Early Childhood Corner: Learning about “One”: Units as a Cornerstone for Head Start Mathematics

2003 ◽  
Vol 10 (4) ◽  
pp. 210-215
Author(s):  
Catherine Sophian

An important goal of teaching mathematics to young children is to give them a sound foundation for future mathematics learning. Therefore, teachers must identify how the things they teach young children—and the ways in which they teach them—can impact students' ways of thinking about mathematical concepts that will become important in the elementary school years and beyond.

2021 ◽  
Vol 41 (1) ◽  
pp. 57-68
Author(s):  
Soyoung Park ◽  
Sunmin Lee ◽  
Monica Alonzo ◽  
Jennifer Keys Adair

In this article, we draw on DisCrit to critically analyze how a group of early childhood educators approached assistance with young children of color with disabilities in a Head Start inclusion classroom. Using examples from data collected over one school year, we demonstrate how child-centered assistance advances justice for young children of color with disabilities who are often subjected to a surveillance culture in schools. We critique assistance that aligns with the medical model of disability and aims to change young children of color with disabilities to conform to ableist, racist expectations of schooling. We offer examples of assistance practices that contrastingly aim to support young children of color with disabilities to pursue their own interests and purposes. Through these counterstories, we reconceptualize assistance as a practice that can support young children of color with disabilities to be more fully themselves.


2006 ◽  
Vol 13 (1) ◽  
pp. 19-21
Author(s):  
Ann Baker ◽  
Kimberly Schirner ◽  
Jo Hoffman

Exploration, inquiry, manipulation, discussion, and discovery all come to mind when we envision young children involved in mathematical activities. Early childhood education engages students in an exploratory journey from birth through age 9 in empirical mathematical concepts. The focus of early mathematics is to develop a strong foundation of the requisite skills and concepts throughout NCTM's five Content Standard strands (NCTM 2000). The wide ranges of abilities and understandings of mathematical concepts in early childhood classrooms challenge teachers to meet all students' intellectual needs. In this article, teachers of primary-grade multiage classrooms describe how they used scaffolding to capitalize on the wide ranges of abilities and met their students' needs by providing opportunities for their young learners to work together to understand mathematical concepts.


2017 ◽  
Vol 18 (1) ◽  
pp. 99-103 ◽  
Author(s):  
Joohi Lee ◽  
Mohan D. Pant

This article presents the correlation analyses of mathematics item response theory scores from the Early Childhood Longitudinal Study, Kindergarten Class of 1998 and 2010 data, and proposes the critical need for systematic efforts to improve the quality of pre- and in-service teachers of young children in teaching mathematics.


2020 ◽  
Vol 3 (1) ◽  
pp. 77-88
Author(s):  
Mukti Sintawati ◽  
Mifta Rudiyanta ◽  
Muhammad Nuryanto

Learning mathematics in elementary school is expected to adjust to the cognitive development of students. Abstract mathematical concepts make students need help to understand them. This study aims to develop mathematics learning media geometry for 4th grade elementary school students. This development research uses the Borg & Gall research model which was carried out to the seventh stage, namely research and information collecting, planning, developing preliminary form a product, preliminary field testing, main product revision, main field testing, and operational product revision. Product trials were conducted at Ngablak Public Elementary School. Data collection instruments were using a questionnaire. The questionnaire used to assess the appropriateness of the media was an expert validation assessment sheet, while the teachers’ assessment sheet and students’ response questionnaire were used to determine the practicality of the product. The validation results from the experts obtained that the Magic Geometry media was declared very appropriate to be used in learning mathematics with an average score of 4.45. The results of the teacher practicality assessment were stated to be very practical with a score of 4.9 and the student’s response questionnaire received an average score of 4.2 with a practical category. The results of the student response questionnaire also showed that Magic Geometry made learning becomes more interesting and materials easier to understand.


Author(s):  
Jalinus ◽  
Jesi Alexander Alim

Tujuan penelitian yang dilakukan adalah untuk melahirkan media interaktif berbasis komputer yang dapat digunakan untuk materi penjumlahan dan pengurangan bilangan bulat oleh guru dan siswa karena media interaktif berbasis komputer ini dapat menyampaikan konsep matematika khususnya penjumlahan dan pengurangan bilangan bulat menggunakan animasi yang menyenangkan sesuai dengan tahap berpikir siswa SD yang masih berada pada tahap konkrit atau semi abstrak. Jenis penelitian ini adalah penelitian pengembangan (development research) dengan rancangan penelitian (langkah-langkah) berikut: 1. tahap analisis meliputi: a) melakukan wawancara dengan guru kelas IV SD tentang pembelajaran matematika; b) menganalisis silabus mata pelajaran matematika kelas IV SD; c) menganalisis buku teks matematika yang digunakan oleh guru SD; d) mereview literature tentang bahan ajar. 2. Tahap Prototype, meliputi: a) tahap validasi,, mliputi validitas isi dan konstruk; b) tahap paktikalita, dilakukan uji coba pada SD Babussalam Pekanbaru; 3. Tahap penilaian, meliputi kegiatan dipusatkan untuk engevaluasi apakah prototype (uji coba) dapat dipakai sesuai yang diharapkan dan efektif meningkatkan kualitas pembelajaran. Hasil validasi dari para validator menunjukkan bahan ajar matematika interaktif berbasis computer pada materi penjumlahan dan pengurangan bilangan bulat telah valid (bahan ajar telah sesuai dengan yang diharapkan). Hasil ujicoba yang dilakukan pada kelas IV SD Babussalam Pekanbaru menunjukkan bahwa bahan ajar interaktif berbasis komputer pada materi penjumlahan dan pengurangan bilangan bulat sudah praktis, terbukti dari hasil deskripsi dan analisis data yang diperoleh dapat disimplkan bahwa bahan ajar efektif dalam memunculkan aktivitas belajar siswa dan dapat membuat siswa belajar mandiri dan menyenangkan.   The purpose of the research is to construct computer-based interactive media that can be used for the addition and subtraction of integers by teachers and students because this computer-based interactive media can convey mathematical concepts in particular integers using fancy animations according to students' thinking stages (Elementary school) who is still at a concrete or semi-abstract stage. This research is developmental research with the design of the study (steps) following: 1. the analysis phase includes: a) conducting interviews with fourth grade teachers about mathematics learning; b) analyze the syllabus of 4th grade elementary school mathematics subjects; c) analyze mathematical textbooks used by elementary school teachers; d) reviewing the literature on teaching materials. 2. The Prototype stage, includes: a) validation stage, including content and construct validity; b) paktikalita stage, conducted a trial on Babussalam Pekanbaru Elementary School; 3. The assessment phase, including activities focused on evaluating whether the prototype (trial) can be used as expected and effectively improving the quality of learning. The validation results from the validators show that the computer-based interactive mathematics teaching material in integer addition and subtraction material has been validated (expected). The results of experiments conducted at the fourth grade of Babussalam Pekanbaru Elementary School showed that interactive computer-based teaching materials in integer addition and subtraction material were practical, as evidenced from the results of the description and analysis of the obtained data that it could be effective in generating student learning activities and promoting students self-learning and interests.


2020 ◽  
Vol 12 (1) ◽  
pp. 27
Author(s):  
Sulthon Sulthon

This study aims to: 1) find out the types of mathematics learning difficulties experienced by MI students, 2) find out the factors that cause difficulty learning mathematics of MI students, and 3) know the concepts and understanding of mathematics to overcome the difficulties of learning mathematics at Students Islamic Elementary School (MI).The research method used in this study is qualitative. The subjects of this study were two math subject teachers and sixs students who indicated mathematics learning difficulties. While the data collection techniques are observation, interviews, and documentation. Data analysis was carried out with descriptive analysis with data reduction, data presentation, and conclusion drawing.The results showed that: 1)Types of Mathematics learning difficulties experienced by MI / SD students include are, (1) low basic Mathematics skills relating to reading errors understanding the problem; transformation, answer writing process skills; (2) concept errors occur which include: errors in determining the theorem / formula, not writing theorem / formula; (3) procedural error, that is, the inability to manipulate the working steps of Mathematics and not using reasoning conclusions correctly; (4) computational errors that consist of errors in manipulating operations, and do not check the results of the calculation again; 2. Factors causing the difficulty of learning Mathematics MI students are, (1) internal factors, namely low interest and motivation to learn, low intellectual ability, and wrong perceptions of Mathematics, and not mastering the basic concepts of Mathematics; (2) external factors namely the teacher, the teacher lacks mastery of Mathematics material, the teacher does not understand the characteristics of students in learning, the teacher is less able to use active learning techniques, the lack of fulfillment of student books, the school environment is less supportive, and the community environment;  3.  efforts to overcome the learning difficulties of MI students' Mathematics are, (1) building basic concepts of Mathematics and understanding proper Mathematics by teaching concepts, principles, with language that is easy for students and linking students' daily experiences; (2) re-teaching Mathematical concepts with theories or formulas that have been learned; (3) the development of students' intuitive thinking; (4) rebuild procedural Mathematics by repeating mathematical problems or problems by paying attention to facts, concepts, and principles that have been learned; (5) provide Mathematical remidial learning guidance. Keywords: learning difficulties, mathematics, islamic elementary school (MI) Abstrak Penelitian ini bertujuan untuk: 1) mengetahui jenis kesulitan belajar Matematika yang dialami siswa MI, 2) mengetahui faktor penyebab kesulitan belajar Matematika siswa MI, dan 3) mengetahui upaya mengatasi kesulitan belajar Matematika siswa MI. Metode penelitian yang digunakan dalam penelitian ini adalah kualitatif.  Subjek penelitian ini adalah dua guru mata pelajaran matematika dan 6 siswa yang terindikasi kesulitan belajar matematika. Sedangkan teknik pengumpulan data dengan observasi, wawancara, dan dokumentasi. Analisis data dilakukan dengan analisis deskriptif dengan reduksi data, penyajian data, dan penarikan kesimpulan. Hasil penelitian menunjukkan bahwa: 1). Jenis kesulitan belajar Matematika yang dialami siswa MI/SD meliputi: (1) rendah keterampilan dasar Matematika yaitu berkaitan dengan kesalahan membaca soal, memahami masalah, transformasi, keterampilan proses penulisan jawaban; (2) terjadi kesalahan konsep yang meliputi: kesalahan dalam menentukan teorema/rumus, tidak menuliskan teorema/rumus; (3) kesalahan prosedural yaitu, ketidakmampuan memanipulasi langkah-langkah pengerjaan Matematika, dan tidak menggunakan penalaran kesimpulan dengan benar; (4) kesalahan komputasi yang terdiri dari kesalahan dalam memanipulasi operasi, dan tidak memeriksa hasil hitungannya kembali; 2). Faktor penyebab kesulitan belajar Matematika siswa MI adalah, (1) faktor internal yaitu minat dan motivasi belajar rendah, kemampuan intelektual rendah, persepsi yang salah terhadap Matematika, dan tidak dikuasainya konsep-konsep dasar Matematika; (2) faktor eksternal yaitu guru, guru kurang menguasai materi Matematika, guru tidak memahami karakteristik siswa dalam belajar, guru kurang mampu menggunakan teknik pembelajaran aktif, kurang terpenuhinya buku siswa, lingkungan sekolah kurang mendukung, dan lingkungan masyarakat; 3) upaya untuk mengatasi kesulitan belajar Matematika siswa MI adalah, (1) membangun konsep dasar Matematika serta pemahaman Matematika yang tepat dengan mengajarkan konsep, prinsip, dengan bahasa yang mudah bagi siswa serta mengaitkan pengalaman sehari-hari siswa; (2) mengajar kembali konsep Matematika dengan teori-teori atau rumus-rumus yang telah dipelajari; (3) pengembangan berpikir intuitif siswa; (4) membangun kembali procedural Matematika dengan mengulang kembali soal-soal atau permasalahan matematika dengan memperhatikan fakta-fakta, konsep-konsep, dan prisip yang pernah dipelajari; (5) memberikan bimbingan pembelajaran remidial Matematika.   Kata Kunci: Kesulitan belajar, matematika, Madrasah Ibtidaiyah.


2020 ◽  
Vol 3 (2) ◽  
pp. 62
Author(s):  
Rachmaniah Mirza Hariastuti ◽  
Mega Teguh Budiarto ◽  
Manuharawati Manuharawati

House of Using Banyuwangi is one of the cultural components of the Using tribe in Banyuwangi-Indonesia which contains a lot of mathematical concepts. The existence of mathematical concepts in culture, commonly known as ethnomathematics, can be the basis for the development of mathematics teaching materials for elementary school. In addition to the application of cultural components in the form of Using traditional houses, the use of Using language as a language of learning can also be a bridge for students to be able to more easily understand mathematical concepts that are still abstract.


1976 ◽  
Vol 23 (1) ◽  
pp. 21-22

A project on the use of the MINICALCULATOR IN THE TEACHING OF ELEMENTARY SCHOOL MATHEMATICS is in its third year of development at the University of Wisconsin-Madison. Children in the second, third, and fifth grades are being taught important mathematical concepts, using the calculator as an aid. The project emphasizes the development of mathematical ideas, rather than simply using the calculator for a computational tool. In addition to developing curriculum materials, information has been collected that may help to resolve some of the calculator-in-the-classroom issues. Results indicate, for example, that young children have the manual dexterity needed for 11button pushing11 and that teaching children to use calculators does not result in over-dependence on the calculators. For sample curriculum materials and further information about the research results, contact J. Fred Weaver, University of Wisconsin-Madison, Teacher Education Building, 225 N. Mills Street, Madison, WI 53706.


2002 ◽  
Vol 95 (9) ◽  
pp. 714-717
Author(s):  
Leslie Aspinwall ◽  
Kenneth L. Shaw

AS MATHEMATICS TEACHERS, OUR INTUITION TELLS us that students benefit from being able to understand a variety of representations for mathematical concepts and being able to select and apply a representation that is suited to a particular mathematical task. Students develop mathematical power as they learn to operate on mathematical objects and to translate from one mathematical representation to another when necessary. For example, graphic representations convey mathematical information visually, whereas expressions represented symbolically may be easier to manipulate, analyze, or transform. The National Council of Teachers of Mathematics (NCTM) reinforces our intuition: “Different representations support different ways of thinking about and manipulating mathematical objects. An object can be better understood when viewed through multiple lenses” (NCTM 2000, p. 360). Notwithstanding our intuition and experience with students' representations, we teachers tend to think that students' graphic and visual abilities are always an advantage in mathematics learning. Indeed, we accept on pedagogical faith that students' conceptual understandings are enhanced whenever they use visualization.


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