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。     

化学课程文化学研究初探

科学建构化学课程理论体系对于现代课程改革具有重要的指导意义。构建以文化学及课程理论为基础的化学课程文化学体系,以文化学的理论和方法研究化学课程,利于实现化学课程的文化性复归。     

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。     

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。     

化学课程能力培养初探

新一轮的课程改革对培养和提高化学教师的课程能力提出了较高的要求,本文针对传统师范教育中化学课程能力的缺失,阐述了化学课程能力的内涵,对师范教育过程中化学课程能力的培养策略做了初步的探讨。     

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.     

日本理科课程发展史研究

日本的理科课程始于明治维新时期,它是当日本积极学习西方科技和大力发展基础教育的必然结果。“生活共存体学说”、“自然学习”和阿姆斯特朗的发现法是导致《二般理科》开设的主要影响因素,《一般理科》的开设樗着综合理科课程正式进入日本学校。随着“理科学习指导要领”的颁布,日本的理科课程改革走上了系统轨道。从理科课程论思想来划分,“二战”后日本大致经过了“生活单元理科课程”、“系统化理科课程”、“探究理科课程     

高中化学校本课程的开发与实施进展

介绍了高中化学校本课程的开发和实施进展,综述了化学校本课程的活动方式,总结了化学校本课程的实施特点,初步探讨了校本课程的开发和实施过程中存在的问题,提出跨学科课程整合、校际合作和职业化课程开发是今后我国化学校本课程开发的新方向。     

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。     

精细化工数字化课程教学资源建设

精细化工数字化课程教学资源的使用,不仅可以丰富课程教学资源体系,而且可以使学生的学习和教师的指导不再局限于有限的教室空间和课堂时间,改进学生的学习方式,满足多样化的学习需要,提高学生的学习效率。简单分析了目前精细化工教学中存在的问题与精细化工数字化课程教学资源建设的意义,并介绍了数字化课程教学资源共建的方法与内容。     

高分子化学理论课与实验课的融合教学模式探索*

以“乙酸乙烯酯的乳液聚合”理论课和实验课为例,探索了将高分子化学理论和实验课程进行融合的创新教学模式。将理论教学和实验教学进行互动和融合的整体安排,克服了传统教学中理论课和实验课相互分离、缺乏相互支撑的缺点。在融合教学模式中,理论课和实验课实行团队协同教学;在同一个实验中设置必修内容和扩展性内容,更好地培养学有余力的学生;将理论课和实验课进行综合考核;对比了实验课前置、实验课居中和实验课后置教学方式,其中实验课居中的融合教学适合于大部分学生,有助于提高学生学习质量。     

基于“1+2”模式的结构化学课程在线教学实践

Since the outbreak of novel coronavirus pneumonia (NCP) at the beginning of this year, Chinese government acted immediately and made some regulations to control the epidemic NCP and promote the recovery of society and industry including education. Chinese universities stayed on the online courses without suspension on teaching and learning. Herein, we report online teaching of structural chemistry course based on the teaching mode of online live broadcast platform, online course resources and management platforms ("1 + 2" mode). This may promote online teaching, and take advantage of online live broadcast and massive open online courses, which achieves good teaching and learning experiences on structural chemistry course.     

基础化学实验中开展线上线下混合式教学的探索与实践

In order to enhance the quality of chemistry experiment courses, online teaching resources have been established, such as operation videos and course lecture videos. Moreover, online pre-lab testing system and data submitting-grading system have been developed, a WeChat public platform has been built named after "Chemistry Experiment Teaching Center of ZJU". Through these resources and platform, a mixed online/offline teaching mode was practiced in recent years, some good education aims have been achieved.     

大学化学课程的混合式教学实施与探索

为更好地建设精品资源共享课,提高人才培养质量,结合哈尔滨工业大学"大学化学国家精品课程"现有改革成果,初步尝试了面授加视频的混合式教学,探讨了在实践过程中取得效果和反映出的问题,并为混合式教学的推广实施提出了建议。旨在促进未来大学化学课程的在线教育发展,提高教学效果。     

面向工程教育专业认证的有机化学实验微课混合式教学模式探索

According to the latest requirements of engineering education professional certification of chemical engineering and technology specialty on organic chemistry laboratory, current situation and problems of organic chemistry laboratory in Jianghan University are discussed from the perspective of teaching mode, teaching content, teachers and students. This paper has explored the blended teaching mode combining the online teaching with the traditional teaching. This teaching mode is successfully applied to the course of organic chemistry laboratory. It has been proved that this teaching mode improved the teaching quality, enhanced the classroom efficiency, achieved the teaching objectives, as well as met the requirements in the engineering education professional certification.     

新工科背景下通识教育类课程的教学模式探索*——以材料导论课程为例

通识教育类课程是新工科背景下推进大类招生与专业分流的重要组成部分。针对高校通识教育类课程教学过程中存在的弊端,从课程定位、教学方式、资源配置和评价体系等4个方面进行统筹规划、整体推进,以最大程度地提升学生的学习效果和人才的培养质量,旨为通识教育类课程的教学改革提供一定的参考。     

有机化学实验在线开放课程设计的探索与实践

针对以往有机化学实验教学中存在的问题及学生所反映的改进期望,在有机化学实验在线开放课程的开发中,充分利用在线课程与网络教育平台,制作了针对性的教学微视频课程和相应的课件,建立了一套完整的测试模式与题库。通过考测机制,促进和强化学生的实验课前预习。而学生在充分预习的基础上,实现实验预习–现象记录–实验报告完整规范化和一体化,相应提高了学习效率。同时,建立了一套相对客观的成绩评估体系并取得了积极的成果。     

基于“超星泛雅平台+学习通”快速完善课程的技巧和实践

Due to COVID-19, all the universities in China has postponed their spring semester. The Ministry of Education issued a call "suspending classes without stopping learning" to require universities to carry out online teaching actively. Up to now, Online teaching has been implemented for nearly eight weeks, and teachers are familiar with online teaching methods. Then, how to hold online courses efficiently and refine course resources have become the main tasks for teachers. This paper elaborates on the practice and skills of rapid improvement of online course and interactive teaching based on "Chaoxing fanya platform and Xuexitong". Using these skills can not only reduce the workload of teachers, but also build high-quality online courses to ensure teaching quality and objectives. This paper could provide a reference for college teachers to implement online teaching efficiently.     

有机化学与实验课程在线“双练教学”模式的探索与实践

In the online organic chemistry and laboratory courses, the open or semi open quizzes before class and after class are adopted to explore the "dual quizzes teaching" mode on the network teaching platform. As the progress of "dual quizzes teaching", students' learning weakness, confidence and enthusiasm are improved continuously. Through the analysis of online students' learning data, questionnaire and interactive feedback, the teachers can evaluate the learning situation of the students and regulate instructional content in time. As a result of teaching online, the "dual quizzes teaching" mode has achieved highly positive effect.     

借鉴梅西大学经验开展农科有机化学在线教学

Massey University is a world-leading university in remote-instruction, online and mixed teaching based on the Stream teaching platform. This paper analyzed the advantages of the Stream teaching platform, resource utilization, course format, teaching team cooperation and course evaluation in Massey University. The paper also analyzed the enlightenment of teaching experience of Massey University to undergraduate teaching. During the outbreak of COVID-19 epidemic, drawing on Massey's experience, combined with the rapid development of information technology in China, the teaching team of organic chemistry adopted the multi-teaching strategy of "teacher-centered and student-centered", and the teaching mode of "teacher-led and self-taught by students". The online teaching practice of organic chemistry was carried out in agriculture university. It has been demonstrated that this model can effectively improve teaching effects.