Mojtaba Jahanifar; Fatemeh Dehghani
Abstract
Academic competence beliefs, including self-concept and self-efficacy, are effective predictors of educational outcomes. Of course, there is little knowledge about the role of these beliefs in science. So far, no structural relationship between competence beliefs and educational antecedents and outcomes ...
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Academic competence beliefs, including self-concept and self-efficacy, are effective predictors of educational outcomes. Of course, there is little knowledge about the role of these beliefs in science. So far, no structural relationship between competence beliefs and educational antecedents and outcomes has been studied for science in Iran. The present study investigated those relationships using structural equation modeling for 920 Iranian students. The results showed that the correlation between academic self-efficacy and academic self-concept in science is equal to 0.47, which indicates the separability of academic competence beliefs factors in science. science academic self-efficacy was more strongly influenced by the inquiry learning opportunities as an antecedent. The science academic self-concept was a better predictor of future-oriented motivation and career aspirations, while self-efficacy is a better predictor of students' current abilities in science. Inquiry-based educational class activities, positive and personal feedback provided by science teachers, and creating opportunities for students to participate in laboratory experiences can help strengthen academic competence beliefs in science. We propose the science educational design according to constructivism, the development of hands-on activities in schools, and the design of participation-based classroom activities by science teachers, in order to strengthen students' academic self-concept and self-efficacy. This reinforcement will have consequences such as the development of scientific literacy and the creation of positive career aspirations and motivations.
