Many Ghanaian children struggle with mathematics due to communication barriers, not a lack of ability. This insight comes from Dr. Raymond Dumeh, who highlights how the language of mathematics can feel foreign to young learners. The challenge often lies in the way mathematical concepts are introduced and taught.
The core issue is that abstract symbols and calculations are often presented before children grasp their real-world meaning. For instance, teaching '3 + 5' as a calculation without first explaining what the numbers represent can make mathematics mechanical. This approach can lead to fragile understanding, where children memorize procedures but cannot apply them when problems change.
This perspective fits into Ghana's broader educational landscape, particularly in its multilingual environment. Children may understand concepts in their home language but struggle to express them in English, the primary language of instruction. This linguistic disconnect can hinder mathematical comprehension and confidence. Recognizing this, educators are exploring ways to integrate indigenous languages into teaching strategies.
Dr. Raymond Dumeh suggests that mathematics itself is a language with its own vocabulary, symbols, and syntax. He argues that technical terms like 'denominator' and 'probability' must be explicitly taught. Everyday words like 'difference' or 'product' also take on specialized meanings in mathematics. Children need to learn not just procedures but also how to read, interpret, and communicate mathematical ideas effectively.
The implications are significant for educational policy and teaching practices across Ghana. Educators and parents must focus on building bridges between children's daily experiences and formal mathematics. This means starting with concrete examples, such as sharing 12 plantains among three friends, before introducing the abstract equation '12 ÷ 3 = 4'. This progression—experience, language, meaning, representation, symbol, reasoning—ensures that meaning precedes manipulation.
Parents also play a crucial role in fostering a positive attitude towards mathematics. Encouraging children to speak about a problem before solving it helps them articulate their understanding. Everyday activities like cooking or shopping offer natural opportunities to introduce fractions, percentages, and measurements. Asking 'How do you know?' rather than just checking the answer promotes deeper reasoning. This shift in approach can transform how Ghanaian children perceive and engage with mathematics, building lasting confidence and competence.