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• SPATIAL APPROACH DEVELOPMENT IN MATHEMATICS CLASSES AMONG CHILDREN 11-12 YEARS OLD

  77-83

  Zsuzsa Nagy Lehocky

  Tibor Szabó

  Views:

  128

  The development of the spatial approach of schoolchildren is an important task of the educational process, especially the practical application of the acquired competencies in real life. In the study, we briefly present the developmental tasks used in our project focusing on the development of spatial perspectives for 11-12-year-old students, which were implemented in mathematics lessons. Students solved tasks that focused on problem solving with 2D and 3D objects, analyzing these situations and manipulating with objects.

• DEVELOPMENT OF LOGICAL-MATHEMATICAL ABILITIES OF HEARING IMPAIRED STUDENTS THROUGH THE USE OF BOARD GAMES

  5-16

  Brigitta Bolgár

  Éva Ráduly-Zörgő

  Views:

  128

  Students with hearing impairment can be successful at and enjoy studying mathematics. Our research focuses on studying the effectiveness of using board games in developing basic mathematical skills and logical thinking in students with hearing impairment. Sample: n = 10 (2 females, 10 males) hearing impaired pupils (average age = 11,6 years). Method: an examination of logical-mathematical abilities before and after development. Result: strategic and logic-based games significantly impacted the development of mathematical skills and knowledge acquisition in mathematics.

• THE SOCIO-DEMOGRAPHIC CHARACTERISTICS AND ACADEMIC PREPAREDNESS OF STEM STUDENTS IN HUNGARY

  73-86

  Emese Alter

  Views:

  153

  Although the dropout behavior and labor market opportunities of STEM (Science, Technology, Engineering, and Mathematics) students and the masculinization of STEM fields are all well-researched topics in STEM research, there is a very limited body of literature focusing on the social background and academic preparedness of STEM applicants. Thus, in this research, we compared STEM and non-STEM students based on their type of settlement, type of secondary school program, the rate of students coming from a disadvantaged background, extra points given for academic accomplishments, and total application score. To identify variables that significantly predict getting admitted to a STEM field, we conducted binary logistic regression. During our research, we conducted the analysis using the 2017 Hungarian Admission Database. Our sample consisted of those who got admitted to a full-time BA/BSc or undivided course (N = 41324). According to our results, STEM students cannot be identified as a disadvantaged group either in terms of their social background or their lack of academic preparedness. According to the results of the binary logistic regression, the main predictors of getting admitted to a STEM field are gender (male), having a language certificate, and having a vocational training certificate. The main goal of our research was to explore whether the individual characteristics of STEM students can be the reason behind the high attrition rates specific to STEM fields. Since our results did not support this conclusion, we suppose to further investigate the role of institutional variables (such as climate, the selective approach of college teachers, and high academic expectations) in dropouts.

• DIDACTIC GAMES TO DEVELOP MATHEMATICAL CONCEPTS FOR CHILDREN WITH SPECIAL NEEDS IN KINDERGARTEN

  83-93

  Tiiu Tammemä

  Siret Maaring

  Views:

  276

  Children with developmental disorders do not acquire the same way as do children with an age-appropriate intellectual level, so it needs to be carefully chosen what kind of methods to use and in what way to teach the children. For preschool children, the most efficient and simplest method of teaching mathematics is a playful approach to learning activities. The purpose of this work was to create a set of materials to support the teaching and learning of mathematical concepts for preschool-age children with special needs. There were created learning materials such as Train, Shelves, Long and short, Butterflies and cars, Wide and narrow road, and board game Owls. All the learning materials, including a board game, are laminated and most of them are provided with velcro strips to stick different parts. All the learning materials are tested on preschool-age children and asked specialists and teachers, who work with children with special needs, to give their expert evaluation. Learning materials support teaching mathematical concepts for preschool-age children with special needs.