جستجوی مقالات مرتبط با کلیدواژه « brain-based learning » در نشریات گروه « روانشناسی »

The present study aimed to determine the effectiveness of brain-based learning training on the academic competence and Repetitive Negative Thinking of female students in the second year of middle school in Tabriz city in 2021-2022. The research method was semi-experimental with a pre-test and post-test design and a control group. The statistical population was all female secondary school students of the second district of Tabriz city who were studying in the academic year of 2021-2022. The sample consisted of 40 students who were randomly selected in two experimental and control groups (20 people in each group). To collect information in the pre-test and post-test, all participants were evaluated through Diperna Valiot's Academic Competence Questionnaire(1999) and Ehring et al.'s Repetitive negative thinking Questionnaire (2010). The experimental group received the Cain, Cain, McClintic, and Klimek (2005) brain-compatible learning training program for eight 60-minute sessions. Data were analyzed using multivariate analysis of covariance test. The findings showed that there was a significant difference between the experimental group and the control group in terms of academic competence and repetitive negative thinking in favor of the experimental group (p<0.001). According to the results, it can be said that brain-based learning training can have useful practical implications in preventing problems of academic competence and repetitive negative thinking in students.

Considering the fundamental role of education and development of executive functions in enhancing academic, educational, and social capabilities, and the challenges faced by students with learning disorders due to weaknesses in executive function components, the current research aimed to compare the effectiveness of brain-based learning and self-regulatory training on the executive functions of students.

This study, in line with its objectives, was an applied research employing a quasi-experimental design, using a pre-test, immediate post-test, and delayed post-test (follow-up) with a control group. The population consisted of all female students in district two of Kerman city, totaling 6,515 individuals. The sample included 60 ten-year-old female students selected through multi-stage cluster sampling. Within each cluster, individuals were chosen using simple random sampling. Each group - the control group, the brain-based learning group, and the self-regulatory training group - consisted of 20 students and received 16 sessions of 45 minutes each, focusing on executive functions. At the end of the training, an immediate test and a follow-up test two months later were conducted to assess the sustainability of the intervention. The measurement tools of this research included the fourth-grade reading book, Stroop Test (2006), Wisconsin Card Sorting Test (1948), Continuous Performance Test (1956), and N-Back Test. The data were analyzed using repeated measures test within the framework of multivariate analysis of covariance (MANCOVA) using SPSS-V.24 software.

The results indicated a difference in the effectiveness of brain-based learning and self-regulatory training on executive functions of students with reading learning disorders. Specifically, the improvement in the brain-based learning group was more significant than that in the self-regulatory training group (P < 0.05).

Therefore, it can be concluded that educational interventions, especially brain-based learning, can be effective and efficient strategies to enhance the performance and skills of students, particularly those with reading disorders.

The present study aimed to compare the effectiveness of brain-based and multi-sensory learning on the working memory of third-grade students with math disorders. The study followed an experimental design with a pre-test and post-test, with a control group. Forty-five third-grade students with math disorders were selected from Sabzevar Learning Disorders Center in the academic year of 2022 through purposeful and accessible sampling, and were randomly divided into three groups of equal size. The experimental groups received separate training in brain-based and multi-sensory learning, while the control group did not receive any training. The research tool was Danmin and Carpenter's Working Memory Scale (1983), and the data was analyzed through a repeated measures design with Benferroni's post hoc test. The results suggested a positive effect of both training methodologies on active memory. The effectiveness of the brain-based learning method was found to be superior to the multi-sensory training in both the post-test and follow-up periods (P<0.05). These findings suggest that both methods can be employed to address working memory difficulties in students with math learning disabilities.

Brain-based learning, as a new paradigm, provides a theoretical framework for efficient learning, teaching process and conditions that cause better learning in the brain. These principles guide professionals to choose and provide a suitable learning environment.

The main purpose of this research is to review and evaluate the quality of the brain and education book based on scientific indicators and determine its strengths and weaknesses.

This study was conducted using the qualitative research method and using the content analysis method in both form and content to study its strengths and weaknesses. The translation of the book "Brain and Education" by Eric Jensen, translated by Sepideh Razavi and Laili Mohammad Hossein, was reviewed by the school's publications.

The translation of the book has the necessary advantages in terms of the structure and organization of the content, writing features, basic topics. On the other hand, the book has some shortcomings due to the lack of source of the end of the text, lack of conclusion and summary of the discussion, suitable color and cover design.

Fixing the shortcomings of the book "Brain and Education" can play a significant role in increasing the effectiveness of the book on the audience.

The purpose of this study was to investigate the effect of the "Brain-Based Learning" teaching method on the level of learning biology in students' cognitive, skill and emotional domains. The method of this research is quasi-experimental with two groups of control and experimental. The statistical population includes 11th-grade female students in Tehran's 13th district in the 2019-2020 academic year. A total of 52 individuals from the statistical population were selected by the purposive sampling method and randomly assigned to two groups. The instruments for measuring the variables were the researcher-made cognitive-skill test and the researcher-made attitude questionnaire. The validity of the researcher-made instrument was determined using the opinions of expert teachers and their reliability was determined by retesting. Statistical tests (t-test, Mann-Whitney, and Chi-square index) were used by SPSS26 to evaluate and analyze the hypotheses. The results showed that teaching in a "brain - based learning" method compared to the usual method increased students' scores in cognitive and skill areas and improved their attitudes in emotional domain in Biology lesson at a statistical level of 5% (P>0.05). These results demonstrate the role and importance of brain-compatible teaching methods in learning.

We need social skills to succeed in interpersonal relationships. Positive emotions and self-satisfaction are the results of success in these relationships. This study aimed to Compare the Effectiveness of Brain-Based Learning and Creative Thinking in Improving Students' Social Skills of ninth grade high school male students in Bonab city.

The type of quasi-experimental research was pre-test -post-test and the statistical population of this study was ninth-grade male students in the academic year 1399-1400 in Bonab city. Among these students, 45 were selected by cluster random sampling. Students were randomly divided into three groups of 15 in two experimental groups and one control group. The number of training sessions was 15 sessions of 45 minutes for each experimental group. Data were collected using the Keramati Social Skills Development Questionnaire (2007). The obtained data were analyzed by analysis of covariance and SPSS-26 software.

Findings obtained from analysis of covariance showed that training classes are effective in increasing the social skills of experimental groups. Also Creative thinking 39.2% and brain-based education 37.9%   explained the variance of social skills scores.

Based on the findings of this study, it can be concluded that the training of brain-based learning and creative thinking has a significant effect (p<0.05) on social skills and has promoted it in experimental groups. Also, the effect of creative thinking in promoting social skills has been more than brain-based learning.

The purpose of this study was to comparison of the effectiveness of brain-based learning and executive functions training on meta-memory in children with special learning disabilities.

This experimental study was conducted with a pretest-posttest design with control group. The statistical population of this study included all the children with special learning disabilities referred to the center of district of Tehran in 2018-109, 45 children with special learning disabilities were considered as the sample size in two experimental groups (each group of 15 child) and control (15 child). The experimental groups underwent brain-based learning (8 sessions 60 minutes) and executive functions training (20 sessions 60 minutes), but the control group received no training. To collect data Colorado learning difficulties questionnaire of Willcutt, Boada, Riddle, Chhabildas, DeFries & Pennington (2011) and meta-memory scale of Esnaashari, HoseinChari, Jowka, Fooladchang, Khormaei (2018). Data analysis was performed using SPSS-24 software in two sections: descriptive and inferential (multivariable analyze of covariance and Bonferroni).

The results showed that both of the brain-based learning and executive functions training used in this study can significantly improve the meta-memory in children with special learning disabilities. But the brain-based learning has a greater impact on the meta-memory in children with special learning disabilities.

Based on the results of this study, brain-based learning and executive functions training are effective interventions on meta-memory in children with special learning disabilities, but the effect of the brain-based learning was greater.