Autonomous Mechanism of College English Teaching and Learning

The aim of college English teaching in China is to build the teaching mode with the Internet and to foster talents with comprehensive quality. This paper proposes to build mechanisms of dual autonomy, dual classroom, and dual evaluation in universities, especially those in undeveloped areas, to facilitate both teaching and learning.

Applying the Teaching Strategy of Co-operative Learning to ELT

This article focuses on a brief introduction of the teaching strategies of Co-operative Learning(CL). Some of the strategies are chosen to make certain changes in ELT field. It is proved that the Teaching Strategy of CL can be applied in ELT, which makes the classroom teaching more efficient and arose learners’ interests. The Teaching Strategy of CL can help students improve their ability of learning and problem solving. It is a new breakthrough to the traditional teaching model.

A Study on the Application of Cooperative Learning in English Language Teaching

Cooperative learning,as a new organizational form of teaching,has been more and more widely used in English language teaching.It has broken the traditional teacher-centered teaching mode.Nowadays,it has been regarded as a creative and effective teaching theory and strategy.In order to get more insights into cooperative learning,which is not only a way of learning but also a teaching strategy,a study on the application of cooperative learning has been made from several aspects:theoretical basis,application and evaluation.

Research on Blended Teaching Design Based on Deep Learning

In recent years,the blended teaching model in Chinese universities has developed rapidly,breaking through the time and space constraints of the teaching process and enriching teaching resources.The emergence of different teaching platforms has also actively promoted the modern development of education.However,there is still room for continuous optimization and development of blended learning,and issues such as some students’inability to effectively utilize online resources,inability to conduct in-depth learning,lack of thinking training,and insufficient ability cultivation and improvement require resolution.This article fully utilizes the basic concepts of deep learning in the existing blended teaching mode,proposes a blended teaching design based on deep learning,and enriches the existing student assessment and evaluation methods,thereby improving the teaching effectiveness of existing blended teaching,deepening the achievements of teaching reform,and improving teaching quality.

Research on Innovative Learning Based on Mixed Teaching Model of Data Structures

Under the premise of building an innovative country and cultivating innovative talents,teaching innovative learning,cultivating students’innovative thinking and improving the teaching mode and curriculum form have already become one of the main directions of deepening the reform of higher education.Data Structure is essential part in the undergraduate program.It is crucial for student to carry out research and project.In the actual teaching activities,the problems of content updating,practice ability for research projects of data structures are to be improved.Therefore,the course reform is imperative.This paper analyzed the main problems of the current data structures course,explored the solution of the problems,and proposed a new mixed teaching mode and evaluation method.

Analysis of the Factors Influencing English Teaching in Junior and Senior High Schools and Countermeasures

Smooth degree of connection on English teaching in Junior and Senior high schools directly affects the quality of English Teaching in senior high school. At present, the separate school running system from many local junior and senior high schools makes it difficult for senior high school English teachers to exchange teaching communication. This paper probes into the factors that influence the connection between junior high school English teaching and senior high school English teaching, and explores how to deal with the connection in English teaching between junior and senior high schools from four aspects, such as, psychological guidance, teaching strategies, learning strategies and evaluation methods.

An Introduction to The Construction of English Multiplex Teaching Evaluation System in Secondary Vocational Schools

In view of the current situation that the evaluation mode of English Teaching in secondary vocational school is still dominated by the summative evaluation,the new evaluation mode,the multiple evaluation system,is applied to the English teaching practice of secondary vocational school in the form of experiment,and the situation of studentst learning strategies,autonomous learning,interest in learning and English level after the implementation of the multiple evaluation system is analyzed.The results show that the multiple evaluation system of English Teaching in secondary vocational school has a positive impact on studentst English learning strategies,learning autonomy and learning interest,and also plays a certain role in promoting the improvement of students’ overall English level.

A Study on the Implementation Path of the Blended Teaching Model in Geological Hazards Investigation and Evaluation

Geological Hazards Investigation and Evaluation is the core course of Environmental Geological Engineering,aiming to cultivate skilled talents with solid theoretical knowledge and excellent practical skills.At present,the course faces several issues,including a teaching environment disconnected from real-world work scenarios,course content that deviates from job-related tasks,a lack of digital teaching resources,and reliance on a single teaching method,leading to students’poor feedback from employers.Based on the concept of outcome-based education,the course team of Geological Hazards Investigation and Evaluation establishes a“five-step double-rotation”blended teaching model with the help of a Small Private Online Course platform.The program is designed to improve the teaching environment and expand the digitalized teaching resources in order to improve students’learning motivation,enhance learning effectiveness,and cultivate skillful talents who meet employers’satisfaction.

A Critical Analysis on Evaluating the Students'Feedback of Learning

Teaching involves finding out about students'misunderstandings,intervening to change them and creating a context of learning that encourages students to engage with the subject matter.This theory of making student learning possible is very much concerned with the content of what students have to learn in relation to how it should be taught.Evaluation implies collecting information about our work,interpreting the information and making judgments about which actions we should take to improve practice.Evaluation is an analytical process that is intrinsic to good teaching.

Cultivation of Innovation Ability of Students in the Discipline of Food Science and Engineering from the Perspective of Engineering Professional Certification

Cultivating the top-notch innovative talents is an essential task for connotative construction of higher education.As an applicationoriented discipline,the Discipline of Food Science and Engineering attaches great importance to the cultivation of innovation ability of college students.For a long time,however,the discipline education has problems of the inverted teaching subject position,weak coordination ability and single practice mode.The support for the cultivation of innovation ability is weak and ineffective.Therefore,in the context of professional certification of engineering education,it is necessary to make reform of traditional education mode and improve the carrier support and target acquisition taking the Outcomes-based Education(OBE)as guide,the innovation ability cultivation as objective,to provide effective guarantee for cultivation of the top-notch talents.These have become issues that should not be ignored in the development of the Discipline of Food Science and Engineering.

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.

人工智能在职业教育中的应用与研究

在推动人工智能与职业教育深度融合的背景下,职业教育的发展出现了新模式、新路径、新举措,人工智能赋能职业教育的研究也越来越多。人工智能主要在以下几个方面为职业教育赋能:教学评价智能化、个性化学习、人才培养方案制定、虚拟教学场景搭建等。详细分析了人工智能技术在职业教育中的应用场景,并指出了人工智能应用于职业教育可能产生的问题以及应对智能化对传统职业教育产生的冲击的措施。

医学课程在线教学学习效果评价体系研究

面对大数据时代的新要求以及不断变化的新型冠状病毒肺炎疫情挑战,线上教学成为高等教育中备受瞩目的新形式。依托教学平台进行在线教学,能够使优质教育资源共享,为学生带来全新的教学感受,以及个性化体验;同时,平台提供的学生学习行为与学习成绩数据更利于教师精准施教。因此,医学课程在线教学亦需要在多方面进行改进与优化,研究基于教学平台的医学课程在线教学学习效果评价体系将为进一步建设医学一流课程、一流专业提供有力支撑,具有重要的理论意义与实践价值。

生成式人工智能赋能跨学科创新思维培养:内在机理与模式构建

在学科融合趋势日益迅猛的时代背景下,培养学生的跨学科创新思维是当前教育的重要目标之一。作为人工智能时代的突破性技术,生成式人工智能给技术赋能教育带来了巨大的机遇与挑战。基于此,文章聚焦跨学科教育领域,首先阐释了跨学科创新思维的基本内涵和分类,在此基础上归纳出跨学科创新思维的四个发生要素:多学科知识基础、基本的创新思维、团队沟通与协作、产出导向。然后,文章剖析了生成式人工智能赋能跨学科创新思维培养的四个核心功能:高效信息检索与整合、多轮对话与角色模拟、评价与反馈、生成与创作。在此基础上,文章厘清了生成式人工智能赋能跨学科创新思维培养的内在机理。最后,文章从“课前-课中-课后”教学评一体化的视角,基于面向设计的产生式学习模式(Design-oriented Production-Based Learning,DoPBL),构建了生成式人工智能赋能跨学科创新思维培养的教学模式。文章通过研究,旨在为人工智能时代下如何培养学生的跨学科创新思维提供理论和实践参考。

课程思政融入《口腔解剖生理学》教学中的改革与探索

要想实现“立德树人”教育根本任务,各类课程与思想政治理论课应同向同行,形成协同效应。《口腔解剖生理学》为口腔医学其他专业基础课和专业临床课奠定了必要的形态学基础,在本课程的教学过程中,思政教育是课程体系的重要环节。如何在《口腔解剖生理学》教学中挖掘和表达思政元素,推动课程思政的实施,是本课程思政建设的方向和重点。本篇是在将课程思政融入《口腔解剖生理学》教学,寻求具有湘雅口腔医学特色的“思政教育体系”,旨在探讨在《口腔解剖生理学》课堂思政中获得的经验与体会。

Gibbs反思循环模型在护理专业教学中应用的范围综述

目的对Gibbs反思循环模型在护理教学中应用的研究进行范围审查,探讨国内外Gibbs反思循环模型在护理教学中的应用现状、教学策略及其教学效果。方法计算机检索中国知网、万方、维普、中国生物医学文献数据库、PubMed、Web of Science、Cochrane library、Embase数据库,检索时限为建库至2023年11月30日,应用Arksey和O'Malley提出的报告框架对纳入文献进行范围综述。结果共纳入19篇文献,其中10篇英文文献,9篇中文文献,发表时间为2017-2023年,Gibbs反思循环模型已广泛应用于护理专业教学中,但目前国内师资培训尚不规范,部分教学实施步骤欠严谨,教学评价科学性不足。结论Gibbs反思循环模型应用有利于提升护理教学质量,对增强学生及护士的专业水平及综合能力具有重要意义,但应规范师资培训过程,明确实施步骤和各阶段教学重点,建立双向、多维度教学评价机制。

CBL联合Mini-CEX评估在全科住院医师糖尿病教学中的应用效果

目的探讨基于案例教学(case-based learning,CBL)联合形成性评价迷你临床演练评估(mini-clinical evaluation exercise,Mini-CEX)在全科住院医师糖尿病教学中的应用效果。方法选择该院2019级—2022级全科住院医师114名为研究对象,随机分为观察组和对照组,每组57人。观察组采用CBL联合Mini-CEX教学模式,对照组采用传统教学模式,两组住院医师在入科前后进行理论考核,课后进行问卷调查,比较两组考核成绩及教学满意度。结果两组住院医师出科考核成绩均高于入科考核成绩,差异有统计学意义(P<0.05);对照组理论成绩为(75.63±7.46)分,观察组为(84.09±8.83)分,观察组Mini-CEX评估各个维度的评分均高于对照组,差异具有统计学意义(均P<0.05)。CBL联合Mini-CEX评估的教学满意度高于传统教学模式。结论CBL与Mini-CEX评估相结合有助于活跃课堂气氛、激发学习热情,在培训中取得良好的学习效果。

基于OBE教育理念的混合式教学模式在口腔生物学教学中的应用

目的探讨基于学习产出的教育模式(outcome-based education,OBE)的混合式教学模式在口腔生物学教学改革中应用。方法2019年9月—2020年12月,选取河北医科大学口腔医学专业169名2016级、2017级口腔医学本科生为研究对象。将2016级口腔医学本科生(88名)纳入对照组,2017级口腔医学本科生纳入试验组(81名)。对照组采用以教师讲授为主的传统教学模式;试验组采用基于OBE理念的混合式教学模式,对课程目标和课堂模式进行教学设计。教学结束后,通过综合成绩(理论笔试、技能操作和平时成绩),对两种教学模式的教学效果进行评价。结果试验组平均成绩(90.89±4.56)分高于对照组平均成绩(84.64±5.86)分,差异有统计学意义(P<0.05)。结论基于OBE理念的混合式教学模式能够提高口腔生物学教学效果。

“电子封装模拟与仿真”混合式教学改革与创新实践

针对“电子封装模拟与仿真”课堂教学手段单一、实验教学环节薄弱、学生工程思维能力较弱、科学精神及创新意识较低的问题,坚持“以学生发展为中心”的教学理念,知识、能力、素养三个维度的教学目标,问题导向、自主探究、科教融合、信息融合、多元评价的混合式教学方法,“生讲师评、生讲众评、以练代讲、讲练结合”的翻转课堂教学模式,多维度融合拓展深化教学资源,重构思想性、科学性、时代性并重,基础理论—模拟仿真—教学实验“三位一体”的教学体系,形成“虚实结合、教研融合、强基立本、自主探究、多元评价”的教学特色,全面提升了学生的自主学习意识及实践创新能力。

智慧课堂情境的课程核心素养评价范式

《义务教育课程方案(2022年版)》提出,要培育学生课程核心素养,倡导将核心素养评价贯穿整个教学过程,达到“教—学—评”一致。然而,智慧课堂课程核心素养评价还存在很多问题。基于此,文章提出以教学为核心、理论与数据双向驱动的课程核心素养评价新范式。该范式包含课程核心素养理论模型构建、学习活动设计与实施、多模态数据采集与存储、相关特征的提取、评价模型的构建、评价结果的反馈应用六个环节,旨在实现以评促教、以评促学,提升学生的课程核心素养。文章还提出智慧课堂课程核心素养评价的原则:数字技术发展要以核心素养培育为目标、支持基于证据的过程性评价方法、创新情境嵌入式的评价手段、促进多元主体个性化评价反馈。