优化课程体系 培养创新人才

从无机及分析化学课程的教学内容整合和结构优化出发,介绍课程内容体系结构与教学内容组织方式,探讨了凝炼教学内容、改革实验教学模式、探索研究型教学方法等对培养创新人才的作用,展示了培养学生创新素质、实践能力的效果。     

师范院校化工课程教学的改革与实践

对师范院校化学和应用化学专业化工课程体系的构建、教学内容、教学方式和实习模式等进行研究,构建出新的课程教学体系和实践模式,充实了教学内容,促进了化工课程教学的发展,使学生能在有限的时间内获得更多的知识和技能,综合素质得到全面提高。     

分层次电化学实验教学改革

在教学实践的基础上,提出了分层次、多模块的电化学实验教学模式,并从教学改革理念、教学内容设计以及教学方法和培养模式等方面进行了阐述。     

上海高考改革背景下化学教学面临的联动变化

以上海高考新政为背景，分析了高考由"+1学科"转变为"+3学科"后，化学教学对象、教学内容、教学目的、评价模式等的变化，对教育管理、教学内容、作业考试评价、教师自身教学观念等方面提出了联动性改变的建议。     

浅议基于学科思维的化学类专业课程体系设计与课程内容编排

对化学学科的世界观和方法论等哲学特征进行了分析,提出按照化学的学科思维模式构建新型化学课程体系——"学科思维体系"的理念。并对课程的设计、教学内容的安排提出了一些建议。希望能够对今后化学类专业课程体系设计、教材建设和教学内容改革提供一定的借鉴。     

分析化学实验教学模式的优化与实践

以培养“服务型 创新型”人才为目的,从教学内容、教学方法和考核方式等方面对分析化学实验教学进行改革,建立了“基础型 设计型 创新型”实验教学模式,收到了良好的教学效果。     

研究型大学有机化学实验教学体系改革与创新

结合研究型大学有机化学实验教学体系创新实践,从＂基础—综合—提高＂的层次培养模式出发,构建有机化学实验教学课程体系、更新教学内容、加强基础研究与实验教学衔接、改进教学方法和手段、展示科学实验创新。     

作业设计三维矩阵模式的构建与实践——自然界的水

基于《义务教育化学课程标准(2022年版)》中的学业质量和学业水平要求，依据学生特点和实际教学内容，开发了中学化学单元作业设计的三维矩阵模式(作业目标、作业形式、作业要求)。以“自然界的水”的单元教学内容为例，系统阐述了作业设计、实施、评价的过程，并就作业实施做出了改进反思。     

信息化教学背景下无机化学元素性质实验教学模式的重构与实践

以高效、合理利用信息化教学资源为基础,重新构建了无机化学元素性质实验教学模式。介绍了构建教学模式中微视频的使用方法,基本实验和自主实验相组合的教学内容,以及多途径考核评价的方法。探讨了元素性质实验教学模式重构后的实践效果,改善了教学现状,有助于提升教学效果。     

以“学生为中心”的研究生波谱分析课程教学改革与实践

通过分析美国威斯康星大学-麦迪逊分校研究生波谱分析课程的教学理念、教学内容、教学方法和评价体系的特点,并结合自身的教学实际,提出我校的课程改革应在"以学生为中心"的教学理念指导下,优化教学内容,改革教学方法和评价体系,逐步建立基于"知识+能力+素养"的人才培养模式。经过两个学年的教学实践证明,以"学生为中心"的教学模式是提高教学效果的一个有效途径。     

普通化学实验“学生中心”教学模式改革与探索

This paper introduces the implement program and significance of the teaching reform of student-centered teaching mode, on the basis of classroom practice in general chemistry laboratory. A complete comparisons between the student-centered teaching mode and teacher-centered teaching mode were carried out in many aspects, such as teaching process, teaching evaluation, teaching implementation effect, etc. The main status of students should be built and all efforts are made focusing the students in student-centered teaching mode. Students can absorb knowledge, improve ability, and cultivate healthy personality by online and offline teaching models, heuristic teaching methods and cooperative learning strategies, which were implemented with the Superstar learning platform. The student-centered teaching mode helps to build a harmonious relationship between teachers and students, cultivate students' scientific literacy and humanistic quality, and promote the all-round development of students.     

以培养自我调节学习能力为导向的分析化学实验混合教学模式

In the analytical chemistry laboratory, students were divided into the experiment group and the control group. We adopted the mixed teaching mode, which highlighted the designing Bloom's cognitive goals for education, as well as blending the flipped classroom and the problem-oriented teaching for the experiment group to explore an appropriate teaching mode, aiming at fostering the ability of lifelong learning mainly based on the self-regulated learning. By contrast, the traditional teaching mode was used in the control group. At the end of the course, the effect of the mixed teaching mode was evaluated according to interviews, messages on the teaching platform and the unified test. The results showed that the teaching effect of the mixed teaching mode was better. Moreover, all the students of the experiment group preferred the mixed teaching mode. The teaching practice proved that it was favorable for students to set study goals and build the corresponding self-regulated learning strategies.     

“讲一练二考三”模式建设面向实际应用的计算化学课程

将"讲一练二考三"的新型教学理念应用于大学化学的教学是一种有意义的尝试。本文结合计算化学课程的特点和本人的教学实践,从课程建设思路、教学内容、教学方式、练习方式和考试方式等几个方面阐述了采用"讲一练二考三"模式建设面向实际应用的计算化学课程的一些经验和方法,探讨了计算化学课程授课内容和教学方法的改革。     

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.     

无机化学多元信息化教学模式的构建与实践研究

针对现代大学生的移动阅读习惯和信息化学习需求,构建了无机化学多元信息化教学模式。介绍了构建这种教学模式所需微信公众号、微助教和QQ群作业的使用方法。初步探讨了无机化学多元信息化教学模式在教学中的实践效果,弥补了传统教学中的不足。     

大学化学多维度教学模式探索

Aiming at the dilemma of the traditional university chemistry teaching mode, this paper explores the multi-dimensional teaching mode from the perspective of "student-centered" and "process management". The teaching mode focuses on the four dimensions of "acceptance, application and expansion" of knowledge and "improvement" of ability. It introduces eight teaching sections, including classroom teaching, classroom practice, classroom question and answer, tutoring and answering after class, homework, classroom speech, course essay and extracurricular practice. This teaching mode has achieved initial results and provided an opportunity for students to expand their knowledge and enhance their ability.     

针对理论-实验教学相融合的微助教辅助实验教学实践——以滴定分析实验教学为例

为了促进滴定分析理论-实验教学的融合,在借鉴疫情期间线上教学模式经验的基础上,我们在滴定分析内容教学中实践了微助教辅助的实验课堂教学模式。该教学模式灵活机动,不受行政班级划分与理论实验教学先后顺序的制约,能够有效地提高实验课教学效果,促进理论-实验教学相互融合,提升教学质量。     

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.     

混合式教学在“有机化学实验”课堂教学中的应用

Combining the teaching and learning actuality of organic chemistry experiment in Yuxi Normal University, the blended teaching reform based on rain classroom was introduced in this paper. The influence of mixed teaching mode on teaching and learning was discussed from the changes of teacher's teaching, student's learning and evaluation mode. The flip of traditional classroom and the change of roles of teachers and students was realized by the Online and offline teaching mode. The extraction of caffeine from tea was applied to expound the specific application of hybrid teaching in experimental teaching. The practice proved that mixed teaching helped students to improve self-learning ability, innovation and entrepreneurship and comprehensive applied ability.     

网络环境下生物化学理论课教学模式研究与实践

对网络环境下教学模式进行探讨,构建传统课堂教学与网络教学相结合的混合式教学模式,将信息化技术融入课堂,使教学手段更加高效,教学资源更加丰富,评价考核更加客观,学生学习更加主动,师生共建生物化学课程网络教学资源。实践证明,这种教学模式有效提升了教学效率和质量,提高了学生自主学习能力。