Teaching Model Integrating Online and Offline in Real Time ——An Exploration of New Teaching Mode for Regular Epidemic Prevention and Control

During epidemic,students in medium-risk or high-risk areas are unable to return to school on time.In response to this new challenge,there is an urgent need to create a new teaching mode to offer on-line courses to those absent from the offline classes,and we propose a model integrating online and offline teaching.It is based on“dual-camera”method,which allows off-campus students to virtually build up a physical classroom scenario on campus through computers and mobile phones.Using this model,students can participate in class remotely.In order to enhance the engagement of off-campus online students,emphasis is placed on interactive teaching.Teachers are required to design their teaching in advance and to work in collaboration with multiple departments,then using information technology and suitable teaching methods to enable students to participate in physical classroom teaching.This model has been tested in practice and has been successful in meeting the challenges.Finally,4 areas for improvement and refinement are identified.

The Integration of Network Teaching and Chinese Art History Education in Colleges

Based on the network teaching model,this article briefly summarizes the development of Chinese art history education in universities,analyzes the importance of integrating network teaching in Chinese art history lessons,and explores the integration strategy.

Teaching Reform and Practice in Engineering Drawing Based on 3D Modeling with Computer

Based on the necessity of three dimensional modeling with computer in teaching reform, this paper is the summarization of reform practice of teaching engineering drawing in our institute. The teaching reform begins with three dimensional modeling that used computer instead of board. On the basis of target of teaching reform, set of teaching content, arrangement of class hour and teaching method, the research of teaching practice have been done, and very good effects in teaching of engineering drawing have been achieved.

Numerical Simulation for One Dimensional Steady Quasineutral Hybrid Model of Stationary Plasma Thruster

Based on the analysis of the physical mechanism of the Stationary Plasma Thruster （SPT）, an integral equation describing the ion density of the steady SPT and the ion velocity distribution function at an arbitrary axial position of the steady SPT channel are derived. The integral equation is equivalent to the Vlasov equation, but the former is simpler than the latter. A one dimensional steady quasineutral hybrid model is established. In this model, ions are described by the above integral equation, and neutrals and electrons are described by hydrodynamic equations. The transferred equivalency to the differential equation and the integral equation, together with other equations, are solved by an ordinary differential equation （ODE） solver in the Matlab. The numerical simulation results show that under various circumstances, the ion average velocity would be different and needs to be deduced separately.

Research on Blended Teaching in Integrated English Course Based on BOPPPS Model

The BOPPPS model has been widely used in information-based teaching reform,which emphasizes studentcentered principles and student participation and interaction,including six steps:bridge-in,objective,pre-assessment,participatory learning,post-assessment,and summary.This paper applies the BOPPPS model in the Integrated English course at the three stages of teaching practice-before class,during class,and after class-to achieve blended teaching.It shows that this teaching mode provides students with a more abundant learning experience,helps to stimulate students’learning interests,and improves their comprehensive language application skills.

In-Service Teachers’Perceptions of Technology Integration in English as a Foreign Language Classrooms in China:A Multiple-Case Study

Purpose This study investigates university in-service English as a Foreign Language(EFL)teachers’perceptions of technology integration and the relevant factors that may affect their technology integration in the classroom.Design/Approach/Methods This multiple case study applies Teo's extended technology acceptance model(TAM)and the theory of teacher value beliefs associated with using technology to explore seven in-service EFL teachers’perceptions of effective technology integration and the challenges they encountered.Findings This study suggests that(1)perceived usefulness and(2)teacher value beliefs are two important factors that influence in-service teachers’technology integration.Additional factors are(3)subjective norm,(4)facilitating conditions of the environment,and(5)cultural values.Originality/Value This study contributes to the existing literature on in-service EFL teachers’technology integration and increases the applicability of the extended TAM in China.This study also provides insights into these teachers’perceptions and practices of technology integration.Finally,insights gleaned from this study will guide school-level,local,and national educational policy groups on optimally supporting in-service teachers’future technology integration.

Painlev properties and exact solutions for the high-dimensional Schwartz Boussinesq equation

The usual （1＋1）-dimensional Schwartz Boussinesq equation is extended to the （1＋1）-dimensional space-time symmetric form and the general （n＋1）-dimensional space-time symmetric form. These extensions are Painleve integrable in the sense that they possess the Painleve property. The single soliton solutions and the periodic travelling wave solutions for arbitrary dimensional space-time symmetric form are obtained by the Painleve-Backlund transformation.

工程教育专业认证下实践教学体系与模式探索

针对社会对卓越工程师需求的现状,实践教学改革应该促进学生工程意识、工程能力和工程素养的提升,以满足社会发展对工程技术人才的需求。通过对应用型高校电子信息科学与技术专业实践教学体系和模式研究探索,对实践教学目标体系、内容体系和评价体系进行架构,实施“课堂+实践+社会+网络”的“四维一体”的立体化实践教学模式。依据工程教育专业认证标准,提出实践教学改革“知行合一、工学结合,全方位、全覆盖、全过程”的理念和“一个定位、两个转变、三个层次、四个维度、五个结合、六个目标”的教学改革思路,为一流专业建设和工程认证背景下的课程建设提供参考和应用实践。

财务管理课程“五维一体”课程思政教学模式研究

财务管理课程教学质量的提高离不开有效的教学模式。“五维一体”思政教学模式立足于学生的学情和当今开展课程思政的时代背景,从问题维度、情感维度、生活维度、实践维度和明理维度这五方面出发,挖掘财务管理课程背后蕴含的思政元素,并巧妙与财务管理课程的知识相融合,打造有温度的课堂,充分调动学生课堂学习的积极性,实现知识传授、价值引领、文化传承的有机统一,达到“以文化人,以文育人”的课程思政目标。

“以岗定课,课证融通”模块化教学推进路径与策略研究——以“国际市场推广”课程为例

创新团队协作的模块化教学模式是国家级职业教育教师创新团队建设的重要任务之一。在分析模块化教学的内涵和特征的基础上,以“国际市场推广”课程为例,阐述了“以岗定课,课证融通”模块化教学设计理念和推进路径,并提出课程思政协同化、教学资源颗粒化、实训项目拓展化和师资配置团队化等策略与建议。

面向国家重大工程人才需求的五维融合教学模式探索与实践

随着科技创新与产业变革,航空企业对国家重大工程高素质复合型人才的需求与日俱增。高校与企业携手促进产学研多维深度有机融合,有利于实现企业端人才需求与教育端人才培养的高效衔接,为行业的高质量发展提供强有力的人才支撑。研究指出,现有的高校人才培养模式仍以高校为主,企业参与度及融合深度不够,难以形成持续有效的教学育人模式。因此,该文从培养目标建设(专业理论知识与工程认知相融合)、课程体系建设(专业必修课和企业课程相融合)、教材体系建设(理论体系教材和工程案例教材相融合)、教学资源建设(线上线下开放教学模式相融合)和教师队伍建设(高校教师与行业总师相融合)五个维度来实现面向国家重大工程复合型人才需求的校企协同深度融合教学模式探索与实践。

“教、学、做”一体化的CDIO教学模式探索——以食品科学导论课程为例

CDIO教育理念强调“教、学、做”一体化,食品科学导论课程组教学改革模板设定为选择食品专业2020级1班为试点,划分为7个学习项目小组,组长由学生选出,每组有5~7名学生,组长带领小组成员完成相应的工作和任务安排。学习项目涉及到理论基础,实践操作,团队合作,教师在整个教学过程中承担的主要作用是对学生进行必要的理论指导。同时,帮助学生完成理论教学的扩展要求,积极调动学生学习的主动性和积极性,以新的课程框架反映新的教学思路。

以学生为主导的整合医学教学模式在泌尿外科临床教学中的应用研究

目的探讨以学生为主导的整合医学教学方式在泌尿外科临床教学中的实用价值。方法选取2022年10月—2023年12月在南京中医药大学连云港附属医院泌尿外科实习的中西医结合专业的临床医学生60名作为研究对象,按随机数表法分为两组,观察组和对照组各30名。观察组采用以学生为主导的整合医学教学模式,对照组采用传统教学模式。授课结束后,观察比较两组学生理论考试、实践技能和思维能力考核成绩,同时编制调查问卷获取学生对教学效果的真实评价。结果观察组学生理论考试、实践技能和综合成绩均优于对照组,差异有统计学意义(P均<0.05);观察组学生临床思维评分、对教学效果的评价均优于对照组,差异有统计学意义(P均<0.05)。结论在泌尿外科的临床教学中实行以学生为主导的整合医学教学模式能够激发学生自我学习兴趣,锻炼临床思维,培养团队协作意识,提升医学人文素养,充分体现了泌尿外科整合医学教学模式中所需的整体性和实践性,有着良好的教学效果。

构建科教企融合式实验教学模式的探究

为了全面提高草业科学专业创新人才的培养质量,构建了科教企协同融合的实验教学模式。该模式创建了多学科交叉融合的草业科学实验教学体系,搭建了教学实验室—高新科研平台—野外试验站—行业企业等多元化的实践教学平台体系,建立了院士领衔的实验课程教学团队发展成长体系,融汇了创新实践内容—平台—指导—竞赛于一体,以科教企协同融合支撑学生的自主创新创业;从课程思政、以能力培养为核心的课程教学、学科特色教学资源和有组织的教学研究等方面开展了实验教学体系的综合改革建设,夯实学生的创新创业实践基础。该模式显著提高了创新人才培养质量,支撑了兰州大学获批建设国家级一流草业科学专业和草学学科。

3D打印模型结合模拟教学在骨科实习教学中效果研究

目的:探讨3D打印模型结合模拟教学在骨科实习教学中作用。方法:42名实习医生均完成医学本科阶段理论学习,通过实习前准入资格考核。入科实习后按1:1比例随机分为两组,对照组进行常规实习带教教学,模拟教学组采用3D打印骨折模型的模拟教学进行实习带教。分析比较两组学生教学效果差异。结果:实习培训后,模拟教学组学生理论成绩、病史采集、体格检查、技能操作评分显著高于对照组(P<0.05);模拟教学组学生满意度评分明显高于对照组(P<0.05)。结论:3D骨折模型结合模拟教学方法能够有效提高骨科实习教学效果,提高实习生学习满意度,值得临床推广。

基于OBE理念的药学专业硕士能力培养模式探究

研究生教育是高等教育的最高层次,培育优质的研究生人才能够加速医药产业的发展,但是随着药学专业硕士研究生的不断扩招,在培养过程中相继发现药学专业学位硕士培养方案与学术型硕士趋同、学生实践创新意识缺乏、导师对企业生产缺乏了解及校企合作制度不够完善等问题。为解决以上问题,促进医药事业的长足发展,该文提出建立以OBE先进教育理念为支撑的校企育人制度,建设与优化协同创新资源共享平台,构建基于“协同理论”为支撑的导师协同指导制度,希望能从以上三个方面着手不断完善药学专硕培养体系。

课程思政在器官系统整合课程教学中的融合与探索

在高等医学院校的临床医学专业中,将思政教育与医学专业知识紧密结合,并实现其在课堂中的全面融合,已成为教育工作者面临的一项重要任务。文章拟通过分析高等医学院校专业课程中融入思政教育的现存问题,结合广州医科大学呼吸系统整合课程思政教育的实践情况以及有效融合,探索课程思政在器官系统整合课程中开展的经验;通过跨学科方式、多元化教学模式、考核评价体系构建等融合课程思政教育与器官系统整合课程,从而切实提高临床专业课程思政教学质量,构建全员、全课、全程的一体化课程思政体系,为医学院校教学模式的改革提供参考。

基于学科融合体的警察培训模式研究

中华民族伟大复兴时代科技的飞速发展使公安实战业务涉及到多种学科的综合化,如何在有限时间内最大程度提高民警多学科的专业运用能力和综合素质,是当前警察教育培训面临的难题。针对这一难题,基于学科融合体的警察培训模式是一条行之有效的路径。这一模式主张深入分析警察培训课程特色及教学模式的特点,针对公安工作跨学科的基本特性,突出培训过程中科学、技术与实战应用的结合。建议公安院校要创新教学训练的思路和理念,进一步合理配置警察教育培训教学内容,更深层地体现出新时期警察教育培训的绩效性、科学性和实战性,同时基于公安院校自身的学科优势及科研成果的累积,架构“大教育、大培训”的公安教学训练新模式。

新工科背景下软件工程专业实践能力提升改革与实践

针对当前省域本科高校软件工程人才培养与产业发展需求衔接程度不够,学生工程实践能力弱,应用创新型人才培养体系需进一步完善等问题,以行业需求为导向,以提升工程实践能力为核心,校企协同与共享为主要途径,探索建立新形势下软件工程专业应用创新型人才培养的新模式。经过四年多的探索与实践,形成一套行之有效的应用创新型人才培养体系,可有效提升学生的实践能力。实践表明,人才培养质量显著提升,推广应用效果显著。

PBL联合医护一体化教学模式在助产专业临床实习中的应用

目的:探讨PBL联合医护一体化教学模式在助产专业教学中的应用。方法:选取本院2019年1月至2020年6月来我院产科实习的学生60名,随机数字表法分为试验组和对照组,每组30名。试验组采用PBL联合医护一体化教学模式,对照组进行传统教学。比较两组学生的理论和技能得分和教学模式的满意度及护理的软技能。结果:试验组理论和技能得分高于对照组(P<0.05)。试验组学生对教学模式满意度高于对照组(P<0.05)。教学前两组学生护理软技能各方面差异无统计学意义(P>0.05);教学后试验组学生护理软技能各方面均高于对照组(P<0.05)。结论:PBL联合医护一体化教学模式在助产专业临床实习中的应用效果较好,能显著提高学生对教学模式的满意度,提高学生护理的软技能。