physical education
shida ranjbari; Zynalabedin Fallah; vahid shojaee
Abstract
The purpose of this study was to a Study of Factor effecting on Development in sport schools with Using the Structural Modeling Interpretative Model. The present study was descriptive -analytical study that was carried out fieldwork. The statistical population of the study consisted of physical education ...
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The purpose of this study was to a Study of Factor effecting on Development in sport schools with Using the Structural Modeling Interpretative Model. The present study was descriptive -analytical study that was carried out fieldwork. The statistical population of the study consisted of physical education experts, sports teachers, and education experts in the field of education that had sufficient experience in sport education in the field. Based on a Snowball sampling, 17 individuals were identified as the sample of the study. The research tool was a researcher-made questionnaire with 23 questions that included 23 factors influencing development of ICT in school sports, which were identified based on a comprehensive study of resources. The whole process of analyzing the data was done in SPSS and MicMac software. The present study revealed that some factors, as key independent actors have a significant role in the development of information and communication technology in sports schools. In order to develop information and communication technology in sport schools, comprehensive planning is needed to develop some key independent factors. Planning on the key factors identified in this study can create the ground for the development and promotion of information and communication technology in school sports.
Educational Technology
Z. Karami
Abstract
Background and Objectives: Humans in the 21st century face multiple challenges that require them to acquire certain skills in order to overcome them. Some tools, such as art and technology, create unique capabilities for education that can be used to address the challenges of the 21st century. The purpose ...
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Background and Objectives: Humans in the 21st century face multiple challenges that require them to acquire certain skills in order to overcome them. Some tools, such as art and technology, create unique capabilities for education that can be used to address the challenges of the 21st century. The purpose of this article was to describe the approach of technological artistic education for developing 21st-century skills in students.Methods: This study was a qualitative research conducted in a meta-synthesis approach. In the first step, reputable foreign scientific databases (such as ScienceDirect, Springer, Google Scholar, Eric, Taylor and Francis, etc.) and domestic databases were searched using specific keywords and terms such as cognitive flexibility theory, electronic and virtual learning environments, cognitive flexibility, principles and criteria of cognitive flexibility theory, etc., within the specified time range from 1992 to 2020. All relevant articles and texts were collected. In the end, 120 documents were found, of which 60 documents were relevant to the research questions. After careful reading of the texts, the necessary information was extracted according to the research questions. For data analysis, thematic analysis method was used, and inter-coder reliability was assessed using the agreement method between two coders.Findings: Based on the findings, the conceptual model of artistic-technological education was presented to develop the necessary skills of individuals in the 21st century. The pattern consisted of five main sections (challenges of the 21st century, skills needed to face the challenges of the 21st century, tools required to cultivate 21st-century skills, methods of cultivating 21st-century skills, and art and technology-based activities for cultivating 21st-century skills), each of which also had sub-sections. According to this pattern, the challenges of the 21st century included technological challenges, the nature of work challenges, economic challenges, and social challenges. The skills needed to face the challenges of the 21st century included general skills and specialized skills. The tools required to cultivate 21st-century skills included artistic education tools and technological education tools. The methods of cultivating 21st-century skills included artistic education, technological education, and artistic-technological education. And the art and technology-based activities for cultivating 21st-century skills included artistic activities, technological activities, and combined artistic and technological activities (artistic-technological activities). In order to facilitate the implementation of the artistic-technological education model, two methods of combining art and technology in the formal and informal curriculum of schools and the integration of four-parts of art and technology in the curriculum of schools were suggested.Conclusion: By utilizing the benefits of art and technology, individuals can be trained to overcome the challenges of the 21st century. Artistic education and technological education alone have the capability to cultivate 21st-century skills, but by combining the two and implementing artistic technological education, more desirable results can be achieved. Integrating technology and art in the formal and informal curriculum of schools can help learners improve their creative thinking, problem-solving, critical thinking, and personal and interpersonal skills in order to overcome the challenges of the 21st century. The conceptual model of artistic technological education, with the integration of art and technology in the formal and informal curriculum of schools, and can help learners improve their superior thinking skills and overcome the challenges of this century by equipping themselves with the necessary skills for the 21st century.
Educational Technology - Teacher Education
M. Rahimi; M. pourjamshidi; A. Momenirad
Abstract
Background and Objectives: Integrating technology in the classroom is one of the essential competencies of teachers in the age of information and communication technology. Achieving new learning standards and meeting the learners’ needs in the present century depends on this competence. One of ...
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Background and Objectives: Integrating technology in the classroom is one of the essential competencies of teachers in the age of information and communication technology. Achieving new learning standards and meeting the learners’ needs in the present century depends on this competence. One of the most important issues and challenges in this field is the low knowledge, skills and attitudes of teachers in achieving the desired level of technology integration in the classroom. This prevents the use of technological capabilities in order to increase the quality of the teaching-learning process and also to meet the needs of the global community. Therefore, it is necessary to examine the methods and strategies for empowering teachers in this field and improving their level of technology integration in the classroom. Accordingly, the present study aimed to investigate the impact of the learning community as a learning strategy on improving the competence of high school teachers in integrating technology in their classroom.Methods: The research method was mixed with an explanatory plan. In the quantitative part, the quasi-experimental method and the use of pre-test/ post-test with experimental and control groups, and in the qualitative part, the content analysis method were used. In conducting the research, knowledge and skills related to technology integration were discussed and shared in the classroom in the experimental group through the learning community, and the control group received the knowledge and skills related to technology integration separately. The statistical population of the study included all male teachers working in the first secondary school of District 2 of Kermanshah in the academic year of 1997-98, accounting for 310, of whom 30 teachers were selected from the statistical population via random sampling procedures and 15 via random placement in the experimental group and 15 others were included in the control group. In the qualitative section, all 15 teachers in the experimental group were considered as participants. The data collection tool was a semi-structured interview in the qualitative part and a researcher-made questionnaire in the quantitative part, compiled of 50 items. The validity of the questionnaire was confirmed by experts and its reliability was 0.97 using Cronbach's alpha. In the research, Momeni Rad’s (2020) learning community design model was used. Data analysis was performed using analysis of covariance using SPSS software and open coding was performed using MAXQDA software.Findings: The results showed that teachers' learning community had a positive effect on their integrated technology knowledge (p= 0.002 <0.01 and F= 3.465), teachers' attitude towards technology integration (p = 0.0166 and F = 6.698) and also, the application of technology in the classroom by teachers (p=0.012 <0.05 and F=7.358) leading to increased teachers' knowledge, attitude, and skills in integrating technology in the classroom. Also, the analysis of qualitative data through open coding led to the extraction of six main categories, including search, support, self-assessment, cognition development, daring to learn, and synergy identified as an influential factor in the learning community on the integration of technology from teachers` view.Conclusion: The learning community can be a supportive and effective factor in increasing the knowledge, attitude, and skills of teachers' technology integration in the classroom. Therefore, by forming and supporting teacher learning communities, the growth and development of teachers' professional competencies is increased in technology integration in the curriculum.
Education technology -training course
J. Mahdikhani Sarvejahani; H. Doosti; A. Tehranian; A. Shahvarani; M. Azhini
Abstract
Background and Objectives: Metaphors are powerful tools, which are used to present teachers' attitudes about mathematics and reflect their experiences. Teachers' metaphorical perception can make many educational events more tangible in order to examine the current status of education. Previous studies ...
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Background and Objectives: Metaphors are powerful tools, which are used to present teachers' attitudes about mathematics and reflect their experiences. Teachers' metaphorical perception can make many educational events more tangible in order to examine the current status of education. Previous studies asked provident teachers to provide metaphors for teaching mathematics and to use these metaphors to understand their attitudes about mathematics. On the other hand, these days, educational technologies have rapidly created new opportunities for meaningful education of mathematics. Therefore, the role of teachers in integrating education and technology is getting more and more important. Frequent use of technology, in almost every aspect of our lives, requires a change in the content and nature of school math programs, and it is important for students to use computers to increase their understanding of math concepts as they change. The use of computers in educational programs should be supported. Since the interpretation and explanation of teachers' attitudes toward the field of technology is important in teaching-learning, metaphors are used to compare mere and common interpretation. The National Council of Teachers of Mathematicshas stated that the use of technology is an appropriate method in mathematical reasoning, expression, problem solving, and effective communication. Moreover, the use of computers in educational programs should also be supported. Therefore, the main purpose of the current study based on the instrumentation method was to standardize the metaphorical perception scale of the effectiveness of mathematics education software in the teaching-learning process from the perspective of mathematics teachers.Methods: The research method was descriptive and the method entailed instrumentation and standardization. Using two-stage cluster sampling method and Morgan table, 198 male and female math teachers working in all primary and secondary state and non-state secondary schools in 1, 2, 3, 4 education districts of Tehranwere selected as the participants. Researchers prepared and designed a questionnaire with 44 items based on theoretical basics and related technologies in the field of mathematics education. In the first stage, CVI and CVR content validity indices were examined.Findings: After two stages of distributing questionnaires among eight experts in the field of education and technology of mathematics, the results showed that some items were removed due to not reaching the standard level. Finally, 28 items according to the components in the questionnaire were approved.The questionnaire was then distributed among math teachers in virtual networks.The results of reliability and exploratory factor analysis confirmed four factors with 26 items and the reliability value of each factor was proved and recordedbetween 0.78 and 0.94.Four main factors were identifiedincluding a metaphorical understanding of access and acquaintance, skill and mastery, interest, attitude, impact and application in the use of mathematical software.Conclusion: The results of this survey and tooling based on the views of math teachers showed that the four mentioned factors were very important in the efficiency and application of math education technologies and software in middle school teaching. Determining and explaining such factors can lead to a more detailed examination of the challenges and resources available in the preparation and distribution of mathematics education technologies in schools.
Educational Technology
A. Habibi-Azar; J. Keyhan; B. Talebi
Abstract
Background and Objectives: Research findings about the application of information and communication technologies in classroom has shown that despite the efforts had been done and the large amount of costs spent for empowering teachers' computer skills, but these activities have not been able to create ...
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Background and Objectives: Research findings about the application of information and communication technologies in classroom has shown that despite the efforts had been done and the large amount of costs spent for empowering teachers' computer skills, but these activities have not been able to create desired changes in the role and activity of teachers in schools. Therefore, the purpose of the present study was to study the phenomenological process of Iranian teachers' ICT competence in order to present a native model. Methods: This was a qualitative phenomenological research, because the lived experiences of teachers in achieving technological competence in the classroom have been used to explore the objectives of the study. The statistical population of this qualitative study were all teachers in Urmia city. 22 teachers (13 females and 9 males) were selected by non-probability purposeful sampling method with considering the desired characteristics and theoretical saturation based-rule. Participants who engaged in 17 different schools including public, board of trustees, smart, nonprofit, and rural schools, were selected. The data collection tool was semi-structured interview. Voice recording and note-taking (with emphasis on voice recording), as Two techniques for gathering data, were used. George's (1970) four-step coding approach were used to analyze the data. The coding process was performed in MAXQDA10 software. Findings:The findings of the qualitative analysis indicated that the process of teachers ICT-competence can be organized into five components, including; 1) motivation/ tendency/ interest in teachers including the following sub-components: “Changing in teacher’s salary”, “Changing teachers’ position”, “Create need”, “Classification of teachers based on the prior knowledge”, “Pay attention to the timing of the courses” , “Changing the look to the teaching profession” and “Choosing the right professor”; 2) planning, including the following sub-components: “Teachers Rating (Needs Assessment)” , “Determining curriculum (educational topics)”, “Choosing the right professor”, “Locate the right place” and “Determine the right time”; 3) beginning of the learning process including the following components: “Hardware training”, “Software training”, “Problem-solving training”, “Information literacy training”, “Facilitate access to educational resources” and “Support”; 4) implementation of the learning process including the following sub-components: “In-service preparation courses”, “In-service training courses”, “Specialized school courses”, and “Out-of-school courses” and 5) " institutionalization of technology competence " including the following sub-components: “Problem-solving training’, “Formalize collaboration between teachers” and ‘Formalize follow-up courses for teaching and learning”. Conclusion: This model is presented by looking at the needs of teachers, the conditions and Organizational structure of education, the facilities of schools, the status of courses, the cooperation between teachers, and so on. In this model, all the influential factors in the process of acquiring information and technology competence by teachers have been included and based on the content of the interviews, each of them has been considered in the relevant step. Although it could be organized these components or steps in hierarchical or step-by-step structure, but in many places it is possible to go back and start from the previous step. It is hoped that this model will be a step towards developing an appropriate model in the field of staff technology competence for the Education Organization and other organizations.
Books evaluation
Z. Abolhasani; M. Dehghani
Abstract
Background and ObjectiveS: The field of training and learning of work and technology is one of the eleven areas included in the national curriculum and includes the acquisition of practical skills for a productive life and the acquisition of competencies related to technology related sciences. One of ...
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Background and ObjectiveS: The field of training and learning of work and technology is one of the eleven areas included in the national curriculum and includes the acquisition of practical skills for a productive life and the acquisition of competencies related to technology related sciences. One of the main foundations of curriculum reform in the 20th century is the trend of increasing technology education. These competencies are essential for technological education and healthy life in the cyberspace, as well as readiness to enter professions and jobs in various economic and social sectors. According to Islamic teachings, work and employment have educational values and through work, human polishes their existential personality, establishes their identity and prepares the ground for their existential development and the possibility of earning a lawful livelihood and provides to meet the needs of the community. Another step in developing minimum skills is teaching design and technology in schools. Technology education, work and skills training will lead to personal development, increase productivity, participation in social and economic life, reduce poverty, and increase income and development. It should be noted that pathology is a systematic process of data collection in order to interact effectively and usefully in order to solve problems, challenges, pressures and environmental constraints in society. In fact, the pathology of the work and technology curriculum can help in determining hindrances, weaknesses and strengths, and challenges and opportunities and proposing suitable strategies. Also, warranting the quality in work and technology education is amongst the top priorities to develop the related curriculum, job selection and applied disciplines. If the quality of the curriculum of work and technology is not examined systematically, the entrepreneurship that is the top need of the country is not developed. The purpose of this study is to identify the damages in the implementation of the technology curriculum. Methods: This research is qualitative and phenomenological. This research was performed using a participatory observation tool and a semi-structured interview. The statistical society of this study was all Technology teachers and all students in secondary school in Baharestan city. Twenty of teachers were selected through available sampling, 80 of students were selected through accessible sampling and group interviews were conducted in groups of 6 to 8 people. Then the text of the interviews was analyzed in a 7-step manner. Findings: The findings of the research showed that from the perspective of teachers of technology education, five categories of "constraints, social factors, structural inadequacy, motivating strategies and curriculum planning" and ten sub-themes and from the perspective of students’ three categories of "social factors, motivational strategies and curriculum planning" and eleven sub-themes are vulnerable. Conclusion: There are many problems and damages from the point of view of teachers and students, for implementation of Technology Curriculum; Therefore, it is necessary to pay attention to the conditions for the implementation of efficient methods of Technology curriculum, as it plays an essential role in generating entrepreneurial generation. Therefore, policy makers and educators need to pay more attention to the proper implementation of this curriculum. Policymakers and educators should pay more attention to the proper implementation of this curriculum. In line with this research, the following practical suggestions are presented: in-service courses should be held for teachers regarding the complete training of skills and modules; necessary funds should be awarded to fully equip the schools with the necessary facilities to carry out activities; the content of the curriculum should be revised according to the needs of the students and the facilities of the school in order to provide the necessary context for communication with the real life of the students; a clear framework and criteria for student evaluation should be established.
Education technology -training course
M. Maleki; M.J. Liaghatdar; M.R. Nili
Abstract
Background and Objectives: Today, vocational education is a part of the school curriculum that is more about preparing students for life and employment in the society. This training can be the main part of the curriculum with a part of as the requirements for graduation or the fulfilment of other courses. ...
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Background and Objectives: Today, vocational education is a part of the school curriculum that is more about preparing students for life and employment in the society. This training can be the main part of the curriculum with a part of as the requirements for graduation or the fulfilment of other courses. This type of training should be an integral part of all phases of education and should be provided through an organized and graded program. In this regard, the main categories of work that are specifically emphasized are: work related to individual needs, work at home, work in the classroom, school and extracurricular activities, and integrated school loss, work as a learning experience, work in society by focusing on altruistic and selfless services, and work related to professional growth, production, social utility, and the discovery of opportunities and ways of caring. In addition to business skills, in today's modern world, access to information and knowledge and gain insight and attitude in this field, is considered important, so the skill of acquiring credible knowledge and information can be a factor in the growth and development of societies. And any plan, initiative, tool and device that focus on the interaction between the instructor and the learner in order to gain competencies is an example of educational technology. The purpose of the present study was to identify the basic skills of work and technology curriculum designed for junior high school students. Methods: This research has been carried out qualitatively using phenomenological method. The research community consisted of sample Iranian instructors of work and technology curriculum. Sampling was carried out by utilizing target method and standard type sampling. Professional interviews with 13 participants to the extent of saturation were used. For data analysis, the three-step coding method (open, axial and selective) was used. Findings: The findings showed that the basic skills included in work and technology curriculum at the junior high school consists of a series of categories as follows: perceptual (11 subcategories), communication (5 subcategories), ethics (5 subcategories), technical (6 subcategories) and technological (3 subcategories). Conclusion: Today, it is clear that the teaching and learning of students in the field of work and technology is not limited to school and high school, but it is necessary that students throughout life, from formal to informal education, have a desire for lifelong learning. In the meantime, one of the important tools of lifelong learning that leads to the growth and development of students is the acquisition of information and technology literacy skills, so that information literacy for students increases their ability to recognize information needs, recognize incomplete information, ability to access and discover information, the ability to evaluate information and select information. Technological literacy also increases students' innovation in practice, as well as their ability to use, manage, evaluate, and understand technology, followed by lifelong learning. In general, whether a student is successfully completing high school or not, learning basic skills can prepare him or her for the future. Learning the basics of work and technology should be such that the student is equipped with the abilities, skills, experiences, ambitions that lead to success in life after high school. The results show that it is necessary to revise work and technology curriculum at the junior high school education, and take into account the basic skills mentioned in this study.
Educational Technology
R. Alidehi Ravandi; M. S. Taher Tolou Del
Abstract
Background and Objective:Given that the current century is associated with innovation, speed and advances in information technology and knowledge transfer, the new generation is looking for ways to keep up with these changes. Therefore, improvements should be made in the content and method of learning. ...
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Background and Objective:Given that the current century is associated with innovation, speed and advances in information technology and knowledge transfer, the new generation is looking for ways to keep up with these changes. Therefore, improvements should be made in the content and method of learning. One of the new educational methods is education with technology. Technology is a tool created by human knowledge to produce, solve, and meet needs or wants with resources. Therefore, educational technology can be considered as the use of technology to create and manage technological resources and processes to improve educational performance with the aim of motivating and encouraging students to learn and facilitate the educational process. The present study was aimed at the meta-analysis and synthesis of the results of research on the impact of the use of technology in mathematical education considering the rapid progress of ICT in the present age and, consequently, the significant increase in studies on the impact of technology on the effectiveness of education. Methods:The statistical community is a research that studies the impact of using technology in advancing the goals of mathematical education and with the review of the history, 19 studies were found in this field. Findings: The research findings showed that the use of technology at 0.38 of variable variance predicts the achievement of the goals of mathematical education, so if technology can be fully integrated into teaching methods, it can be as an effective tool to improve students' learning in mathematics, therefore, considering the effectiveness of using technology in mathematical education, it is essential that the mathematical curriculum be formulated to bring content with a combination of technology. Conclusion: The aim of this study was to integrate the results obtained regarding the effect of using technology in advancing the goals of mathematics education by meta-analysis. The independent variables of this research include: educational software, computer games, multimedia, graphic images and computer use; dependent variables were: learning, self-efficacy, academic motivation, performance, executive functions, progress, self-regulation, memorization, attitude and participation in math lessons. Due to the correlation between the use of technology and the advancement of the goals of mathematics education, it is recommended that educational planners take the necessary care in compiling textbooks accordingly, and teachers' teaching methods should be in line with this issue and modified by using new technologies.
E-Lerning
P. Mesbahi Jamshid; M. R. Sarmadi; M. Farajolahi; M. Mirdamad; Z. Esmaili
Abstract
Background and Objective:Technology is a widespread and vital event in the present time. The digital form and the telecommunications sector, which have been accompanied by the transformation of social structures, have transformed the daily life more than the biological arenas and the ecology. The essence ...
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Background and Objective:Technology is a widespread and vital event in the present time. The digital form and the telecommunications sector, which have been accompanied by the transformation of social structures, have transformed the daily life more than the biological arenas and the ecology. The essence of technology is not neutral to be passive in the face of human affairs such as culture, but between technology and the production of thought has always been a two-way relationship. Technology has its own knowledge and is related to the philosophical infrastructure of time and it changes with them. This type of knowledge is based on performance and does not have a metaphysical nature. One of the technological events is the realization of a cybernetic space that is closest to the nature of technology. This proportion is due to the technological nature of cyberspace, the new human habitat in the form of transhumanism and the desire to circulate information rhizome, multidimensional and decentralized. The purpose of this research is the philosophical analysis of technology and to find its relation with cyberspace that is done analytically. Methods: The type of research is applied and the research method is analytical-documentary. Findings: Research findings show that what brings an object to the technological level is its structure and rationality, which both meet biological needs and generate new needs for humans; and progresses in a dialectical process to find its relation to the production of thought. Also, the study of the relationship between thought and technology shows that the Gestalt attitude towards technology is related to the relationship between man and technology. This ratio is explained by the specific knowledge of technology based on its conceptual basis in postmodern knowledge. The knowledge that is flexible, relative, and fragile and does not fit into the rational methods of modernism is present in cyberspace, which is the most pervasive form of technological events and, above all, reflects the nature of technology, in the form of pretense, two-tier, and network development. In the section related to human relationship with technology, it was discussed that human beings as creators and users of technology, when faced with a non-technological position, face challenges in the field of ethics, meaning-seeking, transcendence, type and extent. They face responsibility and understand the true relationship with their body and use all their material and spiritual resources to respond to them. Finally, in an ideological context that depicts man's confrontation with technology, cyberspace emerges as an expressive and broad form of technology; an atmosphere that clearly reflects the nature of technology and is a platform for the intersection of technology and society. Research findings show that the abundant entanglement of humans with technology indicates the dominance of the technical object. This dominance is so great that it serves the idea of absolute interconnectedness of the world to more accurately describe the functional life of postmodern man, who has cybernetic imaginary structures and suffers from narcissistic hallucinations as a result of technicality, cyber-extremes and detachment from physical incarnation. Conclusion: The results indicate that the dominance of the technological object and its effects in cyberspace has led to a decrease in responsibility, conflict with the category of meaning, transcendence and moral encounters.
Distance Learning
A. Mosavi; H. Kaviani
Abstract
Background and Objective:Higher education has faced many challenges and issues during the last two decades, among which we can mention the following: inability to produce theoretical knowledge and use of basic and theoretical knowledge produced in other countries. Of the world, the inapplicability of ...
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Background and Objective:Higher education has faced many challenges and issues during the last two decades, among which we can mention the following: inability to produce theoretical knowledge and use of basic and theoretical knowledge produced in other countries. Of the world, the inapplicability of university education, the lack of an inappropriate relationship between the university and other social sectors, neglecting research functions and services in universities, the problem of multiple decision centers and the existence of multiple trustees on the one hand, and the excalating growth of students and applicants to universities and institutions of higher education, the slight expansion of the higher education system regardless of the existing capacity and economic, social and cultural capacity of the community to accept university graduates, reduced financial resources and pressure from society For responsibility and accountability on the other hand; the higher education system needs to maintain and improve the quality of higher education to meet these challenges. To succeed in this, all the functions of higher education in general must be considered comprehensively. In this regard, one of the measures that higher education deliberates to answer its problems was technology-based education, including distance education and distance learning. Considering the contradiction in the findings of the studies conducted on the effectiveness of distance education methods, the present study was conducted to evaluate the effectiveness of distance education in higher education. Methods: The research method is based on secondary analysis and meta-analysis. The statistical population consists of all quasi-experimental studies which have already been conducted on the effectiveness of various types of distance education in higher education in Iran. The whole census was used for sampling. According to the inclusion and exclusion criteria, 79 studies were identified as the sample size.To collect the data, a researcher-made worksheet was employed in three sections: bibliographicaldata, methodological data, and findings. To analyze the data, the effect size index and the homogeneity test were performed using CMA-Version 2.0 statistical software. Findings:The research findings indicated that all of distance education methods in higher education of Iran were effective, but this effectiveness was moderate (ES =0.526, P <0.01); the area under the normal curve, the average implementation of distance education is 69% more effective than traditional methods. In addition, the meta-regression of the effect of year on the results of research showed that with an increase in the implementation of distance education methods, .07%was added to the effectiveness of these methods. In other words, the implementation of distance education methods in higher education will become more effective over time. Conclusion: Considering that the study of moderating variables was not one of the objectives of this study, it is recommended that in future research, the impact of these components on the results of the study be examined to determine the impact of these components to explain and control the results.
Technology-based learning environments
H. Fardanesh; A. Jamshidi Tavana
Abstract
Technology category contains different ideas and approaches. Despite different beliefs and approaches, some experts, restricted technology and philosophy of technology in two approaches "instrumentational" and "civilization". In addition, "advanced" or "lack of advanced" Suggest According time ...
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Technology category contains different ideas and approaches. Despite different beliefs and approaches, some experts, restricted technology and philosophy of technology in two approaches "instrumentational" and "civilization". In addition, "advanced" or "lack of advanced" Suggest According time priority and recency; So that approach for time priority knows the truth and previous approach knows retrogressive. In this article, following the introduction of brief history of the evolution of this issue that can be expressed; then the views and categories of philosophy of technology are discussed. The result shows that there are several approaches and philosophy of technology, these approaches and beliefs are discussed at a level and surface, time cannot be based on the criteria for preferring one over the other.
Electronic learning- virtual
E. Aminifar; B. Saleh Sedghpour; F. Valinejad
Abstract
To investigate the impact of technology on the mathematics learning, female students of two mathematics classes who studying at pre-university level in Torkamanchay, were selected as experimental and control group. Graph subject was taught to the experimental group by NEWGRAPH software (a kind of dynamic ...
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To investigate the impact of technology on the mathematics learning, female students of two mathematics classes who studying at pre-university level in Torkamanchay, were selected as experimental and control group. Graph subject was taught to the experimental group by NEWGRAPH software (a kind of dynamic interactive software), and to the control group without it. At first a pre-test and after the teaching period, a post-test was given to both groups. Statistical analysis revealed the experimental group’s marks is better than the control group’s marks. This research is also about answering to questions, in teaching by technology, whether the total of teaching should be done by using technology, or must integrate with other teaching methods?, which patterns for teaching without technology could be deducted from this research?
Educational Technology - Teacher Education
A. Zakeri; S. Rashid Haji Khajehloo; H. Afraee; Sh. Zangoee
Abstract
The use of modern educational technology has become increasingly common during the recent years. In this study we try to investigate the teachers’ attitudes toward the use of modern educational technology in the classroom. The participants were 330 teachers randomly selected from a population of ...
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The use of modern educational technology has become increasingly common during the recent years. In this study we try to investigate the teachers’ attitudes toward the use of modern educational technology in the classroom. The participants were 330 teachers randomly selected from a population of 775 teachers in Sabzevar. A questionnaire was prepared by the researchers and distributed among female and male participants. The data were analyzed using x2 test. The results of this research show that a significant difference exists between male and female attitudes. We also observed a significant difference the duration of teaching and the place of teaching.
