The Promotion and Challenges of Modern Electronic Technology in English Reading Teaching

In the context of the information age,modern electronic technology has gradually penetrated into every aspect of our lives,and the field of education is no exception.Especially in English reading teaching,the application of electronic technology has provided unprecedented convenience and possibilities for teachers and students.However,just as every coin has two sides,modern electronic technology has also brought a series of challenges.Some students may overly rely on electronic devices for reading and overlook traditional paper-based reading methods,leading to a decline in reading comprehension ability.In addition,prolonged use of electronic devices can also have a negative impact on students’eyesight.Therefore,when using electronic technology for reading teaching,teachers need to pay attention to guiding students reasonably,balancing the use of electronic devices and traditional reading methods,and protecting students’vision and reading comprehension abilities.This article aims to explore the promotion and challenges of modern electronic technology in English reading teaching.

Teaching Design and Implementation of the Electrical and Electronic Technology Course Based on Teaching Ability Competition

The teaching ability competition is a vital method for stimulating teachers’enthusiasm and enhancing their teaching skills.This approach has gained increasing attention from colleges and universities in recent years.The competition focuses on evaluating teachers’capabilities in designing and implementing lessons,encouraging the exchange of new educational ideas and high-quality teaching methods.Reforming the teaching of Electrical and Electronic Technology courses based on insights from teaching competitions can significantly improve teaching quality.This paper explores the teaching design and implementation of the Electrical and Electronic Technology course,drawing on the principles of teaching ability competitions.First,it analyzes the existing problems in teaching this course.Then,it highlights the significant benefits that teaching competitions bring to the course.Based on these insights,the paper proposes practical strategies aimed at enhancing students’interest and practical skills,thereby promoting innovative developments in teaching Electrical and Electronic Technology.

The Challenges in Electrical and Electronic Technology Courses in Vocational Colleges

This paper addresses the challenges in the teaching of electrical and electronic technology in higher vocational colleges and proposes specific countermeasures to improve teaching quality and effectiveness.The countermeasures include optimizing teaching content,emphasizing practical application and innovation,innovating teaching methods,introducing modern instructional approaches,strengthening the teaching team,enhancing teacher quality and practical expertise,upgrading experimental equipment and facilities,enriching curriculum resources,and incorporating digital teaching materials.These measures aim to cultivate high-quality skilled talents,promote social and economic development,and enhance national competitiveness.By adjusting the course structure,incorporating real-world industry cases,and fostering collaboration with enterprises,students can better understand and apply electrical and electronic technology.The introduction of project-based teaching,flipped classrooms,and multimedia technology can enhance student engagement and facilitate independent learning.Furthermore,the improvement of experimental resources and the establishment of online teaching platforms can enhance students’practical skills and provide a variety of learning resources.These measures contribute to the overall improvement of electrical and electronic technology teaching in higher vocational colleges.

Integrated Reform of Electronic Technology Courses in Higher Vocational Colleges Based on the OBE Concept

The education model based on outcomes-based education(OBE)emphasizes on taking educational achievements as the guide as well as focusing on student-centered and ability-based concepts.OBE is consistent with the talent output goals of higher vocational and technical education.Using the construction of electronic technology courses in higher vocational and technical colleges as an example,this article takes the course reform as an important carrier to promote ability training and explores the course reform scheme to meet the ability needs of higher vocational talents in the new era based on the concept of OBE in order to provide a useful reference for improving the level of talent training in higher vocational colleges.

Ideological and Political Teaching Case Design and Research Based on the Course Simulation Electronic Technology Experiment

As critical measures to educate and cultivate people’s morality,“Ideology and Politics of Course”has gradually become the focus in actual undergraduate education research in universities.Targeting the single ideological and political education mode and students’lack of interest in experimental courses,this paper,through various links,including pre-class preview,in-class teaching,and after-class data analysis,takes the common emitter single tube amplifier experiment as an example to organically integrate the excavated ideological and political elements with practical operation and carry out teaching case design and practice;realize the improvement of students’learning initiative and problem-analysis ability;and achieve the purpose of cultivating people throughout the whole process and in a comprehensive direction.

From Students and Lecturers’Perspectives of New On-Line Web-Based Simulation Tools as Power Electronics Facilities Launching Surveys for Assessment Stage

The forthcoming European Higher Education Area has implied an important change in the teaching/learning process:it is necessary to get students more involved as well as to promote their independence and active participation.Furthermore,Information and Communication Technology is progressively including greater spaces in human beings’life,as economics,arts,engineering and education,among others fields.Therefore,a web tool,based on a content management system,has been developed to teach the Power Electronics subject.Moreover,the use of these multimedia tools makes it possible to encourage students’independence.This developed educational software is necessary as an important resource in the students’teaching/learning process.Therefore,the importance of evaluation models increases in as much as the application of these instruments allows its effective evaluation.It offers a greater guarantee of its use in these environments from the students’point of view.An evaluation process,by means of several surveys for students and lecturers,is used in order to evaluate the quality of these multimedia interactive tools.The results demonstrate that the use of this web tool increases students’motivation significantly.

UC电气专业的“Electronics”课程内容体系与教学探索

电子技术系列课程既是理论基础也是实践基础,对电气电子信息领域学生的知识、能力、素质的全面培养起到十分重要的作用。介绍中外合作UC电气专业的“Electronics”系列课程的教学计划和内容体系,展示了“理论课程重基础,以实践课程深化基础”的人才培养模式,以及通过PBL(Problem-Based Learning)教学模式培养学生自主学习、建构电子电路知识体系的教学探索经验。

Analog Discovery 2在模拟电子技术实验案例中的应用

通过实际案例介绍了Analog Discovery 2(简称AD2)在模拟电子技术实验中的应用。简要介绍了AD2的功能和使用方法,并且以模电实验中的积分电路为例,详细介绍了基于Multisim、AD2和Waveforms开展实验的步骤和结果,并对仿真结果和实际结果进行对比。教学实践表明,将该套件应用在模电实验中,弥补了传统虚拟仿真实验的不足,摆脱了空间、时间限制,灵活便携,可操作性强,便于拓展,结果清楚直观,值得推广。

工程教育认证理念下电力电子技术课程思政教学改革研究

在浙江理工大学电力电子技术课程学情基础上,引入工程教育认证理念,提出电力电子技术课程思政教学改革思路和方法。首先制定融合工程教育认证理念和课程思政的教学新目标,其次根据思政教育新目标对电力电子技术的教学内容进行改革,接着提出电力电子技术课程思政教育的教学新方法,最后引入多元考评手段,形成有效的持续改进机制。通过电力电子技术课程思政教育教学改革,力求达到思想教育润物无声的效果。

混合式教学课程思政教学改革与实践——以电子技术课程为例

将课程思政融合混合式教学中,是实现职业教育课程思政全覆盖的有效途径之一。挖掘“爱国主义”“大国工匠”“价值观”“职业道德”等课程思政元素,从混合式教学体系设计、课堂实施、教学评价与反馈三个角度开展混合式教学课程思政教学模式改革与实践,构建“知识、能力、价值”有机融合的专业课课程思政教学模式。

PBL教学法在“电力电子技术”课程中的应用

项目式案例教学模式既能够提高学生自主学习的能力,也能培养学生的工程应用和创新能力。针对模式中的问题设置方法,提出将PBL(Problem-Based Learning)教学法用于项目式教学的实施过程。首先给出了PBL教学法的问题设计方法,并提出了实施方案,最后在“电力电子技术”案例教学中进行实践。实践表明:项目式案例教学中应用PBL教学法可有效提高学习者的解决问题技能和高阶思维能力。

基于能力培养的数字电子技术课堂教学改革实践与探究——以青岛理工大学为例

培养大学生的科研、创新、实践等综合能力必须改革传统的课堂授课模式。为高效提升课堂教学的质量,该文拟从高校的专业基础课数字电子技术课程入手展开研究,从课程地位、教学现状、课堂教学改革措施、创新特色和教学效果等多方面进行分析和论述,并提出后续改进方案和教学设想。一系列的改革方法为课堂教学开辟一种全新思维和途径,可以为其他高校的课堂改革提供借鉴和参考。

基于工程认证的模拟电子技术教学改革研究

在工程教育认证背景下,以学生为中心、以产出为导向的指导原则,修改了模拟电子技术的课程目标、完善教学内容、改革教学模式和评价体系,对课程目标的达成度进行分析。通过采用案例式教学,虚实结合和混合式教学,学生从被动地接受知识到主动地积极探索,动手能力和创新能力得到提高,对达成毕业要求起到有力的促进作用。

基于系统结构图的模拟电子技术课程教学探索

掌握知识是教学目标的核心要素,对基本元件和基本电路的深入探索是领悟模拟电子技术课程知识的关键。为此,该文提出以系统结构图为工具开展课程教学,首先分析教学内容与系统结构图的关联关系,然后通过两个知识点的分析过程,阐述系统结构图在课程教授中的具体应用,最后运用案例分析、仿真实践、翻转教学等教学方法,实现启发学生融会贯通、注重创新培养、强化学生自主探究的目标。

面向一流课程建设的“模拟电子技术”教学改革研究与实践

模拟电子技术是仪器类、电子信息类等专业的核心课程,深圳大学测控技术与仪器专业模电教学团队对该课程进行了教学改革研究与实践,确立了学生的主体地位,树立了以学生发展为中心、以学习成果为导向的教学理念,在教学内容和教学实践中强调学以致用,重视模拟电子电路设计能力,增加工程实践相关知识及项目式课程设计,培养了学生创新思维和工程实践意识,使得学生知识结构满足当前工程应用需求,能够综合运用所学知识设计电子信息系统,并将创新思维与工程意识带入其他学习之中。

三极管共射放大实验电路频率特性的测试与分析

三极管共射放大电路实验是模拟电子技术基本实验之一,实验前基于Multisim波特图得到幅频特性及相频特性曲线。经与理论分析对照,有两个现象:一是上限截止频率远大于理论估算值;二是相频特性曲线在中频段某频率点发生-180°到180°相位跳变。针对第一个现象,实验后对测试数据利用Python进行处理,表明幅频特性下限频率点理论值、仿真值与测试值基本一致;上限频率点介于理论值与仿真值之间。针对第二个现象,经Python绘制了理论相频特性曲线,用示波器实测输入、输出信号的李莎如图形,表明没有相位的跳变。

新工科背景下数字电子技术实验教学模式探索

数字电子技术是电子信息专业学生必修的主干课程,也是新工科专创融合的重点。其中数字电路的实验实践环节是培养学生理论联系实际、具备数字系统工程设计能力的关键。以面向实际应用的数字电路课程设计为引导,依托虚拟仿真,验证实操实验,参加创新竞赛为提升,形成应用导向、理论支持、实践验证和以赛促教相结合的闭环实验教学模式,对于改进工程教育模式,特别是提高电子信息专业学生的实践能力和创新能力,具有重要的理论和实践意义。

“数字电子技术”课程的OBE模式教学改革

为了满足电子、自动化、通信等专业对相应专业人才的需求,“数字电子技术”课程作为其各专业课程的基础与核心,课程教学模式必须与经济技术的发展相对应。文章从课程的特点出发,从理论课程教学、实践课程教学、教学方法、考核模式4个方面对“数字电子技术”课程进行了OBE模式教学改革。改革注重以学生为中心,课程教学模式多样化,培养学生自主式和探究式学习,提高学生的综合素养。

模拟电子技术与自动控制原理课程融合促进教学探索

多课程交叉融合的教学模式能够提高人才培养质量。首先,通过梳理和整合模拟电子技术和自动控制原理两门课程的教学内容,构建深度融合关联思维导图,明晰知识点对应关系。其次,针对具体知识点,采用多角度理论推演、交叉案例分析、综合性项目设计、虚拟仿真平台共享和课程思政融合等方式,设计具体实施内容。最后,探索了多种教学方法在融合促进教学中的应用,增强了学生对理论知识的理解和运用,提高了教学效果。

新工科背景下模拟电子技术实验课程教学改革与实践路径研究

针对当前模拟电子技术实验课程教学中存在教学方法形式单一、实验内容设计无法适应信息技术的发展等问题,从提升大学生创新能力与意识的角度,以“三聚集、三着力”为切入点,探究新工科背景下模拟电子技术实验教学改革与实践路径,以期为推动工科实验教学的持续优化与创新实践人才培养模式提供借鉴和参考。