ABSTRACT
The "CONE"CEPT is rooted in the understanding that early childhood education is crucial for developing a strong foundation in Mathematics. While addition is a fundamental concept, many Grade One pupils find it challenging and often struggle to grasp the abstract nature of numbers.
With this, the researcher decided to carry out this study which is focus on “CONE”cept as Math Manipulatives in Enhancing Addition Skills of Grade One Pupils. This study aims to enhance the addition skills of Grade One pupils by making the learning process enjoyable and interactive. By incorporating hands-on activities using the ice cream cone manipulatives, teachers can guide students in understanding and applying addition as well as increased engagement and enthusiasm for learning Mathematics.
The researcher utilized a quantitative research design since we will assess the effectiveness of the use of “CONE”cept in the addition skills of Grade One pupils. Frequency, percentage, weighted mean and t-Test were used to statistically treat the data.
Meanwhile, the respondents of this study were 24 Grade One pupils of Looc Elementary School. From pre- test MPS of 50.80 to post- test MPS of 79.60, it just implies that the learners who use “CONE”cept performed better in addition than the learners who did not use “CONE”cept. Also, there is a significant difference on the learners’ addition skills after using “CONE”cept. Action plan was designed also to maximize the use of “CONE”cept. The researcher will continue to use this innovation tool and may inspire other fellow teachers to adopt this project after observing its success in increasing learning outcomes.
Keywords: Math manipulatives, teaching, academic achievement, addition skills, elementary
CONTEXT AND RATIONALE
Mathematics is often considered a challenging subject, particularly for young learners who struggle with the abstract nature of numbers. Fundamental concepts such as addition can be difficult to grasp when taught using traditional methods. To excel in Mathematics, students must grasp these abstract concepts (Huan et al., 2022). Nonetheless, some students encounter difficulties in learning Mathematics, which can be influenced by the instructional techniques employed by teachers (Makhdum et al., 2023). Because of this, educators and researchers have continuously sought innovative and engaging strategies to support the development of mathematical skills in early learners. A strong foundation in numeracy is crucial, not only for academic success but also for functioning effectively in everyday life, as mathematical skills are essential in problem-solving and decision-making in today’s world (Burns & Hamm, 2011; Carbonneau et al., 2013).
For Grade One pupils, addition serves as a foundation in building their mathematical abilities. However, many learners encounter difficulties in mastering this skill, often leading to frustration and disinterest. To address this challenge, educators have explored the use of manipulatives- hands-on, concrete materials that help students visualize abstract mathematical concepts. This approach aligns with the Department of Education’s (DepEd) commitment to improving early literacy and numeracy through programs such as the Early Language, Literacy, and Numeracy (ELLN) Program under DepEd Order No. 12, s. 2015, which emphasizes the importance of building strong foundational skills in Kinder to Grade 3 learners.
Despite the acknowledged importance of Mathematics in daily life and education, many young learners demonstrate poor mathematical skills and struggle particularly with addition. Traditional teaching methods often fail to engage learners meaningfully, resulting in difficulties in understanding and applying basic concepts. This gap highlights the need for effective teaching strategies and materials that make mathematical learning both enjoyable and understandable for Grade One pupils.
Golafshani (2013) emphasized that changes in teaching methodologies are needed to address the widespread issue of poor mathematical skills among students. One developing agreement in research is the effectiveness of manipulatives in Mathematics instruction. Belenky and Nokes (2009) asserted that students learn concepts and problem solve better with hands-on tools. By using manipulatives, teachers can provide students with a more meaningful learning experience, as these tools offer physical representations that students can connect to later concepts (Simon, 2022). Furthermore, manipulatives support mathematical thinking, problem-solving abilities, hands-on learning, and deeper understanding. They also contribute to creating dynamic and engaging Math lessons, directly bolstering the learning of Mathematics (Back, 2019; Tjandra, 2023). Students who are given the opportunity to utilize manipulative materials experience greater improvement in their Mathematics achievement (Shafiq et al., 2023). Battle (2007) stated that when using the manipulatives during the instructional lessons the students were excited and motivated to learn.
Manipulatives are pedagogical tools centered around student engagement that facilitate active problem-solving and inquiry through the hands-on exploration of physical objects designed to represent mathematical concepts (Dinsmoor, 2022). It is also defined by Horan and Carr (2018) as tangible objects that provide students with hands-on experiences, actively engaging them in the learning process while Laski et al. (2015) described manipulatives as concrete materials used to demonstrate a Mathematics concept or to support the execution of a mathematical procedure. There are various ways in which manipulatives can be utilized in the classroom. Teachers employ manipulatives during lessons to introduce, practice, or remediate mathematical concepts (Hidayah et al., 2021). These tools have been recognized as effective in enhancing students’ mathematical achievement (Sari & Aydoğdu, 2020). Mathematical manipulatives typically consist of concrete objects that teachers employ in the classroom to enhance students’ understanding and performance in Mathematics. Examples include commercial tools such as Algeblocks and pattern blocks (Manches & O’Malley, 2016; Jones et al., 2011) as well as teacher-made or improvised materials like paper folds, tiles, pie pieces or geoboards (McNeil & Jarvin, 2007).
The National Curriculum Council of Pakistan (2020) recommends the use of manipulatives by teachers to enhance mathematical achievement across all grade levels. Numerous studies have demonstrated that both concrete and virtual manipulatives can improve students’ mathematical achievement (Bouck & Park, 2018; Hawes et al., 2022; Kabel et al., 2021; Milton et al., 2023; Simon, 2022; Ukdem & Cetin, 2022). Consequently, implementing Math manipulatives in the classroom could serve as an effective alternative to conventional and abstract teaching methods (Satsangi et al., 2023). More recently, Guillermo (2025) reported that Grade One pupils’ attitudes and achievements improve significantly when manipulatives are integrated into Mathematics instruction, highlighting their critical role in enhancing engagement and academic performance.
The consistent findings in research suggest that manipulatives are powerful tools for fostering both engagement and achievement in Mathematics. For young learners, manipulatives provide a bridge between abstract ideas and concrete understanding, making concepts like addition easier to grasp. By integrating fun and interactive approaches, teachers can transform potentially frustrating lessons into enjoyable learning experiences. This is essential in Grade One, a formative stage where pupils build the foundational numeracy skills that will influence their future learning paths.
In light of this, the teacher designed “CONE”cept: Math Manipulatives in Enhancing Addition Skills of Grade One Pupils. This project introduces ice cream cone manipulatives as an engaging and concrete tool to support learning addition. By making the process interactive and enjoyable, the project aims to improve pupils’ understanding and application of addition, boost their enthusiasm for learning Mathematics, and contribute to DepEd’s broader goal of strengthening early numeracy skills.
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