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建构主义是当代最为流行的学习理论,它为教师反思教学行为提供了一个全新的视角。本文介绍了建构主义的基本观点和主要教学模式,提出了在化学教学中促进学生意义建构的指导思想和具体做法。 相似文献
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主要探讨了基于建构主义理念的高职药剂专业无机化学精品课程建设,建构主义强调学生是学习的主体,主张教学要以学生为中心。在这个思想指导下,针对我院高职药剂专业无机化学课程存在的各种弊端,开展无机化学精品课程的建设。以此带动全校课程建设水平的整体提升,使学生的学习方法和思维方式发生转变,充分体现人才培养特色。 相似文献
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建构主义是新课程的重要理论依据。以建构主义学习理论的“情境”、“协作”、“会话”和“意义建构”4大要素对鲁科版《化学1》中的“物质的量浓度”一节内容进行剖析,提出了教学实施的建议。 相似文献
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践行建构主义的理念,通过协作学习和自主学习,激发学生学习的内在动力,充分调动了学生的探究积极性,培养学生的创新精神和实践能力,并促进了合作学习以及学生的自我评价。 相似文献
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1指导思想与理论依据建构主义认为,知识不是通过教师传授得到的,而是学习者在一定的情境下,借助他人(包括教师和学习伙伴)的帮助,利用必要的学习资料,通过意义建构的方式而获得的。 相似文献
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建构主义的学习观指出: 学习不是由教师把知识简单地传递给学生, 而是由学生自己建构知识的过程; 学生不是简单被动地接收信息, 而是主动建构知识。 相似文献
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1指导思想与理论依据(1)建构主义:学习是学习者以自身已有的知识和经验为基础的主动的建构活动,学习者据此开展的合作学习可以使理解更加丰富和全面。 相似文献
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This paper introduces the exploration of inorganic chemistry course teaching based on the energy chemical engineering major. The sense of professional mission of students is inspired, the sense of responsibility for curriculum learning is strengthened, and the curriculum knowledge is integrated into the professional connotation. The teaching of inorganic chemistry course is full of vitality due to some teaching methods including mutual inquiry, case discussion, expanding extracurricular knowledge and communication and online learning. Thus, the learning capability and professionalism of the students are improved. 相似文献
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In the Fall of 1999, Illinois State University (ISU) piloted a new General Chemistry I course. This course now includes cooperative learning exercises that were developed and implemented in biweekly discussion sections over the past four semesters. We now have discussion exercises all taught by six different tenured and tenure-track faculty members. This study focuses on the effect on student behaviors and learning in General Chemistry I. Data were obtained from student surveys, student interviews, instructor feedback, and examination results. The results obtained in this study show that student interest in chemistry can be maintained or increased by the incorporation of cooperative learning into the general chemistry curriculum. In addition, this cooperative learning approach promoted attendance, was enjoyable for many students, and seemed to have some positive effect on achievement. 相似文献
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Hongjian Zhang Wenjie Liang Hongmei Lu Yunfeng Wu Pei Tian Yuecai Song Hai Xu 《大学化学》2020,35(5):174-179
Finding Chemistry in Detective Conan is a Massive Open Online Course (MOOC) offered by Central South University. Under new coronavirus pneumonia, the curriculum team launched a series of student-centered innovative teaching methods based on the existing MOOC Video teaching resources and curriculum features. At the same time, the advantages of various network information platforms such as MOOC, QQ group and Sojump.com were also introduced to create a wonderful Internet plus classroom, which enhanced students' sense of "learning" and strengthened the teaching of teachers' guiding, promoting students' active learning. 相似文献
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化学网络课程有效实施的课程观及教学策略 总被引:2,自引:0,他引:2
网络环境下教学过程各要素的角色、地位、作用发生了很大变化,必将引起课程和课堂的重构、引起“教”与“学”理念和方式的变革。本文探索新课程改革中构建有新意但又不脱离现实基础、具有个性化的化学网络课程,为学习方式的变革提供学习资源平台、教学管理平台和交互平台。并探讨化学网络课程的开发和实施中教师应有的课程观和教学策略,解决网络课程实施的有效性问题,体现以学生为本的教育价值观和体现学生个性发展的课程和教学目标。 相似文献
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新课改理念下化学愉悦学习观的培养策略 总被引:1,自引:0,他引:1
愉悦学习观是新课程改革理念体现的一种学习观念。学生具有了这种学习观,可以维持其学习兴趣,提高其学习效率,具有热爱科学、热爱社会和生活的情感,科学素养得到全面地发展。化学教学中教师可以利用多种积极因素,挖掘教材美感、利用化学实验、联系生产实际、选用多媒体技术和进行多样化评价等策略来培养学生的愉悦学习观。 相似文献
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G. L. Catchen 《Journal of Radioanalytical and Nuclear Chemistry》1993,171(1):125-130
I present some perspectives on teaching the subject of nuclear and radiochemistry in the form of a historical narrative. In addition, I briefly review a program, which we developed approximately seven years ago, to enchance learning in a specific course on the subject. This program involved developing illustrations, course notes, and video tutorials evaluating their effectiveness. After having used these aids extensively, I comment on their efficacy. Also, I briefly discuss the role of a nuclear science course in a nuclear engineering curriculum. 相似文献
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结构化学是化学专业本科生的主干核心课程,对培养高水平人才具有重要作用。立足于学生兴趣和课程特点,本文提出在结构化学教学中增设量子化学计算实验课。紧扣教学大纲重难点,设计制作了4个基础实验,阐述了内容及实施细节。该改革让学生以计算机为仪器、应用结构化学知识来解决和理解化学问题,提升了学习兴趣和教学效果。 相似文献