Abstract
The diversity of ludic activities in the kindergarten's educational offer increases the interest of children in the learning process. In the context of preschool curricular changes, logicalmathematical games are a valuable and effective educational component, to which every teacher must pay attention, adopting, first of all, a creative attitude in both the way in which the work is done and in the relationship with the children, thus ensuring a relaxing atmosphere that will allow them to stimulate creatively. That is why we considered it appropriate to conduct a study to identify the teachers' opinions on the use of logicalmathematical game in the preschool educational activities. For this purpose, we applied a questionnaire addressed to preschool teachers. The questionnaire was made using the Google forms application in Google Drive and was completed by 15 teachers. The questionnaire items aimed: the regularity with which logicalmathematical game is used in the preschool education, the ways of its integration in the kindergarten activities, the formative valences and the ways to optimize and even innovate this type of game in the context of the new educational paradigm. The study has confirmed the importance of logicalmathematical game in kindergarten. We have found a regular use of this type of game and the fact that teachers are aware of its formative aspects. Most teachers integrate the logicalmathematical game with activities from other experiential domains, although the methods used by them are rather traditional.
Keywords: Logicmathematical gamespreschool educationquestionnaireRomania
Introduction
In building the curriculum for early education, developed by the Romanian Ministry of National Education, several principles have been taken into account, one of which refers to the ludic approach of learning. The specificity of the Romanian preschool curriculum encompasses the logicalmathematical game in the integrated educationaleducational activities, starting from the pedagogical definition of it, namely: "A type of game or a mathematical didactic game, which introduces logical operations into the children's communicative repertoire from the early preschool level and who aim to form skills for the elaboration of value judgments" (Bocoș, 2016, p. 268). Their main purpose is to equip children with a logical kit that allows them to orient themselves in the surrounding reality and to express judgments and reasoning in an appropriate scientific language (Bocoş, 2016; Petrovici, 2014). The specificity of the logicalmathematical game is based on the sets theory and logic, whose elements play a key role in the subsequent assimilation of mathematical notions, having as main objectives: the formation of the ability to think logically, to work with logical structures and operations in an intuitive way among children, without explicitly communicate the notions and terms specific to the domain (Dima, Pâclea, & Ţarcă, 1998).
According to Magdaş (2014),
Logicmathematical games emphasize logical reasoning, mathematical contents having a secondary role. The reasoning used in logicmath games involves working with logical operators. Because their practice is making easiest by operating with sets, most of the logicalmathematical games are based on the operations with sets (union, intersection, complements etc.). Other types of logicalmathematical games are with moving or setting the order of some elements and counting problems. (p. 80)
Generally, the materials used for logicalmathematical games are geometric kits as Diènes, Logi I and Logi II with pieces of different shapes, colours, sizes and / or thicknesses (Bocoş, 2016; Magdaş, 2014). These materials can be in physical format but also in digital format on CD or available online. A didactical analysis of math online games for primary education was made by Magdaş and RăduţTaciu (2016).
In the Romanian literature there are presented different classifications and examples of logicalmathematical games (Bocoş, 2016; Iftime, 1976; Magdaş, 2014; Petean & Petean, 2010; Petrovici, 2014; RăduţTaciu, 2007). Regarding its formative aspects, logicalmathematical games stimulate the formation of perceptions and operative structures of thinking (Bocos, 2016). Also, the logicalmathematical games contribute to the abstraction and generalization processes, to a more realistic approach to the first mathematical notions, so that it helps pupils understand the notion of numbers and number operations that will be studied in the primary cycle (Tătaru, Glava, & Chiş, 2014). These games provide the basis for various practical activities that help to understand the connections between elements of systems in reality (Dulamă, 2008), causeeffect relationships (Dulamă & Ilovan, 2015, 2017), perceiving and accurate representation of space and time (BagolySimó, Dulamă, Ilovan, Kosinszki, & Răcășan, 2016).
In order to prepare the preschoolers for school, educators should pay a special attention to the development of thinking, which at the preschool age has a gradual transition, from sensorimotor thinking to intuitiveimaginative and verbal thinking (Dulamă, 2011). So, logical games are focused on the formative side of the activity, aiming to prepare pupils for the learning process. Taking into account the fact that the logicalmathematical game is based on the first knowledge and elements in the sphere of mathematics, it is advisable for the educators to valorise their mastery, the pedagogical tact and the professional experience, putting their personal footprint on the game by introducing some active methods or attractive teaching materials that will stimulate the spirit of initiative, inventiveness and independence in the thinking of pupils. Besides, methodological suggestions that shade the peculiarities of the playful activities can be found in uptodate specialized papers of Tătaru, Glava, and Chiş (2014), Lăzărescu and Ezechil (2015).
Problem Statement
In the educational plan, there is a growing interest in identifying and implementing psychopedagogical strategies that can provide the prerequisites for school and can develop the necessary skills necessary to the next educational stage. In the context of the changes brought by the new educational paradigm in preschool education (MECT, 2008), we consider it appropriate to innovate the logicalmathematical game in order to develop competencies among preschoolers. But first of all, we wanted to find the opinion of the preschool teachers about the accessibility of the logicalmathematical game, which difficulties encountered in the design and integration of the logicmathematical game, how to optimize this type of game in order to increase its attractiveness and, implicitly, the interest of preschools for instructional and educational activities involving this game. By applying a questionnaire, we wanted to identify teachers' views on these questions. Their opinions will help us identify ways to innovate the logicalmathematical game so that to meet the requirements of the new preschool curriculum.
Research Questions
The research questions are:
How often logicalmathematical games are used in preschool education?
What are the possibilities of integrating logicalmathematical games in kindergarten activities?
What are the formative valences of the logicmathematical game for preschoolers?
How can be optimize logicalmathematical games in preschool education?
Purpose of the Study
The purpose of this study was to collect information on the perception and opinions of preschool teachers about how the logicalmathematical game is being used in the educational process carried out in the institutionalized kindergarten environment.
Research Methods
46 teachers completed voluntarily the questionnaire. 56% of respondents have a teaching experience of more than 20 years, and the others less. 60% of the preschool teachers have the first didactic degree (which is the highest stage of the teaching career in Romania), and the others have the second didactic degree, the definitive didactic degree or are debutants. 56% of the preschool teachers teach in the urban area. The respondents’ level of expertise and the years of teaching experience ensure the response credibility. In research, was involved the teacher for preschool education Moldovan Krisztina Rita, who developed the questionnaire based on the study of several bibliographic sources and accepted using its results in this study.
Procedure
Data collection was conducted using the questionnaire survey method. The questionnaire applied by the preschool teacher had three parts. The questionnaire was made using the Google forms application in Google Drive. The questionnaire contained 16 items on the use of logicalmathematical play within the educationaleducational activities of the kindergarten. Out of these, 6 were singlechoice items, 3 items were asked to choose answers on a Likert scale with 5 values, 2 items were multiple choice, and 5 items were openended. The questionnaire covered three parts. The first part had 4 items related to age, the years of teaching experience, didactic degree and level of studies. The second part covered 6 items (questions 510) regarding the perceptions of educators on the accessibility of the logicalmathematical game among preschoolers, as well as the design of the integrated instructiveeducational activities that include logicmathematical game. The third part of the questionnaire contained 6 questions (questions 1116), which focused on the formative valences of the logicalmathematical game and ways to optimize it. The collected data was statistically processed, represented in tables and diagrams specific to Education Sciences (Bocoş, 2007; Magdaș, 2018) with the Excel spreadsheet editor.
Participants
15 teachers for preschool education completed voluntarily the questionnaire. Teachers participating in the study are young, 67% of them having an age between 21 to 39 years old, only 13% of them are in the last decade of didactic activity. Regarding the education level of the preschool teachers, only 20% graduated a pedagogical high school, while 80% of them have a licence degree in preprimary education. Only a small percentage of the preschool teachers participating in the study (6.7%) have a Master’s Degree in Sciences of Education. 26.7% of the teachers participating in the study are debutants, with a minimum experience in the field, 46.6% of the respondents have experience between 2 and 16 years, and the remaining 26.7% have an extensive experience. 27% of the respondents are debutants, one third of them have the definitive didactic degree and the 40% remaining have the first or second didactic degree (which are the highest stages of the teaching career in Romania).
Findings
The regularity with which logicalmathematical games are used
A high percentage of 67% of teachers use the logicalmathematical game weekly in educationalinstructional activities, 27% of them use it 23 times per month, while a very low percentage of 6% use it approximately two times per semester.
The ways of integrating the logicalmathematical game into the kindergarten activities
In Table
We see preschool teachers’ preference for the integration of logicmathematical games in the Man and Society Domain with practical activities, which is natural because it is much easier to achieve such integration. The actual approach consists of designing the logicalmathematical game in order to achieve the proposed operational objectives, aimed to the valorisation of mathematical knowledge in the sphere of geometry, followed by the application of the acquired knowledge through the practical realization of some practical works. For example, in the integrated activity: "At Zoo", the pupils participate in a logicalmathematical game that involves: identifying the cages of the wild animals according to their geometric shape and the placement of each wild animal in his own cottage; making masks with some shapes geometric: the elephant made of circles, the tiger made by triangles, the zebra made by rectangles. The reason for the high percentage of 60% of teachers, who prefer the integration of logicalmathematical game with practical activities, is because gives pupils a concrete understanding of mathematical notions.
Only a small part of the preschool teachers integrates logicalmathematical game with activities specific to language learning or artistic and skill, because this requires a greater effort. Rather, they integrate logicalmathematical games in environmental knowing activities, where they can use visual aids to illustrate geometric features, and preschools have the opportunity to handle didactic material, to tap and learn directly by discovering geometric shapes. For example, within the "Our House" integrated activity, preschool children are in a position to associate the elements of the house with different geometric shapes: the roof with a triangle, the house viewed from the outside with a square, the walls of a room with a rectangle, sink with a circle, and so on.
The educators participating in the study appreciated differently the level of difficulty of transmitting and assimilation of geometry knowledge by preschool children. 20% consider difficult to train preschoolers in the field of geometry, about half (47%) consider it has an average difficulty and only a quarter believe it is easy to get knowledge in the sphere of geometry by the preschool children and fewer, only 6.7% being very easy.
60% of the teachers consider the integration of the logicalmathematical game in other educationaleducational activities than the mathematical ones to be a little difficult, 20% do not appreciate it at all difficult, while a percentage of 20% considers it quite difficult.
47% of teachers design instructionaleducational activities involving logicalmathematical game in less than 1 hour, 40% allocate between 12 hours in the design of such activities, only 13% of respondents consider that it takes more time, between 24 hours.
Formative valences of the logicmathematical game
Teachers participating in the study had to appreciate on a Likert scale of 5 values to what extent logicalmathematical games develop certain preschool competences from a provided list. Average scores of respondents are shown in Figure
We find that “Attention” is the most appreciated competence developed by logicalmathematical games, which is consistent with the mathematics specificity. Surprisingly, the "Application of mathematics in various contexts" is considered by respondents to be the least developed competence through logicalmathematical games. Corelating these observation with the fact that the "Interdisciplinary knowledge" competence was given less than 4 points, we can conclude that preschool teachers are able to approach interdisciplinary these games only in a little measure. The fact that “Oral expression” also has a mean under 4 shows that this type of games uses a limited language. However, some of the teachers have given examples of integrating these games with language learning. According to the opinions expressed in the study, two more positive effects related to the participation of preschoolers in the logicalmathematical games were highlighted: stimulation of their interest and their imagination, the first effect having a much larger share in the opinions expressed, 82%.
Ways to optimize the logicmathematical game
The suggestions made by the preschool teachers in order to optimize the logicalmathematical game focused mainly on the diversity and attractiveness of the didactic material (57%), as well as the introduction of novel elements in the game (29%). Only 7% recommend using educational software and others 7% recommend rewards to increase the attractiveness of the logicalmathematical game. It has been noticed that more than half (53.3%) of teachers use traditional methods to facilitate the assimilation of mathematical knowledge in geometry by preschoolers, only onethird (33.3%) use interactive methods and less than a quarter turn to pragmatic methods, which imply the applicability of mathematical notions to everyday reality.
Teachers have noticed that preschool children apply mathematical notions in the field of geometry in activities undertaken in the kindergarten; in other words, with the help of geometric pieces, they build different objects as: castles, houses, rooms, rockets or reproduce aspects of nature such as animals or landscapes.
In terms of evaluation, 73.3% of teachers prefer to use math sheets specially designed to evaluate mathematical knowledge in the sphere of geometry, 20% use the math sheets included in the didactic aids and a small percentage of approximately 7% of teachers design freely chosen activities, which include work tasks involving mathematical knowledge in this field.
Conclusion
The diversity of ludic activities in the kindergarten's educational offer increases the interest of pupils in the learning process. In this context, logicalmathematical games are a valuable and effective educational component, to which every teacher has to pay attention, by adopting, first of all, a creative attitude both in the way of doing the activity and in the relationship with the children, so a relaxing atmosphere that allows pupils to stimulate creatively. The study has confirmed the importance of logicalmathematical play in kindergarten. We have found a regular use of this type of game and the fact that teachers are aware of its formative aspects. Most teachers integrate the logicalmathematical game with activities from other experiential areas, although the methods used by them are rather traditional.
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17 June 2020
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Teacher, teacher training, teaching skills, teaching techniques, special education, children with special needs
Cite this article as:
Magdaș, I., RăduțTaciu, R., & Iușca, V. (2020). The Using Of LogicalMathematical Game In The PreSchool Educational Activities In Romania. In V. Chis (Ed.), Education, Reflection, Development – ERD 2019, vol 85. European Proceedings of Social and Behavioural Sciences (pp. 630637). European Publisher. https://doi.org/10.15405/epsbs.2020.06.65