Integration of Ideological and Political Education in College Physics Courses Under the Reform of Smart Teaching

The development of the times has prompted China to enhance the quality of education and the value of talent.As guides for students,teachers should conscientiously implement ideological and political education,create college physics courses that are more in line with modern talent cultivation,eliminate the fixed and singular nature of traditional teaching,and find the integration points of ideological and political education.Teachers need to use the textbook itself,the expansion of resources in smart classrooms,and current technological progress to implement ideological and political education in order to cultivate more high-quality and high-level comprehensive talents for society.

Achieve Intended Learning Outcomes and Improving Digital Literacy Skills for Practical-Based Subjects Using Online Teaching via Propagation of OER Materials

As professors are subjected to teaching their classes online due to the recent COVID-19, our local Hong Kong students find it difficult to consult their teachers, and ultimately would fail to achieve the intended learning outcomes, especially for practical-based subjects. In this research, students having online classes of a practical-based fabric design subject were encouraged to self-study from Open Educational Resource (OER) materials for a further and better understanding of their subject. Additionally, online materials were developed to improve students’ understanding via skill of digital literacy. Their learning progress was evaluated and compared to the face-to-face version. The majority of students found online classes combined with self-studying OER materials, potentially be a substitute for face-to-face classes. Most of the students further opined different OER videos assisted them without any face-to-face instructions in practical works, to develop new fabric samples from the inspiration. Analysis of test results, and comparison of students’ final grades with different learning modes, supported these phenomena.

COMSOL Multiphysics在物理化学教学中的应用

将计算仿真融入大学化学专业课程的讲授是帮助学生具体化抽象概念、提升教学质量的新思路。本文介绍了多场物理仿真软件COMSOL Multiphysics的基本原理和操作,并结合大学物理化学课程的教学内容,总结说明了该软件在相平衡、化学平衡以及化学动力学等章节中的应用实例。由学生反馈可知,计算模拟软件在课堂教学中的可视化的演示,增强了学生对所学知识的理解和掌握,提高了学生的学习热情和思考深度。

A Teaching Case of Subject Clause Based on Implicit Learning

The New English curriculum criteria suggest teaching English grammar based on the students’cognitive characteristics and emotional needs,helping them discover the rules and encouraging them to master the grammar by using it.But due to the limited time in a lesson,many English teachers adopt a simple approach to teach grammar,in which students are required to memorize the rules first and then practice a lot.This approach is effec-

Study on Constructivist Approach of Learning and Teaching from a Perspective of Intersubjectivity

This paper makes an investigation on the constructivist point of view towards learning and teaching from the perspective of subjectivity and intersubjectivity. The process of learning and teaching is conducted by both groups,learners and teachers. Therefore,the intersubjectivity between learners and teachers play an important role. The learner-centered approach in teaching not only weakens teachers 'role,but also is not good for the development of learners'subjectivity.

The Ways to Create Problem Situations in Physics Teaching of High School

In middle school physics teaching,the design of appropriate problem situations is very important.It can stimulate students’interest in the content of this lesson,enhance students’motivation for learning,and promote the learning efficiency of students’independent cooperative inquiry.

A Study of EFL Reading Teaching in Senior High Schools Based on Key Competencies of Subject

With the release of English Curriculum Standards for Senior High School,the cultivation of students’key competencies of English subject has become the major concern of many English teachers in senior high schools.As an important part of English teaching,reading teaching is supposed to take the responsibility of helping students form key competencies.In this study,the current situation of English reading teaching in senior high schools is investigated to find out whether English teachers fully and efficiently carry out the cultivation of key competencies of English subject in practical teaching.Data from questionnaires and interviews of teachers indicate practical problems exist in cultivating students’key competencies in English subject in senior high school,so teachers need to have a further understanding of them and take more innovative activities to help students develop their language competence,cultural disposition,thinking quality and learning ability.

Discussion on Teaching Method of Physics in Liberal Arts College

since Physics is a basic discipline of natural science with fundamentality and prospective study, its educational significance is drawing increasing attention. This paper discusses the necessity of Physics learning in Liberal Arts College at first,and then puts forward a set of effective method of Physics teaching in Liberal Arts College through investigation and analysis of current status of Physics teaching in Liberal Arts College and based on exploration and consideration of course teaching of Physics teaching in Liberal Arts College, which can provide reference for other subjects with similar characteristics, such as Math,Chemistry, Biology and etc. in Liberal Arts College.

Application of Leading-Subject Teaching Method in Class Teaching of Landscape Type of Public Elective Course

For concrete situation of class teaching of landscape type of public elective course,the application situation of leading-subject teaching method in specific landscape type of course is explored. Teaching method transforms from "teaching as the center" to "learning as the center". By improving student's learning interest and efficiency,student's whole development and creativity are promoted.

Research on the Application of VPython 3D Dynamic Visualization in the Teaching of College Physics

As there are numerous physics formulas in addition to them being theoretical,college students generally consider the concepts of physics as abstract,in which they are not able to apply what they have learned.For 3D dynamic animation and visualization in the teaching of college physics,VPyton has many advantages,and it provides useful exploration for students to overcome obstacles in college physics learning.Taking the teaching of simple harmonic vibration,optics,molecular thermal motion,and electric field as examples,this article discusses the application of VPython in the humancomputer interactive teaching mode of college physics,which provides a beneficial exploration and new way to improve students?engineering skills and numeracy,as well as to respond to the national“new engineering education”reform in China.

Analysis of Winter Physical Training and Functional Reserve in College Physical Education Teaching

Physical training and functional reserve in winter physical education teaching can optimize the energy consumption of the body,regulate cardiopulmonary function,and stabilize emotions.It is essential to clarify the strategies of winter physical training and functional reserve as well as the existing issues in college physical education teaching,which subsequently improves students’physical functions and achieves comprehensive development goals.

Application Strategies of Hybrid Teaching Model in Physical Education Teaching in Vocational Colleges

To improve physical education in vocational colleges,a hybrid teaching model should be developed,taking into account local conditions,gradual progress,and deep integration.The process includes resetting teaching goals,optimizing teaching content,adjusting teaching segments,and improving teaching evaluation.Teachers can use video resources to interact with students before class,set up different student display projects during the course,encourage group cooperation and inter-group assessment,conduct in-class tests and knowledge competitions to reinforce students’sports skills,and suggest appropriate after-class activities.An online and offline self-study model can also motivate students to participate in sports.

Discussion on the Impact of“Shift System”Teaching Model of Physical Education on Students’Mental Health

The“shift system”teaching model of physical education is an emerging education model that aims to improve students’independent choice and personalized development.However,there are also some challenges in the practical application of this model.For example,there are mental health issues for some students including difficulty in adaptation,social interaction,high psychological pressure,etc.Based on this,this article analyzes the impact of the“shift system”teaching model of physical education on students’mental health and explores the optimization path of the physical education“shift system”teaching model in order to promote students’mental health and all-round development.

文化课教师助推青少年体育高质量发展的根本逻辑、制度困境及实现策略

文化课教师是发展青少年体育的责任主体之一,其赋有助推青少年体育高质量发展的天然使命和资源禀赋。研究认为,青少年体育和学校体育相关政策法规的整体推动、整体健康观念引领下人民对美好生活的殷切向往、为实现体育强国梦借鉴国外有益实践的积极行动,这些都进一步强化青少年体育发展对文化课教师的强烈需求。然而,正式制度建设与更新滞后,难以保障文化课教师参与学校体育工作的切实权益;非正式制度建设效力低微,不足以催发文化课教师的内在动力。据此,研究提出文化课教师助推青少年体育高质量发展的具体策略:推行“借体发挥”的跨学科教学,以学科文化涵养学生体育核心素养;共育校园体育文化,形成非正式学习空间内师生共在的课外体育制度;优化学校教育与学校体育政策法规,建立多元主体共同育人长效机制;祛除功利主义教育观念及行为,躬行体育化、生活化的教书育人实践。

土木工程专业课程思政无痕融入方法的探索与实践——以组合结构课程为例

为实现土木工程专业中思政内容的无痕融入,针对土木工程专业课程理论难度大、专业知识多的普遍特点,以组合结构专业课程为例,探讨从课程内容、实践教学、考核体系、教材建设等方面全方位建设思政元素的方法与可行性,开展教学模式与教学方法改革以解决“学时少、内容多”的教学矛盾,阐述上述课程思政建设方案与改革措施在本科生与研究生组合结构专业课中实施的效果,以期为土木工程专业课题提供参考。组合结构课程是土木工程专业本科生与研究生教学的重要内容,但是组合结构理论复杂、形式多元,教学难度大,在组合结构课程中无痕融入课程思政,对教师的教学设计、授课技巧、教学模式等提出了新的挑战。为此,在课程内容建设方面,增加“工程案例库”“八百壮士精神”等思政内容,穿插“工程问题案例剖析”“学术前沿”等思政元素;在试验教学中,增加“试验设计”“学术研讨”等环节;在考核体系中,增加“团队项目”。在教学模式方面,开展“多渠道”授课、与国际高水平学者共建课程,实现教学从课堂向课外、从国内向国际的有效延伸。在教学方法方面,实施多种电子教学媒介综合教学法,实现个性化教育。经过上述思政内容建设与教学方法改革,课程得到了留学生与中国学生的一致好评,学生成绩优秀率达到30%。

智慧体育助力体育教学模式创新研究

智慧体育在当代教育中扮演着越来越重要的角色,它为体育教学模式的创新提供了新的可能性。该研究旨在探索智慧体育如何助力体育教学模式创新,以应对现代教育的挑战和需求。在研究中发现,智慧体育为体育教学注入了新的活力和创新点,不仅丰富了教学内容,还拓展了教学方式,提供了更多个性化、定制化的学习体验。此外,智慧体育还促进了师生之间的互动和合作,激发了学生的学习动力和积极性。该研究为智慧体育在体育教学中的应用提供了理论支持和实践指导,为推动体育教学模式创新提供了有益参考。

“国考”成绩与学业成绩相关性分析及教学建议——以物理学科知识与教学能力科目成绩为例

目前,国家教师资格证考试中物理学科知识与教学能力科目的合格率较低。其原因,可能与学生之前学过的各科成绩有关。所以,该文把部分公共课和专业核心课的期末总评成绩,分别与“国考”物理学科知识与教学能力科目成绩进行相关性分析。分析得到,相关性最强的三个科目分别是教师职业道德、物理课程与教学论和物理学科知识与教学能力课程。根据这个研究结果,结合考生考试后的问卷调查情况总结,分别从提高学生的教师职业认知、注重专业课和中学物理课程结合、加强中学物理教学实践训练三方面,给出对物理学科课程与教学论和物理学科知识与教学能力等课程的教学建议,以供同行参考。

构建“跨情境融合”的大学物理立体化教学体系的探索与实践

高等院校开设的大学物理课程是培养现代高端工科人才的强大支撑和理论基石,针对学生在学习过程中存在的“3个不足”,以及教学过程中存在的“3个矛盾”,秉持“学生中心、产研教融合”的教学理念,构建了“跨情境融合”的大学物理立体化教学体系,实施全立体化的学习情境与学习过程,并以此为基础,创建了“三阶递进”的教学内容体系和“三维三结合”的课程评价体系.籍此培养具有创新思维和科学研究能力的创新型工科人才.

高校教学共同体:内涵特征、价值意蕴与推进路径——基于人类命运共同体视角

基于人类命运共同体视角,高校教学共同体的理论构想值得探索。从高校教学共同体的内涵出发,引申出高校教学共同体的特征,即主体间的相互依存性、资源与利益的共享性、教学生态的可持续发展性、治理过程的协同性。在明晰高校教学共同体的价值意蕴基础上,有必要重塑相互认同的教学主体关系,构建制度吸纳的教学资源共享机制,构筑可持续发展教学生态,以及以数字赋能强化教学过程,协同高校教学共同体的推进路径,进而实现“加快高质量教育体系建设”的战略目标。