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Chemistry Is in the News:Assessment of Student Attitudes toward Authentic News Media-Based Learning Activities

机译:新闻中的化学:评估学生对基于新闻媒体进行的真实新闻学习活动的态度

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The pace of the expansion of the frontiers of science is increasing and this poses an ever more pressing problem for science education as it is commonly practiced.The gap between the way students are taught and how students might employ scientific knowledge has become nearly unbreachable.This is particularly true in chemistry education where the overwhelming majority of students do not pursue chemistry beyond the introductory courses.Yet the majority of these students are taught chemistry concepts in isolation from the process of discovery or the concepts' actual applications.This reality contrasts with the policy of the Advisory Committee to the National Science Foundation (NSF)Directorate of Education and Human Resources outlined in Shaping the Future-New Expectations for Undergraduate Education in Science,Mathematics,Engineering,and Technology (1).This policy recommends that faculty "model good practices that increase learning;start with the student's experience,but have high expectations with a supportive climate;and build inquiry,a sense of wonder and the excitement of discovery,plus communication and teamwork,critical thinking,and lifelong learning skills into learning experiences",and this policy is aligned with a century of general education policy (2).Judith Ramaley,assistant director of the NSF Education and Human Resources Directorate,highlighted that this is a continuing problem at the 2003 ACS Society Committee on Education Conference,stating that "the major challenge facing contemporary higher education is to enhance its relevance and connectedness to the issues and problems faced by the broader society,as these problems are defined by community members and not by academics acting independently of the views of others" (3).Wink recently argued that,though appealing,relevant content cannot stand alone and needs to be integrated into instruction using proper teaching methods and learning theory in order to be successful (4).
机译:科学前沿的发展步伐不断加快,这对科学教育来说是一个越来越普遍的紧迫问题,这是几乎无法逾越的,这是在学生教学方式与学生如何运用科学知识之间的差距。在化学教育中尤其如此,因为绝大多数学生不会在入门课程之外学习化学。然而,这些学生中的大多数都是在学习化学概念的过程中与发现过程或概念的实际应用隔离开来的。国家科学基金会(NSF)教育和人力资源局咨询委员会的政策,概述了“塑造未来-对科学,数学,工程和技术专业的本科教育的新期望”(1)。该政策建议教师“以身作则”促进学习的良好做法;从学生的经验入手,但抱有很高的期望在有利的气候条件下进行交流;并建立探究性,好奇心和发现的兴奋感,并在学习经历中加上沟通和团队合作,批判性思维和终身学习技能”,并且该政策与一个世纪的通识教育政策保持一致( 2)。美国国家科学基金会(NSF)教育和人力资源局副局长朱迪斯·拉马利(Judith Ramaley)在2003 ACS社会教育委员会会议上强调指出,这是一个持续存在的问题,他指出:“当代高等教育面临的主要挑战是增强其相关性和与更广泛的社会所面临的问题之间存在联系,因为这些问题是由社区成员定义的,而不是由独立于他人观点的学者所定义的”(3)。Wink最近指出,尽管具有吸引力,但相关内容不能独立存在,并且为了获得成功(4),需要使用适当的教学方法和学习理论将其整合到教学中。

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