چکیده:
Artificial intelligence means something artificial that has the power of thinking and decision-making. This intelligence, like natural intelligence, needs education; and studies in this field have shown that the development of innovative thinking through artificial intelligence courses can stimulate students' creativity and problem-solving skills. Therefore, this research was conducted with the aim of investigating the effectiveness of applying artificial intelligence on the level of students' creativity. The research method was "quasi-experimental" with a pre-test and post-test design along with a control group. The statistical population consisted of all sixth-grade elementary school students in the city of Yazd, and to conduct the research using the convenience sampling method, two groups of 15 people, titled experimental and control groups, were investigated. First, a creativity pre-test was administered to both groups, then educational interventions (artificial intelligence) were implemented for the experimental group over 8 sessions of 60 minutes each. After the completion of the training course, a creativity post-test was administered to both groups. To measure the level of creativity, the Torrance Tests of Creative Thinking (1974) Form B visual questionnaire was used. Finally, the data were examined and analyzed using SPSS version 24 software and the analysis of covariance statistic. The findings, given the significance level of the covariance test of 0.001, showed that 42.3 percent of the covariance of the "creativity" post-test scores is due to the impact of "artificial intelligence training," and considering schools, creativity can be increased in elementary students, and these matters should be taken seriously in education.
خلاصه ماشینی:
This intelligence, like natural intelligence, requires education; and studies in this field have shown that developing innovative thinking through artificial intelligence courses can stimulate students' creativity and problem-solving skills.
First, a creativity pre-test was conducted for both groups, then educational interventions (artificial intelligence) were implemented for the experimental group during 8 sessions of 60 minutes each.
Therefore, in this research, using a quasi-experimental method, the effectiveness of applying artificial intelligence on the level of students' creativity has been investigated.
In addition, studies in this field have shown that developing innovative thinking through artificial intelligence courses can stimulate students' creativity and problem-solving skills (Li and Pan, 2023).
115 The Impact of Artificial Intelligence on Students' Creativity Vol 1, No 13, Spring 2024 The results of the research by Babashahi et al.
The results of Rahimi and Alipour's research (1402) also showed that more research needs to be conducted in this field to identify the best methods of using artificial intelligence to enhance creativity and innovation in elementary education.
The sample was selected using the convenience method; first, a creativity pre-test was conducted on both groups, then educational interventions (artificial intelligence) were implemented for the experimental group over 8 sessions of 60 minutes each.
Our research findings with the results of 121 The effect of artificial intelligence on students' creativity Vol 1, No 13, Spring 2024 is consistent and in line with the research of "(Marrone, Taddeo, and Hill, 2022), (Li and Pan, 2023), (Winheon et al.