Abstract/Notes: The purpose of this study is to analysis of Montessori sensory education and the math education content commonly included in the national curriculum. The study is based on the theoretical ground that diverse, specific and systematic activities and teaching tools would help efficient teaching of abstract math concepts to young children considering their developmental characteristics. First, the math education content commonly included in the national curriculum(2007 Kindergarten Curriculum and Standard Childcare Curriculum) was analyzed and then used as reference in determining the amount of math education content included in Montessori sensory education. According to this study, even though Montessori sensory education demonstrated limited relevance to number and arithmetics, all other math content was sufficiently addressed. Therefore, the use of Montessori sensory education could be considered an efficient approach to enhancing basic math ability of young children. / 본 연구는 몬테소리 감각교구가 국가수준 교육과정에서 다루고 있는 유아 수학교육 내용을 어느 정도 다루고 있는지 비교함으로써, 유아의 수학적 기초 능력 향상을 위해 몬테소리 감각교구를 활용하기 위한 기초자료를 마련하는 데 그 목적이 있다. 이를 위해 2007년 유치원 교육과정 및 표준보육과정에서 공통적으로 다루고 있는 수학교육내용(수와 연산, 기하, 측정, 규칙성, 자료의 분석)에 따라 몬테소리 감각교구를 분석하였다. 본 연구 결과 몬테소리 감각교구는 수학교육 내용 중 수와 연산과는 비교적 관련성이 적었으나 모든 감각교구가 수학교육 내용을 충분히 다루고 있었다. 따라서 유아의 수학적 기초 능력 향상을 위한 방안으로 몬테소리 감각교구를 활용할 수 있다고 사료된다.

Language: Korean

ISSN: 2288-4467

Language: English

ISSN: 1071-6246

Language: English

Abstract/Notes: Debbie Sheehan, a TEAC Elementary representative, describes her experience: "TEAC provides teacher education program directors and instructors the opportunity to work with seasoned Montessori directors and instructors from various teacher education programs. Currently, AMS is piloting a training program for teacher education programs and their adult learners. Between meetings, members are expected to participate in work groups and subcommittees, review and recommend teacher education programs for affiliation, review and make recommendations for teacher education standards, and serve as ambassadors for the larger teacher education community.

Language: English

ISSN: 1054-0040

Language: English

Language: German

Published: Würzburg, Germany: Königshausen und Neumann, 1990

ISBN: 3-88479-423-X

Abstract/Notes: This paper contrasts the use of education for conflict with the use of education for peace, shows some historical developments in the field of peace education, and summarizes facets and the diffusion of peace education. The paper explores some considerations for learning environments suitable for peace education programs and describes selected features of two schools to illustrate the implementation of some of the characteristics of peace education. It explains that, although college offerings in peace education worldwide demonstrate the scarcity of peace education programs in mainstream educational institutions, a Web site listing colleges and universities that offer peace studies programs shows approximately 120 graduate and undergraduate programs, most of which are located in North America. The paper notes that in public schools, peace education can at best be found in the international education or conflict resolution programs designed to prevent school violence. Appended is a reference list of peace education Web sites, selected by the U.S. Department of Education. (Contains 27 references.)

Language: English

Published: Orlando, Florida: Comparative and International Education Society, Mar 2002

Abstract/Notes: This action research studied the impact of peace education and portions of the Positive Discipline curriculum in a three-six primary Montessori classroom. During five weeks of implementing the research, sixteen students participated in class meetings for twenty minutes a day. The peace table activities and wheel of choice lessons were conducted individually and as a whole class. The peace table activities included a set of mini dishes on a tray, a rain stick, and a peace rose. The wheel of choice consisted of pictures and words of examples of what students could choose to help them solve problems. A few examples are count to ten, apologize, ask for help, and write your name on the agenda. Implementing the presentations into the classroom environment became a work for the students to use if needed and did not occur daily. As a work choice, the previous activities were available on tables and children were allowed to choose the work as many times as they felt was necessary. The research began with baseline data collection through SWIS (School Wide Information System) referral records, student interviews, and student surveys. Sources of data obtained during the study included interviews, surveys, observation tally sheets, and a field journal. The results presented an increase in social awareness and problem-solving skills through the class meetings. Students began acknowledging problems and brainstorming solutions. Class meetings will continue daily to extend the positive problem-solving capabilities and mindfulness students developed in their classroom community.

Language: English

Published: St. Paul, Minnesota, 2016

Language: English

Abstract/Notes: This research revolved around Johnson's (2013) definition of early childhood science, technology, engineering, and math (STEM) education, emphasizing the integration of science and math instruction with scientific inquiry, engineering design, mathematical analysis, and 21st-century interdisciplinary skills. Johnson recommended using an approach called integrated STEM, which aims to create a meaningful integration of STEM disciplines in the context of real-world challenges and problems. Given the swift advancements in science and technology, early exposure to STEM concepts is crucial for children. Research has indicated introducing STEM in preschool equips children with foundational skills to explore complex concepts in elementary school. Early childhood experiences have a substantial impact on cognitive and academic development, fostering brain development and enhancing lifelong cognitive and academic outcomes. Young children naturally exhibit qualities like prediction, hypothesizing, analysis, and curiosity. They actively engage with their surroundings, constructing scientific and mathematical understanding through hands-on STEM activities, and developing competence, knowledge, and problem-solving skills. This study employed narrative inquiry and autoethnography to explore early childhood educators' needs, talents, and challenges in integrating STEM curricula. It addressed critical questions about STEM education, such as its ideal form, optimal introduction timing, and ensuring equitable access for all preschoolers. The research examined educators' STEM knowledge and identified implementation barriers that affect STEM self-efficacy. This research underscores the importance of introducing STEM education early in childhood and highlights the need for comprehensive policies and equitable funding. The study's results bridge the knowledge–doing gap and emphasized the significance of adequately preparing educators to provide STEM-related curricula.

Language: English

Published: San Francisco, California, 2023