基于“5+2”模块的化学教学论课程体系研究与教学实践

化学教学论是研究化学教育教学规律及其应用的学科,是高师院校学生综合实践必修课。结合基础教育课程改革,介绍了江西师范大学进行"5+2"模块的化学教学论课程体系研究与教学实践。     

农业院校的化学教育和多层次课程体系的设想

提出在高等农业院校建立多层次的化学课程体系,分为基础化学、中级化学和专业化学三个层次进行教学。加强对学生素质和能力的培养。     

农林高校基础化学多层次课程体系和教学内容的改革与实践

以农林高校基础化学课程体系和教学内容改革为抓手,构建了农科特色鲜明的多层次课程体系,优化设计了教学内容,增强了教学的针对性,突出了学生个性的发展,为农科院校创新人才的培养奠定了重要的化学基础。     

基于微博的高校化学教学论课程体系开放型课堂的研究

根据目前高校化学教学论课程存在的瓶颈和困境,分析了构建化学教学论开放型课堂的迫切性,并基于对学生使用微博情况和微博应用于教学可行性的调查分析,尝试了将微博应用到高校化学教学论课程体系中的教学模式。     

高师化学实验“34567”教学体系的改革与实践

从教育目标出发,确定了高等师范院校本科化学实验课程体系改革的基本出发点,构建了高师化学实验"34567"教学体系,在实践中培养了学生的综合素质和创新能力.     

以标准为风向标的化学与生活课程教学设计

公共选修课是高等教育课程体系的重要组成部分,在大学生综合素质的教育和培养方面发挥着重要作用。化学与生活是面对非化学专业开设的一门公共选修课程,其主要内容包括与衣、食、住、行等相关的化学知识。本文将国家标准应用于化学与生活课程的教学设计中,以标准为载体设计教学情境,引导学生了解国家标准中的相关规定,掌握使用标准文件分析问题的方法。促使学生客观地认识化学学科,了解化学学科在生活中的作用,规避化学产生的危害,培养学生的科学素养,使学生学会利用化学知识改善自己的生活,提高生活质量。     

教师资格证国家考试视野下高师本科化学专业课程体系构建

以教师资格证国家考试和专业认证实施为背景,在分析目前地方本科院校化学专业课程体系和学生应具备的知识、能力基础上,以培养既具有深厚的化学专业知识和渊博的化学教育知识,又具有化学教育教学实践能力的未来中学化学教师,并能保证大多数学生顺利通过国家教师资格证考试为目的,构建了化学专业知识、化学教育知识、化学教育实践能力培养及科学与技术有机结合的新课程体系。     

高师化学教学论课程体系教学模式改革研究

针对高师化学教学论不完善的课程体系及单一的教学模式 ,在改革实践中构建了 3个层次的化学教学论课程体系 ,确立并实施了 3阶段教学模式 ,将化学教学论学科教育类课程渗透到 4年的高师化学教育中 ,实施分段教学 ,以培养 2 1世纪所需要的中等化学教育人才     

高师"化学教学论"实验课程体系的改革与实践

介绍了高师“化学教学论”实验课程体系改革的指导思想与基本目标,提出了以培养学生探究能力为核心的实验课程体系。并在实践的基础上,取得了阶段性成果,为高师院校全面改革教师教育专业课程体系提供了可借鉴的经验。     

高师化学专业新课程体系的探索与实践

课程体系的改革是21世纪高等师范院校教学改革的重要内容,是深入教学改革、培养适应社会主义现代化建设和高素质的德才兼备的中学化学教师的需要,也是提高高等师范教学质量的需要。我们结合多年的教学和改革经验,于1998年对高等师范化学专业课程体系进行了全面的改革,设置了新的课程体系。实践证明,新的课程体系体现了改革的指导思想,反映了高等师范化学教育改革发展的方向,反映了高等师范的特色。该项目荣获2003年山西省教学成果二等奖。1新课程体系的提出与依据20世纪高等师范化学专业课程体系沿用无机化学、有机化学、分析化学、物理化学…     

材料化学专业课程体系“三点一线”建设模式与实践

The construction of interdisciplinary curriculum system is a systematic project involving many aspects, which is an organized and challenging creative process. In view of the problems faced by multidisciplinary and interdisciplinary specialty construction, taking the material chemistry major of Shaanxi Normal University as an example, this paper introduces the exploration and practice in the construction of curriculum system with multi-disciplinary cross-specialty based on the "Three Points on One Line" model, for providing reference in construction of emerging engineering specialty with the features of multi-disciplinary cross.     

创新型化学专业学生培养的课程体系改革与实践

主要介绍兰州大学为了培养创新型化学专业人才进行的化学专业课程体系教学改革与实践。希望能够对今后的化学专业课程体系教学改革提供一些借鉴。     

探索"任务驱动"下的化学教学设计与实施

本文介绍了什么是“任务驱动”化学教学模式,阐述了这种教学模式对于推进化学课程和教学改革的意义,对如何设计化学学习任务和化学学习支持系统,以及如何实施“任务驱动”教学,促进学生发展做了比较具体的讨论。     

面向化妆品产业升级的江南大学应用化学专业建设思考与实践

Based on the development prospect of cosmetics industry, the advantage of light industry characteristic and the foundation of applied chemistry in Jiangnan University, a systematic upgrading of applied chemistry was carried out through "emerging engineering education (3E)" project "upgrade and practice of chemistry-related majors of local and/or trade university responding to the social developments" supported by the Ministry of Education. On the basis of investigation and analysis, the orientation and training goal of applied chemistry were updated first, and then the curriculum system was determined and the curriculum construction is strengthened, so as to achieve more distinctive characteristics, more solid foundation and more comprehensive quality. In view of the new requirements of the 3E for talent training, some practices have been formed in the aspects of multi-disciplinary integration, multi-angle coordination and close integration to industry. Contributing the development of cosmetics industry and seizing the commanding point of science and technology from the perspective of talent training, will play a unique role in human social progress.     

定量分析化学实验课程教学内容改革及考核方法探索

Quantitative Analytical Chemistry Laboratory is a fundamental course for undergraduates of the Chemical Science Base of the College of Science in China Agricultural University. The teaching hours were changed from 64 to 32 in the new curriculum, and the corresponding teaching contents were reduced. This paper discusses the way to combine the "teaching suggestion content of the chemistry experiments for students in chemistry majors" and training objectives within the framework of the new curriculum. In the case of less lab-teaching hours, the lab-teaching contents were reasonably selected and arranged into an integrated lab-teaching system. At the same time, the evaluation method of the experimental was reformed, and the performance of the new evaluation system was discussed.     

知识整合在化学方向研究型学生培养方案中的实施

介绍了上海交通大学致远学院设计和实施的针对培养有志于化学科研生涯这一特定学生群体的知识整合式的培养方案。这是在教育公平原则下体现因材施教、分类培养的一项举措,是上海交通大学化学大类培养方案中的一个分支。培养方案的重点是如何通过合理安排一系列相关的基础课程内容,以及衔接次序从结构上实现通识知识整合,并在此基础上通过开放专业选修课和科研方向以兴趣为导向进一步拓展学生的知识整合能力。本文也分析了目前仍然面临的问题。     

“双一流”建设背景下化学拔尖班学生的国际化培养模式探索与实践

四川大学化学学院于2009年开始实施"化学拔尖学生培养试验计划",致力于培养化学领域领军人才。在化学学科入选教育部"双一流"学科建设的背景下,学院立足本专业特点、依托校院两级资源,从师资、课程、学生、办学等多方面构建拔尖学生国际化培养体系,做出了诸多尝试并取得了良好的成效。本文在对现有国际化建设策略讨论的基础上,进一步对加强拔尖学生全球胜任力进行思考、提出建议。     

The safer chemical design game. Gamification of green chemistry and safer chemical design concepts for high school and undergraduate students

Green chemistry can strongly attract students to chemistry. We, therefore, developed a green chemistry educational game that motivates students at the undergraduate and advanced high school levels to consider green chemistry and sustainability concerns as they design a hypothetical, chemical product. The game is intended for incorporation into any chemistry course for majors and non-majors that teaches sustainability and/or the Principles of Green Chemistry at the undergraduate level. The game is free of charge and encourages students to think like professional chemical designers and to develop a chemical product with respect to function and improved human and environmental health. This computer simulation has been assessed by educators and can be seamlessly integrated into an existing curriculum.     

课程专业相映衬赋予教学生命力——当无机化学遇上能源化学工程专业

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.