Research on Online-Offline Hybrid Teaching Mode of College English in the Context of New Liberal Arts

English is an important course in colleges,and students’proficiency in the language can significantly affect their learning in multiple disciplines.At present,offline classroom teaching is still the primary mode of college English teaching,and online teaching has not been widely used.Under the background of new liberal arts,the teaching tasks and objectives of college English have changed,and it is imperative to carry out online-offline hybrid teaching mode.This paper analyzes the feasibility of the online-offline hybrid teaching mode of college English,summarizes its problems,and explores its implementation strategies in the context of the new liberal arts,to provide references for teachers.

Research on Online and Offline Hybrid Teaching Mode under the Concept of OBE ——A Case Study for Software Engineering

With the support of the Ministry of Education’s Industry-Academia Collaborative Education Project and the critical project of Shandong Province’s education and teaching reform,we explore student-centered education reform positively to learn outcome-driven,which have the characteristics of a solid foundation,intense practice,strict process,and innovation.Under the technical support of the“Internet+”smart education,our practice has formed an online and offline hybrid teaching mode based on the effective interaction of teaching total factor under the OBE concept.Based on Bloom’s Taxonomy and Outcomes-based Education(OBE),this model formulates the overall objectives of the curriculum and the detailed objectives of each teaching step,plans the online and offline teaching design as a whole,and implements the target teaching by classification.Based on Laurillard’s scientific model of designing teaching sessions,we continuously iterate over the teaching steps like teacher communication,teacher demonstration,peer communication,and peer demonstration following the agile education concept.In the meantime,comprehensive application of SPOC online platform,Mu classroom,smart classroom offline carrier,WeChat/QQ social software,and other technical means facilitates the design for student-student interaction,teacher-student interaction,student-student discussion,teacher-student discussion,and other scenarios,realizing the combination of online and offline environment,of study independently and in the group,of flipped classroom and seminars.

MOOC construction of major core course and reform of Hybrid Teaching Mode Taking "principle of embedded system" as an example

The development of MOOC directly promotes the reform of physical classroom teaching,and leads to the reform of teaching mode and teaching method in the direction of improving teachers’teaching quality and students’learning effect and innovation ability.In order to meet the needs of MOOC teaching reform,based on the MOOC built by ourselves and running on the MOOC platform,this paper puts forward the hybrid teaching mode reform of the core courses of an computer specialty,which combines online and offline in depth.Sort out the knowledge system of an embedded system,build MOOC and put it online on domestic well-known MOOC platform,compile supporting teaching materials,and form an organic combination of online and offline teaching resources;proposing a hybrid teaching mode of online and offline combination,which focuses on interactive classroom teaching reform.On the basis of organizing students to carry out online autonomous learning,online and offline entity classroom carries out interactive classroom teaching reform;Using intelligent teaching tools to promote students to use mobile phones to participate in classroom learning,improve the universality of interactive teaching,carry out flipped classroom teaching,and improve the depth of interactive teaching.Based on the independent construction of MOOC,the hybrid teaching is carried out,which improves the pertinence of online teaching organization.The information-based teaching and flipped classroom teaching in the physical classroom improve the students’ability to solve problems,and lay a solid foundation for the improvement of teaching quality and learning effect.

Exploration and Practice of Database System Course Based on KAPI Teaching Modality Under the Emerging Engineering Education

Nowadays,it is extremely urgent for the software engineering education to cultivate the knowledge and ability of database talents in the era of big data.To this end,this paper proposes a talent training teaching modality that integrates knowledge,ability,practice,and innovation(KAPI)for Database System Course.The teaching modality contains three parts:top-level design,course learning process,and course assurance and evaluation.The top-level design sorts out the core knowledge of the course and determines a mixed online and offline teaching platform.The course learning process emphasizes the correspondence transformation relationship between core knowledge points and ability enhancement,and the course is practiced in the form of experimental projects to finally enhance students’innovation consciousness and ability.The assurance and evaluation of the course are based on the outcome-based education(OBE)orientation,which realizes the objective evaluation of students’learning process and final performance.The teaching results of the course in the past 2 years show that the KAPI-based teaching modality has achieved better results.Meanwhile,students are satisfied with the evaluation of the modality.The teaching modality in this paper helps to stimulate students’initiatives,and improve their knowledge vision and practical ability,and thus helps to cultivate innovative and high-quality engineering talents required by the emerging engineering education.

Practical Research on Online and Offline Teaching-Taking Baoshan University in Yunnan Province as an Example

Online teaching has both opportunities and challenges.The main issues that are emphasized in this study is on how to grasp and adapt to the situation,strengthen training and policy incentives,establish quality assurance supervision and inspection as well as linkage mechanism,and actively explore the reform mode.From the perspective of management,taking Baoshan University in Yunnan Province as an example,this article summarizes the practical experience of online teaching,analyzes the shortcomings of online teaching,explores the online and offline hybrid teaching,and promotes local colleges to refomi their teaching mode.

基于虚拟仿真平台的线上线下混合式教学研究

伴随着大数据时代的来临,高等教育模式正面临着重大改革。为提高相似理论与相似方法课程的教学效果与质量,该文构建基于虚拟仿真平台的线上线下混合式教学模式,从课前学习、课上教学、课堂讨论和课后辅导等方面对混合式教学进行综合的论述,通过教学反思,对教学模式提出相应建议与心得,以期更好地提高学生学习的效率,为混合式教育模式的改革分享经验。

以培养自主学习能力为导向的中医康复科线上线下混合住培模式构建

以培养自主学习能力理念为导向,构建中医康复科的线上线下相结合的住院医师规范化培训新模式,更新并完善教学设计,充实教学内容。利用教学短视频等信息化教学资料传播方式,使线上和线下教学内容形成互补,并紧密结合。尤其是在疫情期间,充分的线上教学资料保障了教学工作的稳定开展,现代化和信息化的教学方式受到学生认可与喜爱,提高了学生自主学习的积极性。但教学实践活动的开展效果要有相应的考核方法,基于上述新模式,还应建立过程性评价与终结性评价相结合的康复科考核办法,以提高学生的自主学习能力与临床综合实践能力。

高职英语混合式教学模式构建及应用策略探究

近几年,以现代信息网络技术为支撑的混合式教学模式,因融合线上与线下教学的双重优势,为高职英语教学改革带来新机遇。通过构建高职英语混合式教学模式,能够在一定程度上弥补传统英语课堂教学单一性的弊端,以丰富多样的教学资源,多维度着手的教学模式,提升高职英语教学实效性。

基于PBL-SPOC的留学生工程类课程教学模式探索———以采油工程为例

石油工程专业的留学生主要来自发展中能源国,留学生具有不同的文化背景和学习背景,对工程情景和案例等方面的学习需求度高。学生在工程类专业课程的学习过程中单一的线上、线下教学模式教学效果不理想。该文提出基于PBL-SPOC的混合教学模式,开展SPOC基础理论教学内容与资料的建设和线下PBL工程问题及案例的建设,通过合理的教学设计,实现线上SPOC基础理论和线下PBL工程问题和案例的贯通与互馈,为“一带一路”倡议新时代背景下来华留学生工程类专业课程教学提供新模式。

基于MOOC的“高分子化学”线上线下混合式教学模式改革与研究

“高分子化学”是材料类专业的重要课程,理论体系严谨,知识点众多。传统教学方式难以引起学生兴趣,学习自主性较弱。通过构建基于MOOC的线上线下混合式教学,以问题为驱动,强化过程考核,学生参与度和自主学习效率得到了提高。由近年来本校高分子材料与工程专业学生的课程目标达成度评价数据发现,线上线下混合式教学和考核模式的改革产生了显著成效。

基于学习通和BOPPPS模型的跨校修读学分教学新模式研究——以《管理信息系统》为例

随着信息技术的发展,基于网络教学平台的线上线下混合教学模式,成为一种必然的发展趋势。大学生跨校修读学分是顺应教育的变革潮流,促进优质课程资源共享。以《管理信息系统》课程为例,在跨校修读学分的教学实践中,采用学习通和BOPPPS模型相结合的线上线下混合教学模式,以学生发展为中心,思政为引领,能力培养为本位,对传统的教学方式进行改革,最终达到了推进优质资源共享,激发教师的教学热情,提高学生的学习兴趣和主动性,提升学生的内驱力和学习能力的目的。

以学生为本的循证思维训练在临床药学专业教学中的改革探索

落实以人才培养为中心,打造“互联网+教育”背景下线上线下混合式教学模式的多样化课堂,构建以学生为中心的参与式教学体系,已成为现阶段高等院校教育教学改革的核心任务。针对应用型的临床药学专业学生,以培养“遵循临床证据、以实际疗效为准则的循证思维”为目标,探索开展“线上线下融合+多元方法+全程评价”的课堂改革,实现从“教师为主导”到“学生为中心”、从“单一方式授课”到“多通道自主学习”、从“终点考核”到“全过程并重”的转变,使学生在自主学习、自主思考、勇于质疑、敢于探索的过程中实现循证思维的深入种植和初步应用,最终提升临床药学专业人才培养的综合素质和职业胜任力。

线上线下混合式教学模式在武术教学中的应用策略

随着互联网技术的迅速发展,线上线下混合式教学模式在教育领域中的应用越来越广泛,尤其在武术教学领域展现出巨大的潜力。传统的武术教学多依赖于面对面的传授和模仿,而线上线下混合式教学模式则为武术教学带来了新的变革。这种教学模式整合了线上资源丰富、灵活自主的学习特点和线下面对面指导、实践操作的优势,使得武术教学更加多元化和个性化。在线上,学生可以通过视频教程、在线互动等方式,自主学习武术的基本动作和理论知识;在线下,学生则可以通过教师的现场指导及与其他学生的切磋交流,加深对武术技能的理解和掌握。针对武术教学的特点,混合式教学模式将有助于提升武术教学的整体效果,促进学生的全面发展。

对分课堂理念下设计评论课程混合式教学模式探究

结合人才培养要求及课程定位,将对分课堂混合式教学模式导入设计评论课程教学改革中,以教学组织形式的迭代、教学方法的创新、教学过程设计的突破为前导,以师生共生式课堂的打造为核心,改变设计评论课程传统单一的授课模式。以对分课堂权责对分的理念对教学活动进行互动参与化、游戏趣味化、沉浸体验化和课程思政化的转译,并营造有效的课堂互动情境,打造师生新质共生的成长路径。通过运用对分课堂混合式教学模式,构筑师生深度互动的课堂,优化提升课堂教学效果,并探索设计类课程教学改革的可行性路径。

基于ANSYS的《机械设计基础》线上线下混合教学探索

随着信息技术的不断发展,线上线下混合教学模式已经逐渐成为现代教育的重要组成部分。在《机械设计基础》课程的教学改革实践中,通过结构化调查问卷的方式进行学情分析,在学情分析的基础上探讨了基于ANSYS软件的线上线下混合教学模式的优势和应用。结果表明,在《机械设计基础》课程线上线下教学中融入ANSYS软件,可以让学生更好地了解机械设计中零件的结构、工作原理、工作特点、应力分析等相关知识,问题分析更加透彻。同时可以提高学生的学习兴趣、实际操作能力和互动性,提高教学效果,对学生的毕业设计、工程实践具有重要意义。

基于虚拟仿真实验的实验力学混合式一流课程建设

为适应新时代创新型、复合型、应用型人才培养需要,针对实验力学课程进行了教学改革。以大量真实实验和数据为基础,借助信息技术建设了系列省级和校级虚拟仿真实验教学课程资源,同时融合与教学内容相关的课程思政元素、工程应用案例以及前沿学术成果等,开展了实验力学线上线下混合式一流课程建设实践,提升了课程教学质量和效果,有力支撑了力学高素质拔尖创新人才培养。

混合教学模式下中药化学课程思政的隐性融入

根据中药化学课程特点及教学设置,教学团队从基本要求、教师建设、教学设计、考核方式四个方面,以“价值引领、知识传授、能力提升”为指引,以“显性教学与隐性思政相结合、灌输与渗透相结合”的融合方式,采取线上线下混合教学模式,将课程思政融入中药化学理论教学和实验教学。实践表明,混合式教学模式下,思政隐性融入中药化学教学可增强学生对国家和民族的认同感和自豪感,坚定他们对中医药事业的自信。

融入虚拟仿真的激光雕刻印刷电路板实验教学模式设计

为了解决激光雕刻实验教学实际问题,设计了“虚拟仿真+线上线下混合式”实验教学模式,搭建了相应的实验教学平台,并建立了多层次多维度实验教学评价体系。从教学效果上看,“虚拟仿真+线上线下混合式”实验教学模式不仅有效提升了实验教学目标高阶性,还增强了实验教学内容丰富性,进而提高了实验教学质量。

数智转型背景下智慧教学模式探究——以“计算方法”为例

结合现代信息化教育技术,以“计算方法”课程为例探究数智转型背景下的有效课堂智慧教学策略,充分利用“云+端”的智慧教学辅助平台,构建“分阶段、全过程、立体式”的线上线下混合式(“双线”)智慧教学模式.以“曲线拟合的最小二乘法”课题为例,分析智慧教学设计实施过程,“双线”智慧教学贯穿于“课前—课中—课后”,实现教学决策数据化、评价反馈即时化、交流互动立体化、资源推送智能化.

线上线下混合教学在口腔颌面外科门诊规范化培训中的探索

目的:探讨不同线上线下混合教学模式用于口腔颌面外科门诊规范化培训阻生牙拔除术实践教学的效果。方法:80名学员分为四组,每组20人。传统组采用传统教学模式;混合1组采用超星学习通结合翻转课堂模式;混合2组采用超星学习通结合虚拟仿真模式;混合3组采用翻转课堂结合虚拟仿真模式。比较四组学员理论知识、病例分析以及操作技能考试成绩,并通过调查问卷评估学员对不同混合教学模式的满意度。结果:三个混合组的理论考核成绩均高于传统组,差异有统计学意义(P<0.05);混合1组和3组的病例分析成绩高于混合2组,差异有统计学意义(P<0.05),略高于传统组,但差异无统计学意义(P>0.05);且混合3组的操作技能总成绩显著优于传统组,差异有统计学意义(P<0.05)。问卷调查表明,混合组和传统组在学习主动性提高、基础知识理解、理论实践结合、操作技能提高、临床思维培养方面比较,差异均有统计学意义(P<0.05)。结论:结合翻转课堂和虚拟仿真的阻生牙拔除术课程设计对规范化培训学员综合能力的培养效果更佳。