps between categories like flying creatures and means of transport. Ideal for various themes, boost vocabulary, and sets foundation for future problem-solving. Subscribe to @AxiomTutoring for more practical math activities.
This video explores the importance of teaching young children math concepts before introducing numbers. Discover how to foster deep mathematical understanding in 3-5 year olds using real objects, curiosity, and screen-free activities. Learn about the crucial roles of concept formation, process development, and language acquisition in building a strong foundation for future math success. We'll cover essential concepts like length, shape, capacity, and weight through engaging, hands-on games that promote spatial reasoning and cognitive flexibility. Please subscribe to @AxiomTutoringCourses for more educational content.
Discover Harmony Rectangles, a completely screen-free math activity using only a pencil and paper, designed for children aged 3 to 7. This engaging method teaches shape recognition, spatial reasoning, and problem-solving skills, building strong mathematical foundations from early years. It progressively challenges kids to count and combine rectangles, fostering organized thinking and visual analysis. Backed by child development research, this activity enhances working memory and executive function, supporting deeper learning without digital distractions. See how a simple concept can grow with your child, promoting genuine mathematical strategy and STEM readiness. This video demonstrates how to introduce squares and rectangles to the youngest learners (3-4 years), then progresses to counting multiple shapes (4-5 years), and understanding how smaller rectangles combine to form larger ones (5-6 years). For older children (6-7 years), the activity focuses on advanced strategies for counting all rectangles within a complex shape, emphasizing an organized problem-solving approach. This method is proven to strengthen early geometry, visual thinking, and essential cognitive skills linked to higher academic achievement. Subscribe to @AxiomTutoringCourses for more educational content.
Lucky Scoop Thermometer' game uses simple household items like a ball and two colors of objects to teach children about likelihood. You'll create a visual thermometer and have your child predict and record which color will be scooped more often, fostering early mathematical thinking through play. Discover how to introduce concepts like 'more likely' and 'less likely
This video explores a simple yet powerful conversation you can have with your child to build essential thinking skills. You'll learn how to ask questions that reveal how parts relate to a whole, a fundamental concept in mathematics and reasoning. Discover how most children initially answer these questions incorrectly, even with perfect counting abilities, and how this activity can foster logical deduction. We'll walk through example questions and share insights from a four-and-a-half-year-old's responses to illustrate the learning process. This activity is designed to help children develop class inclusion reasoning, crucial for future understanding of fractions, Venn diagrams, and probability. It also cultivates abstract logical thinking and the ability to justify answers verbally. By encouraging children to explain their reasoning, you help them grasp the relationship between a part and its whole, preparing them for word problems and reasoning tests. Learn why children often pick the more familiar, smaller group and how to gently guide them towards a deeper understanding. Subscribe to @AxiomTutoringCourses for more educational activities and insights.
In this video, we introduce “What’s Missing?”, a simple, screen-free activity designed to develop young children’s mathematical thinking and reasoning skills. Using a grid of repeating shapes, children are first encouraged to observe patterns and describe what they notice, before being challenged to identify missing elements when shapes are removed. As the difficulty increases—from one missing shape to multiple—children must rely on pattern recognition, memory, and logical reasoning rather than guesswork. The activity adapts to different ages and abilities, helping build attention, structure recognition, and problem-solving skills that are essential for later maths learning. Visit AxiomTutoring.com and subscribe to @AxiomTutoringCourses.
Discover the secret behind high-achieving math education systems like Singapore's. This video breaks down a powerful teaching principle: the concrete-pictorial-abstract approach. Learn how to guide children through mathematical concepts, starting with hands-on experiences and tangible objects. We then explore how to transition to visual representations through drawing before finally moving to abstract numbers and symbols. This step-by-step method ensures deep understanding and makes math engaging for young learners. Subscribe to @AxiomTutoringCourses for more valuable educational content.
In this video, we introduce the concept of reversal in mathematics and show how it builds deeper understanding by breaking automatic thinking. Starting with simple examples like counting backwards, we explain how reversal helps learners move beyond memorization and engage more actively with numbers, including extending counting past zero into negative numbers. We then connect this idea to real problem-solving, such as reversing actions (like going up and down stairs) and solving simple equations by working backwards. By showing how addition is reversed by subtraction and multiplication by division, the video highlights reversal as a fundamental tool for understanding algebra from an early stage. Visit AxiomTutoring.com and subscribe to @AxiomTutoringCourses.
In this video, we explore why understanding the meaning behind arithmetic is essential before moving to calculation. Starting with concrete objects, we show how children can grasp operations like addition by physically combining items, before transitioning to abstract symbols. We then introduce arithmetic through simple stories, helping learners connect maths to real-life situations. The video highlights the different meanings of addition and subtraction—dynamic (change), static (combining or separating parts), and comparison—emphasizing that these concepts should be understood, not memorized. By focusing on meaning first, children build a stronger foundation for problem-solving and find maths more intuitive and engaging. Visit AxiomTutoring.com and subscribe to @AxiomTutoringCourses.
Discover the foundational building blocks of mathematics in this engaging video. We explore the ten unique digits that form all numbers and explain the crucial difference between a digit and a number. Learn how these ten simple characters combine to create an infinite universe of numerical possibilities. You will also uncover the fascinating concept of place value, understanding how a digit's worth dramatically changes based on its position within a number. This video reveals the hidden superpower of digits and how their placement defines their value, making numbers come alive. Visit AxiomTutoring.com to learn more and subscribe to @AxiomTutoringCourses for more educational content.
How to Teach Your 3–7-Year-Old Math — Completely Screen-Free
A practical, parent-friendly course that shows how to build strong early numeracy skills through everyday activities and play. It provides a structured, enjoyable approach that boosts confidence and curiosity while avoiding screens entirely.