利用课程论文提升物理化学课程教学效果

分析了之前开展课程论文教学改革的优势和不足。以结果导向的教育作为指导,对将课程论文引入物理化学教学的必要性进行了讨论和整体设计。介绍了山东大学在物理化学课程论文教学方面的具体做法,分析了改革的效果。对指导课程论文教学改革具有一定的借鉴作用。     

澳门高中化学课程发展和课程特点

科学教育是教育的重要组成部分,化学是培养学生科学素质的关键学科之一。以澳门高中化学课程为对象,梳理其课程目标、结构和内容,以探讨澳门化学课程的特点和发展。     

化学课程与教学论课程思政实践

课程思政是化学课程与教学论课程落实立德树人的重要内容之一。基于化学课程与教学论课程理论性、实践性、师范性强等特点,从设计课程目标、挖掘课程思政元素、建设课程思政教学案例库、提升教师课程思政能力等4个方面探索了课程思政的实践,从学生评价、课程成绩考核等2个方面探究了课程思政的教学成果评价。以期为化学(师范)专业的课程思政体系建设提供参考。     

课程教学浅谈

教学质量是高等学校的生命线。本文从课程、教材、授课方式及个人思考几个方面与大家交流探讨。     

材料分析技术课程的课程思政实施与探索

材料分析技术是材料和化学相关专业的重要基础课程,具有鲜明的自然科学属性。本文以材料分析技术课程思政的教育教学实践为例,从专业知识的逻辑化、教学章节的专题化、思政元素的显性化、教学记录的过程化、成绩评价的多元化等几个方面,阐述课程思政的实施过程与效果,为理工科相关专业课课程思政的实施提供建议和参考。     

课程思政在“无机化学”课程教学中的探索

课程思政是新时代教育改革背景下提出的创新教育理念,教师不再是单纯的知识传播者,还应在教学过程中注重学生思想道德、思维品质等各方面能力素质的全面发展。无机化学是化学、化工、材料、环境、生物、药学等化学近源专业面向大一新生所开设的专业基础课程,在新形势下课程内容和思政教育融合并举,在无机化学课程中进行课程思政教学改革具有重要意义。     

化学网络课程有效实施的课程观及教学策略

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。     

消费化学课程选修学生背景及课程开设效果调查报告

消费化学课程是在本科各学科课程教学的基础上,为了拓展学生的知识面和了解当代化学的发展与人们生活的密切关系而针对全校本科生开设的跨系选修课。为了更好地达到课程开设的目的,针对一学年来选修消费化学课程的学生进行了问卷调查,并针对调查结果进行了统计分析,最后对调查结果进行了总结及讨论。     

面向一流课程多维度推进无机化学实验课程改革与实践

详细总结陕西师范大学化学化工学院在无机化学实验课程改革的实施情况,从教学内容、考核模式、教学平台、课程思政以及教学总结等方面进行阐述,并通过典型案例“二氧化碳分子量的测定”介绍了各项改革内容如何具体实施,希望为相关课程的改革提供借鉴。     

科学课程学习者与分科课程学习者在高中理科课程学习中的差异性分析——对长沙市开福区第一批科学课程学习者的跟踪调查

我国基础教育新一轮课程改革实验已取得了一定的成绩,同时也遇到了一些问题.实验区的学生后继学习能力如何,是值得我们关注的问题.在2004年到2006年间,笔者对长沙市开福区(实验区)的第一批在7～9年级使用科学教材的学生进入高中分科学习的情况做了为期一年半的跟踪调查,发现科学学习者在刚进入高中后需要2～3个月不等的时间来适应高中理科的分科教学,这些学生在发散性思维和实验技能方面有着显著的优势,有更强的动手能力和探究欲望,但在计算和规则运用方面有着明显的劣势.这些结论对进一步实施国家课程标准和实验教材改革有一定的借鉴作用,建议对7～9年级学生实施科学教材教学时宜加强规则运用、计算技巧方面的训练,并应注意知识系统性和思维缜密性的培养.     

MOOC资源的有效利用 ——基于SPOC的无机及分析化学教学改革

In view of the increasing quantity of MOOC curriculum construction and the utilization of MOOC resources, this paper puts forward how to efficiently make use of MOOC resources through deepening curriculum teaching reform. In this paper, the problems in MOOC teaching are summarized, and then the SPOC course is introduced. Along with introducing SPOC course, taking the course of inorganic and analytical chemistry in Huazhong Agricultural University as an example, four main functions of SPOC are expounded emphatically which include solving the problem of cultivating students' autonomous learning ability, solving the problem of obtaining knowledge from MOOC in a piecemeal way, solving the concern about the effect of online learning and solving the low participation of MOOC. It is concluded that the course of SPOC is an important way to make good use of MOOC. It is suggested that the co-construction and sharing of MOOC should be strengthened to enhance the efficiency of MOOC.     

基于物理化学MOOC的混合式教学实践

Based on the massive open online course (MOOC) of physical chemistry from Chinese university MOOCs platform, the authors introduce some initiatives and experiences in the MOOC course construction and the application for undergraduate teaching in Dalian University of Technology. The blended teaching and learning mode made up of "online" and "offline" was put into practice in other universities, and a new "1 + M + N" mode to provincial cross-school sharing has been demonstrated. It was shown that only the enhancement of MOOC teaching be highly valued throughout whole course of teaching, the students' quality and ability could be better cultivated followed by improving teaching quality.     

以学生为中心的物理化学远程教学初探

During the fight against the new coronavirus epidemic, the "Physical Chemistry" team of Beijing Normal University used various network platforms and tools, such as MOOC of China University, Rain Classroom and WeChat Group in the teaching process. The exploration and practice of online learning of "Physical Chemistry" is carried out based on MOOC teaching, with student learning as the center and teacher guidance as the support. Taking the most difficult chapter of "fundamentals for statistical thermodynamic" as an example, we designed a complex teaching program that includes previews, watching MOOC videos in class, real-time online exercises, teachers' answers, and after-class reflection and questioning. The students were encouraged to learn independently through the reserved information, designed activities and assignments. Practice shows that the online course has cultivated the students' self-management ability, trained their critical thinking skills, and achieved good teaching results.     

充分利用优质网络资源和教学立方平台，助力配位化学线上教学

In early 2020, because of the outbreak of COVID-19, students are unable to return school on time and normal teaching activities are postponed. In order to implement the requirement of "No suspension of classes" proposed by the Ministry of Education, and to ensure the teaching quality at the same time, the coordination chemistry teaching team from Nanjing University successfully carried out the exploration and practice of online teaching of coordination chemistry by using the MOOC of coordination chemistry on "Wisdom Tree" platform as the curriculum resource, QQ Live or Tencent Meeting as the online teaching tool and Pedagogy Square as the intelligent teaching platform. This teaching form reorganizes and optimizes the available resources online, and implements the student learning process evaluation and the teacher teaching evaluation. The feedback from students and teachers indicates the success of this teaching form.     

基于MOOC的“无机化学Ⅱ”课程在线教学的探索与实践

During the battle against COVID-19 epidemic, the inorganic chemistry teaching team of Jilin University carried out online teaching of student-centered "inorganic chemistry Ⅱ" course based on "inorganic element chemistry" MOOC with Chaoxing learning platform and QQ group as the auxiliaries. Through the big data support and interactive communication section of Chaoxing learning platform, the learning situation of students in the three learning links of "pre-class, in-class, after-class" was timely tracked and analyzed. Practice showed that online teaching could accomplish teaching and learning effectively.     

促进物理化学在线教学质量的实践

During the special period in the epidemic COVID-19, the five-step online teaching mode focusing on learning outcome of students has been constructed based on the national high-quality MOOC in physical chemistry and various network technologies (i.e. MOOC class, Tencent QQ group and meeting platform), which is "guide to learn boost, self-study by MOOC, online testing, timely feedback, advanced discussion". It has been demonstrated that diversified online interactive teaching strategies can effectively promote the online teaching quality, through teachers giving full play to the leading roles, encouraging and guiding students to participate in the whole online teaching process.     

分析化学慕课课程平台的快速构建及教学实施方法探索

针对新型冠状病毒感染肺炎疫情对高校正常开学和课堂教学造成的影响,本校分析化学教研室积极响应教育部高等学校化学类专业教学指导委员会的倡议,快速筹备与构建了基于校内多层次信息化学习平台的在线慕课教学活动,以保障延期开学期间分析化学课程的教学安排,帮助与指导选课学生在疫情防控期间高效高质量地完成本课程的学习。本文从分析化学慕课课程的快速构建与特点,校内课程平台的学习及管理,微信群、QQ群及公共邮箱等辅助教学,以及学生的使用效果与学习诉求等几个方面进行探析,希望为提高分析化学的教学质量,探索新型教学方法提供数据支持,从而与学生一同完成课程的教学与学习,收获理想的成绩。     

基于MOOC“一站式”有机化学在线翻转课堂实践

Under the case of novel coronavirus (COVID 19), and in response to the Ministry of Education's call for "postponement of school without suspension of learning", online teaching should be equivalent to the real class teaching. Based on Chinese University MOOC platform, this paper establishes SPOC on campus with the open online course Organic Chemistry as the online learning resource. Before class, students learn online video and self-testing. The teacher will answer questions and interact with students through live broadcasting. The student will practice and consolidate after school. "One-stop" solves the learning needs of the three stages of online flipped classroom and demonstrates online flipped classroom teaching effect.     

基于雨课堂+企业微信+慕课的在线直播教学——以有机化学为例

主要介绍了基于雨课堂和企业微信双平台直播教学,以及同步慕课课程为辅的有机化学在线教学实践,并以教学实例展示了“学生为中心,教师为引导”的“疑探”式教学体系。该在线直播教学还融入以弹幕、微信群和小组作业为主的交互方式,注重学生与学生、学生与教师以及学生与教学资源的互动;通过构建多维度的考核体系,加强对学习过程的考核,提高学生学习的主动性和参与度。     

现代教育技术构建氧化还原反应线上实验教学的策略探索与实践

In the era of "Internet +", with the help of national excellent MOOC course of Chinese university and Mlabs-virtual experimental software, Tencent classroom is built to provide a diversified and efficient online inorganic chemistry basic laboratory classroom by combining a variety of modern education technologies with the concept of flipped classroom. Taking the redox reaction experiment as an example, we designed a multi-link teaching process and carried out a multi-faceted assessment. The online teaching can not only strengthen the cultivation of students' comprehensive and innovating ability, but also help teachers to update the teaching mode and create the new experimental content in line with the development of the times, so as to realize the mutual learning between teachers and students in the exploration of experimental teaching reform.