Considerations on Developing of Multiple Intelligences in the Context of Science Activities

Q4 Mathematics
E. Santi, G. Gorghiu
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引用次数: 0

Abstract

Science lessons are the perfect framework for optimal development and valorization of multiple intelligences. Howard Gardner’s theory has opened new horizons concerning the understanding of the human mind, individualizing of teaching and streamline of learning. The creation of various educational contexts that respond to each student’s cognitive profile represents a requirement of the current quality education and contributes to the conscious assumption and proactive involvement of students in the learning process, as well as the transformation of the teacher’s role, from the leader of the lesson to learning facilitator.The traditional approaches related to science lessons involve the exploitation of certain types of intelligence, while the teaching act based on the exploitation of multiple intelligences contributes to the valorization of various types of intelligence in creative ways, supporting student uniqueness and personalized learning.The educational implications and the applications of the multiple intelligence model in the context of science teaching and learning represent aspects which have to be known by the teachers, who are requested to transpose them into the didactic work. The purpose of this paper is to discover how students perceive the science lessons organized in non-formal contexts and to what extent those particular activities capitalize the cognitive profiles and various types of students’ intelligence. The students’ feedback was recorded during the non-formal activities organized in the frame of the Seventh Framework Programme Project “IRRESISTIBLE - Including Responsible Research and Innovation in Cutting Edge Science and Inquiry-based Science Education to Improve Teacher’s Ability of Bridging Learning Environments”, exploiting in this respect the opportunities created through the implementation of the national week dedicated to primary and secondary education: “School in Another Way: To Know More, To Be Better!”
科学活动背景下多元智能发展的思考
科学课程是多元智能最佳发展和增值的完美框架。霍华德·加德纳的理论为理解人类思维、个性化教学和简化学习开辟了新的视野。根据每个学生的认知概况创建各种教育环境代表了当前优质教育的要求,有助于学生有意识地假设和主动参与学习过程,以及教师角色的转变,从课程的领导者到学习促进者。与科学课程相关的传统方法涉及开发某些类型的智能,而基于开发多元智能的教学行为有助于以创造性的方式实现各种智能的增值,支持学生的独特性和个性化学习。多元智能模型在科学教学和学习中的教育意义和应用代表了教师必须了解的方面,他们被要求将其转化为教学工作。本文的目的是发现学生如何感知在非正式环境中组织的科学课程,以及这些特殊活动在多大程度上利用了学生的认知概况和各种类型的智力。学生们的反馈是在第七框架计划项目“不可抗拒-包括前沿科学的负责任研究和创新以及探究式科学教育,以提高教师的桥梁学习环境能力”框架下组织的非正式活动中记录的,在这方面利用了通过实施全国中小学教育周所创造的机会:“另一种方式的学校:知道得更多,做得更好!”
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Journal of Computational Technologies
Journal of Computational Technologies Mathematics-Applied Mathematics
CiteScore
0.60
自引率
0.00%
发文量
37
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