基于MOOC的仪器分析课程混合教学模式探索与研究*

目前“互联网+”与传统教育的深度融合,给传统教育带来很大影响。针对仪器分析课程传统教学模式存在的不足,并结合学校建设“双一流”学科的计划,基于MOOC(massive open online course)和雨课堂,探索了仪器分析课程的翻转课堂混合式教学模式。首先分析目前仪器分析教学存在的问题,然后介绍如何建立仪器分析的MOOC,如何通过翻转课堂把MOOC和面授教学相结合,实现以学生学习为主体,提高学习成效,把学生培养成应用型和创新型人才。     

应用化学专业化学分析课程的改革与实践

阐述了应用化学专业分析化学课程体系改革中化学分析课程的教学内容、教学方法和教学手段的改革 ,对比了改革实践前后的教学效果 ,强调学生实践能力的培养     

基于师生共建自制慕课的化学史信息化教学初探

针对化学史教学的现状和00后“移动学习”的特点,通过师生共建的方法自制化学MOOC,基于自制的MOOC,进行信息化教学。教师通过教学智慧工具超星学习通充分与学生互动,激活课堂;学生通过个人展示(分享),演绎“化学史小剧场”并制作小视频,自主学习了大量化学史的知识,提升了学习能力,培养了核心素养;结合超星学习通的直播功能,提高了学习兴趣。该教学方法为自制线上资源进行信息化教学提供了参考。     

基于SPOC和慕课堂的物理化学实验混合式教学改革实践

为了提高物理化学实验的教学效果,拍摄制作了物理化学实验原理和操作视频,并基于爱课程(中国大学MOOC)平台的SPOC和慕课堂,开展了线上线下混合式教学。实践证明,混合式教学提高了学生的积极性,提升了学习效果,增加了师生之间的互动,可以进一步培养学生的综合能力,激发学生的创新思维。     

面向能力培养的分析化学混合式教学改革研究*

提出了MOOC建设中的关键点,开展了分析化学线上线下混合式教学的课前、课堂和课后教学设计与应用研究,建立了科学合理的教学综合评价方法,总结了面向能力培养的分析化学混合式教学改革与实践经验,并客观分析了混合式教学实践中遇到的问题且提出了切实可行的解决方法。实践证明,线上线下混合式教学模式能够提高教学效果,有效培养学生的分析问题和解决问题的能力。     

工科特色普通化学课程的多元一体化教学探索

基于卓越工程师的人才培养要求,提出了工科特色普通化学课程的多元一体化教学新模式。这一教学模式是将同济大学普通化学国家资源共享课与基于MOOC/SPOC等在线课程的学生自主学习与教师主导的课堂讨论以及相关专业前沿科学拓展相结合,提高了大学生的化学素质修养,开阔了学生认识科技前沿的眼界,培养了学生融会贯通地分析问题的能力。     

MOOC建设的着力点和解决的主要教学问题——以无机及分析化学MOOC建设与SPOC教学实践为例

紧扣MOOC建设的着力点和解决的主要教学问题,有目的性、导向性地建设MOOC和开展教学实践,构建以学生自主学习为主的新型课程教学体系,通过教学方法和考核方式等的改革,将学习的自主权交给学生。     

大一化学实验的改革与实践

探讨了理科化学本科首门化学实验课———大一化学实验亟需改革的必要性;提出大一化学实验课改革的主要思路是并入化学分析实验,引入“量”的概念,构建无机合成与化学分析的综合实验,并将元素性质实验以实验要点形式编写成开放实验。     

基于中国大学MOOC、慕课堂和QQ群三结合的分析化学课程在线教学实践

中国地质大学(武汉)分析化学课程团队采用国家精品在线开放课程作为课程资源、慕课堂作为智慧教学工具、QQ群作为在线讲授和辅导答疑的平台,成功地开展了分析化学课程在线教学实践。实践表明,基于MOOC、慕课堂和QQ群三结合的在线教学形式受到了学生的欢迎和喜爱,学生普遍易于接受,参与积极性高,初显教学效果较好。     

"化工原理"考核方式改革实践与效果

以培养创新人才为目的,针对如何相对全面、真实、合理地评价学生学习成绩,对"化工原理"考核方式进行了一系列改革与实践。通过课堂随机提问、课堂小测试、作业、讨论课以及期末考试等多种形式对学生成绩进行综合评定,培养学生批判性的思维,提高了学生自主学习能力和解决问题的能力,使学生对所学理论知识融会贯通。不但学生期末平均成绩逐年提高,而且在历届的全国大学生化工设计竞赛中取得了较好的成绩。该改革提升了教学质量,取得了较好的教学效果。     

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.     

基于SPOC理念的波谱化学翻转课堂教学设计

The SPOC course of spectroscopic methods in organic chemistry explored a combination of online and offline hybrid teaching methods based on the Chinese University MOOC network (https://www.icourse163.org/). Based on the characteristics of students at normal universities, the course was designed by improving teaching methods, designing course processes and contents, improving the contents of online video course, experiencing lessons and learning processes, and analyzing actual teaching results. The course aims to explore SPOC teaching rules, carry out teaching reforms, and provide more in-depth, meaningful, and effective teaching methods.     

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.     

防疫期间化工原理实验部分内容在线教学的设计与实施

During the outbreak of COVID-19, the teaching team of chemical engineering principles experiment of Nanjing University uses Tencent Meeting and Pedagogy Square as online platforms, applies the unit operation experiment MOOC particularly designed by our course team, and introduces the simulation software of Oubeier Cloud Classroom and Es-online. The online classroom delivers equivalent teaching as the offline classroom.     

“互联网+”背景下大学化学实验的在线辅助教学模式创新及成效探索

Original teaching schedules were suspended in response to COVID-19 epidemic. The Chemical Experiment Teaching Center of University of Science and Technology of China adjusted the teaching plan in time, and carried out online assisted teaching based on "one lesson one policy" teaching scheme. The preliminary effect of using MOOC and virtual simulation experiments, which had already been built in the early stage, were discussed in this paper.     

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.     

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...