Teacher Education
A. Pourahmadali; A. Sheykhi Fini; H. Zainalipour; S. Izadi
Abstract
Background and Objective:The experience of some countries, including Japan, shows that opening the classroom and the whole educational process from design to evaluation to teachers and creating an educational group creates a cycle of gradual improvement of the educational process in the classroom and ...
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Background and Objective:The experience of some countries, including Japan, shows that opening the classroom and the whole educational process from design to evaluation to teachers and creating an educational group creates a cycle of gradual improvement of the educational process in the classroom and it brings positive effects. One of these methods that has emerged from the heart of the school and the classroom in the Japanese education system is lesson study. Lesson study is the most important factor in educational performance to develop the teaching profession. Curriculum research is a research circle in which teachers research curriculum topics in groups. In this advanced model, teachers and professionals work together. The assessment team (teachers) focus all their efforts on educating students in the classroom to grow and refine the subject matter. Through lesson study, the teacher communicates with the practice of research to base the practice of teaching on thought and action. Thoughtful and research-based practice actually introduces a set of skills and abilities that put a person in a critical position to solve problems and issues. This study aimed to explain principles governing desirable lesson study practice in mathematics in Mazandaran Province’s Educational Office. Methods:The research method was qualitative and of phenomenological type. The statistical population of this study included all experts in lesson study. 16 participants were selected through Snowball sampling. The sample size was determined by theoretical saturation. The data collection instrument in this study was semi-structured interview and th validity of the data was assessed and verified by evaluating the participants. The data resulted from interviews were analyzed through categorization method. Findings: Totally, 5 major categories were extracted from the interviews, including human aspect (creativity, responsibility and being open to criticism), structural aspect (technological equipment, supervision, programs, load of teacher work, ratio of the number of teacher to the student and applying results), cultural aspect (teamwork, school culture, belief and commitment to impact of lesson study, family cooperation, Researchers' spirit of teacher and principlas, teacher cooperation place of competition), managerial aspect (support, scoring process, authorities’ support, provision of budget, support of other school factors and time) and pedagogical aspect (exchange of useful educational experiences, workshops, new teaching styles, provincial team of lesson study, educational content, conversion of quantitative evaluation to descriptive and educational design). Conclusion: This study was conducted with the aim of explaining the principles governing the optimal implementation of mathematics studies in primary schools of education in Mazandaran province. The categories extracted from the interviews include the human aspect, the structural aspect, the cultural aspect, the managerial aspect and the teaching-learning aspect. The human aspect includes the variables of creativity, responsibility and criticism. The structural aspect includes the variables of technological equipment, supervision, programs, teacher workload, teacher to student ratio and application of results. The cultural aspects include the variables of teamwork, school culture, belief and commitment to the impact of study, family cooperation, research spirit of teachers and principals, teacher cooperation instead of competition. The managerial aspect includes support, scoring process, official support, funding, support of other school and time executives. The teaching-learning aspect includes variables of conversion of useful educational experiences, workshops, new teaching styles, provincial study team, educational content, conversion of quantitative evaluation into descriptive and educational desig
Mathematics Education
E. Mohammadzadeh Chineh; H. Soltanzadeh
Abstract
Background and Objectives:Architecture training is to enable students to create three-dimensional spaces for human activities or to provide a better environment for human societies. Today, a wide range of different activities in the fields of skills, industry, creativity, knowledge, wisdom, are under ...
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Background and Objectives:Architecture training is to enable students to create three-dimensional spaces for human activities or to provide a better environment for human societies. Today, a wide range of different activities in the fields of skills, industry, creativity, knowledge, wisdom, are under the general title of "architectural education" in the schools of architecture. Typically, the curriculum in contemporary architecture schools is a set of basic courses that develop design knowledge, technology courses that develop the scientific formation of architecture; art courses to express architecture and finally design courses, which is a combination of the previous three and is the defining part of design education. The necessity of mathematics education and application of its concepts in architectural design is among major concerns of educational programs in universities and contemporary educational institutions. In architectural education in Iran, mathematics is delivered through traditional methods and independent from design practical courses. Moreover, mathematics is considered as a secondary course or sometimes an intricate problem in education. Professors of architecture always point to difficulties of students in understanding mathematical concepts and their application in structural design process. Methods and Materials: Therefore, the present study tries to compare the degree of attention to mathematics in architectural curricula in selected universities abroad and in Iran in order to provide a comprehensive knowledge regarding the place of mathematics in the curricula of these countries and prepare the ground for the development of an appropriate educational program incorporating mathematics in architectural education curriculum in our country. Findings: Comparative analysis of mathematics role in curricula of different universities and its targets via applied analytical-descriptive research method suggests that average mathematical courses provided in US architectural schools during the training course is 3%, in Asian countries 2.2% and in Iran 1.7%. The results emphasize the coordination of mathematical teaching methods with modern developments in design process and show that it entails mathematical knowledge delivered in the format of combined independent courses as preliminary, applied, technological and design. Conclusion: Mathematics courses and their teaching in architecture must be in line with new developments in the design process. This issue requires the definition of new courses in the field of mathematical application in architecture, mathematical history in architecture, as well as combined courses to transfer mathematical knowledge to design workshops. The subject of mathematics courses as independent preparation and basic courses for engineering students with the content of calculus, mathematics or their combination should be revised. This will give a new definition to the nature of the relationship between architecture and mathematics, as the role of mathematics in design was a priority in the Middle Ages. Considering the design workshop as the core of the architecture education program in the first and second academic year with an average of 40-36 credits per year, it is necessary to apply and new meaning of mathematics in introductory design workshops in two analytical-logical and structural concepts. Pay attention.
Education technology -training course
L. Jokar; M.R. Fadaee
Abstract
Among the varieties of educational topics, mathematics as an essential subject, is taken under consideration in different aspects, but its abstract quiddity causes that people think mathematics and its classes have no relations with values. In this research while the values in mathematics and its teaching ...
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Among the varieties of educational topics, mathematics as an essential subject, is taken under consideration in different aspects, but its abstract quiddity causes that people think mathematics and its classes have no relations with values. In this research while the values in mathematics and its teaching are introduced and investigated, the amount of teachers tendency’s in high school to different mathematics values and its relation to the teaching methods are studied. The data are collected by 53 questionnaires. The mathematics teachers of high schools in Fasa city filled the forms of this research. The attraction aspects of class activities focused on the value of the control.
S.M. R. Mortazavi
Abstract
Present Study as a "meta-analysis" research aims to determine the role and methods of communication, regarding verbal and nonverbal learning in mathematics is provided. Research conducted for this purpose (18 Researches) on mathematic teaching, in the form of research papers published in the Journal ...
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Present Study as a "meta-analysis" research aims to determine the role and methods of communication, regarding verbal and nonverbal learning in mathematics is provided. Research conducted for this purpose (18 Researches) on mathematic teaching, in the form of research papers published in the Journal of Educational Innovations, as the main concept was considered. Out of the 8 research papers published in terms of attention to communication variables has more extension of the statistical society of this research. Then, according to the variables performance methods, questions and results showed in them was descriptive-qualitative and get “meta-analysis. The main question of this study is to research on mathematics teaching is based on the method of communication, what are the similarities and differences in the use of effective communication? During the investigation, it was determined that the communication patterns of multiple and sometimes conflicting have more attentions and proposed recommendations, which are as follows: emotional, participatory, supporting, visual, objective and balanced in a form of speech, physical, visual and audio that leads to any progress performance of learners and their learning mathematics and problem solving.
