基于云班课的物理化学开放性实验教学实践*

以云班课为教学平台,采用翻转课堂为主的教学模式开展物理化学开放性实验教学,详细介绍了开放性实验分层教学体系、实验教学内容、微课的设计方法和实践过程。实践结果表明,通过这些教学手段,教师能顺利地开展开放性实验教学,提升学生的学习兴趣和创新能力,同时也提高了实验室资源的利用率。     

新建应用型本科院校分析化学实验教学改革探讨

对分析化学实验教学内容、教学方式的现状进行了分析,并提出了改进措施;借鉴“翻转课堂”教学模式,以“不同品牌胃舒平药片中氢氧化铝和氧化镁含量的测定”为例,从课前教师准备学习资源、学生自主学习、师生课堂活动、课后交流和评价4个阶段设计并讨论“翻转课堂”模式在分析化学实验教学中初步实践。结果表明,“翻转课堂”教学模式能够有效避免传统分析化学实验教学中出现的“灌注式”“保姆式”实验教学模式;能够极大地激发学生学习和深入探究的热情。     

自建便携式学习平台在无机化学实验教学中的应用初探*

结合超星学习通和微信公众号自建便携式无机化学实验学习平台,充分利用信息技术和学生的移动阅读习惯,构建了一种信息技术辅助无机化学实验教学的模式。结合实验课前预习检测、实验课中的讨论和实验课后的反思,优化教学设计,提升实验教学质量,帮助养成学生自主学习的习惯。为缺少慕课的地方高校进行无机化学实验教学改革提供了易操作的方法。     

大学化学实验ATDE创造性思维教学模式探索与实践

在大学化学实验教学中应用ATDE创造性思维教学模式,通过问、想、做、评四步训练,不仅有利于培养学生自主学习能力和创造性思维能力,而且实现了知识与兴趣的结合,可取得理想的教学与育人效果。简要介绍了ATDE教学模式的含义,并与传统实验教学模式进行了比较,具体介绍在大化学实验教学中运用ATDE创新教学模式的实施策略。     

医学专业大学化学实验SPOC式翻转课堂教学实践

为了提升医学专业的大学化学实验课翻转课堂的教学效果,将SPOC在线学习活动与翻转课堂的过程设计结合,从课程目标与内容设计、教学策略设计、学习活动设计与教学评价设计等4个部分搭建了教学模式结构框架。在具体教学实验项目中,细化了知识传授、内化、拓展3个阶段的教学活动程序。该模式打破了实验课时间空间的壁垒,教学设计上突出了化学与医药学关联的情境创设,学习活动丰富有序,可操作性强。结果表明,采用SPOC式翻转课堂教学有利于激发学生的参与热情,促进思维能力的发展、动手操作能力的提高,对教学效果的提升作用显著。     

基于虚拟仿真技术的热分析实验教学探索与实践*

针对热分析实验教学,设计和开发了热分析仪虚拟仿真实训系统,提出了一种新的基于虚拟仿真技术的仪器分析测试类实验课教学模式,并将其应用于实际的实验教学中。对随堂实验教学质量进行了调查,结果表明此种实验教学模式很大程度上提升了学生自主学习的兴趣,提高了学生的综合实践能力。     

“翻转课堂+混合式”教学模式在物理化学实验课程中的探索与实施

在前期混合式教学改革的基础上,将翻转课堂应用于物理化学实验教学中。教学过程包括：课前在线学习、线下课堂展示、讨论与实验操作,以及课后巩固与提高。采用定量研究和问卷调查验证了这种教学模式的有效性。研究结果表明,这种教学模式有助于提高学生的学习成绩,培养学习自主性,激发学习热情,提高课堂参与度。     

农科基础化学实验研究性教学模式的构建与实践

针对农林高校化学实验教学中存在的问题, 提出以培养学生自主学习和创新能力为教学目标, 通过优化教学内容、改革教学方法, 提高学生学习兴趣, 形成了基础实验、综合设计性实验、研究性实验和创新实验等多层次实验教学体系, 构建了农科基础化学实验研究性教学模式。这对于提高学生的学习效率, 培养学生的自主学习能力与创新能力具有重要意义。     

基于问题导向学习模式的研究生液质联用仪实验教学实践

针对研究生大型仪器实验教学存在的参与度低、教学效果不佳等问题,以液质联用仪实验教学为例,引入问题导向学习模式,围绕劣构的科研案例问题来设计教学过程,以学生为中心,以问题为学习的起点,使学生主动去寻求问题解决的方法,提高了学生的自主学习能力、知识掌握水平以及知识迁移能力;同时,为系统评价大型仪器实验教学的效果,给进一步教学改革提供数据参考,从观察学生的课堂表现、调查学生的课堂感受、考察学生的课程任务完成情况等3个方面入手,探索了量化评价实验教学效果的指标。     

二元三模块立体教学:打破时间和空间壁垒的实验教学新模式

首都师范大学化学系实验教学中心通过移动公众平台的开发、建设和在实验教学中的应用,力求实现以下突破:(1)逐步完善传统教学和自主学习相结合的二元课程结构,夯实基本知识和基本技能"双基训练",大胆开放学生设计和实施实验的自主性,分实验前、中、后3个模块引导学生科学思维的形成和训练;(2)建立课上课下及线上线下充分互动的立体教学形式,综合采用多种教学技术和互动手段,打破实验室所限"空间壁垒",打破实验课时所限"时间壁垒";(3)利用多种技术手段对教育学数据进行分层次的收集和分析,为实验教学改革提供现实依据。     

利用多维课堂手段增强学习过程的社会性

In the on-going tidal waves of MOOCs, the sociality of learning behavior of students has been diluted, which has resulted in unsatisfying effects on both learning and teaching. In this paper, one powerful teaching tool Course Cubic is elucidated in detail. By merging the virtual classroom generated in Course Cubic with physical classroom, the sociality of learning behavior of students was greatly enhanced and the satisfying teaching-and-learning has been achieved.     

有机化学基础实验课程一流建设

Green chemistry oriented instrument platform on preparation, purification and characterization for basic organic chemistry experiment course is constructed, and basic, comprehensive and innovative experimental projects were implemented to build a green, hierarchical and informationized curriculum system. Using information technology, new media and the Internet as the means and adopting various teaching modes, online and offline teaching of basic experiment of organic chemistry are carried out to benefit teacher-student interaction, flipped classroom, teaching and learning. The curriculum content reform is led by teaching and scientific research achievements, emphasizing the integration of theory and practice, the integration of tradition and frontier, increasing the interest and frontier of the curriculum, so as to realize the high-level, innovative and challenging nature of the curriculum.     

将科研软件融入化学实验与理论教学

The imbalance between teaching and learning, because of individual difference and the simplicity of teaching, can lead to interest losing on study, which will hinder the further learning. Here, based on the course content, certain scientific software are introduced in chemical laboratory lesson before and after class, thus, students can understand the experimental phenomena with the assistant of this teaching approach. Then laboratory lesson is connected with theory lessons to demonstrate the compounds they synthesized during experiment through a scientific software. The design helps the students understand the role of the software in judging and solving scientific issues. At last, the teaching practice is summarized and reconsidered to point out the essentials in the designing process.     

中外合作办学中创新人才培养的化学实验教学探索与实践

The Sino-foreign educational cooperation program is one of the important forms of higher education in China. The innovation and exploration of teaching modes and methods were carried out to tackle problems in teaching inorganic and analytical chemistry laboratory at Beijing University of Chemical Technology. These problems can be found in logical thinking, combining basic theory with practice, and software used in treatment of experimental data. The teaching reform was carried out on the aspects of improving students' innovative consciousness, combining theory with the experiment, integrating ideological and political education into classroom, application of software in experimental data treatment, which will improve the subjective initiative and problem-solving ability of students in learning inorganic and analytical chemistry laboratories. It will lay a solid foundation for the students of international bioengineering class to successfully connect with foreign follow-up courses in the future.     

基于超星学习通的物理化学BOPPPS教学模式改革实践

It has become a trend to use the mobile phone in teaching. Chaoxing learning, which is a custom designed APP for teachers' and students' demands, can be used on and after class. It can active the atmosphere in classroom and reduce the distance between teachers and students. In Canadian Teacher Training (ISW) the BOPPPS teaching mode is widely used. The mode is constructed with the six elements, i.e., bridge-in, objective, pre-assessment, participatory learning, post-assessment and summary, and applies these elements to ensure the success of the teaching goal. In the practice of the BOPPPS teaching mode, the teaching process should be designed in order to reach the teaching target, and abundant and participatory teaching methods should be applied to achieve interaction with students that is necessary for the goal of the teaching goal. According to this, the application of Chaoxing learning to BOPPPS teaching mode has an unexpected effect. In this paper, we took an example of the Physical Chemistry to illustrate how to use Chaoxing learning in the BOPPPS teaching mode. It provided a workable case for the hybrid teaching in new period and work well.     

基于大学生化学实验大赛的无机化学实验教学设计

介绍了福建省第二届大学生化学实验大赛无机化学实验考试的基本情况,分析了存在的问题。并以大赛试题为案例,针对存在的问题,结合翻转课堂模式,详细设计新的教学方案,实现真正意义的教学互动,切实提高实验教学水平。     

物理化学课程在线教学实践与效果分析

The main measures and experiences of online physical chemistry teaching through Ding Talk platform in Bohai University was introduced. Through the practice of the whole semester, it can be seen that the modular teaching mode of "simplicity-detail-induction" constructed by physical chemistry teaching team is conducive to match students with different self-learning abilities with different levels of teaching. The question-and-answer video induction class can fully arouse students' learning enthusiasm, which is favorable for the perfect realization of teaching and teacher-student interaction. With the double guarantee of meticulous and transparent teaching management and the accompanying process assessment, the overall goal achievement degree of the whole semester reached beyond 80%, and the sub-goal achievement degree reached over 60%, which provided reference for relevant teaching.     

智慧课堂在分析化学碎片化教学中的探索

以现代信息技术为基础的智慧课堂已成为教学中的得力助手,但目前在基础化学中的应用仍处于起步阶段。本文从理论和实验两方面探索智慧课堂在分析化学教学中的实践过程和作用效果,旨在实现碎片化教学模式下,引导学生自我构建系统化知识体系,并最终获取完整学习的目的。同时,能在有限学时内迅速提高学生严谨的科学意识、规范的操作技能。     

仪器分析课程有效教学之有效测评及反馈

Instrumental analysis is the eyes of all research fields. The instrumental analysis course is one of the main courses of university chemistry, and the learning of instrumental analysis course is related to the final output of all chemical disciplines. As an important part of effective teaching and learning, the assessment and feedback can not only evaluate the efficiency, but also guide how to improve teaching and learning. At present, the teaching and learning efficiency of instrumental analysis course is mainly evaluated by homework, classroom quizzes, mid-term and final exam results. The current assessment of instrumental analysis course has the problems of limited forms, the delayed feedback, and the poor interaction of "teaching" and "learning". This paper briefly introduces the reform and practice of effective assessment and feedback in instrumental analysis teaching of Boling class of Nankai University, mainly including three aspects: (1) strengthen the process feedback and let students summarize the points and rules; (2) let students become the center of effective assessment; and (3) carry out the item evaluation of literature reading.     

“课前六备、课中六讲、课后六辅”在线课程混合式教学模式研究与实践——以基于“雨课堂+钉钉直播”的中等无机化学课程为例

Taking the online teaching of "inorganic chemistry" course at Dezhou University as an example, the "six steps before class, six steps in class, six steps after class" online course teaching model based on "Rain Class + Dingding Live" and an online "short class" were constructed. The main content and implementation methods of teaching design, teaching process, teaching effect, teaching reflection, teaching evaluation in online course teaching were discussed. It has been proved in practice that this model can effectively improve students' learning interest and enhance teaching effects.