Hybrid Teaching Reform of Veterinary Microbiology Based on the Combination of Virtual Simulation and Problem-Based Learning

The Veterinary Microbiology course is centered around the diagnosis and testing of pathogenic microorganisms,with the core value of“moral education and character development.”It reconstructs multidimensional teaching resources by integrating disciplinary achievements with clinical cases and implements a hybrid teaching approach combining virtual simulation and problem-based learning(PBL)through the“three stages+four models+three reflections”framework.Dual-qualification teachers employ various teaching methods,create a“six-in-one”model for ideological and political education,and conduct formative assessments based on the principles of diversified objectives and process emphasis.The hybrid teaching reform addresses issues such as fragmented knowledge,insufficient class hours,weak animal disease diagnostic abilities among students,limited application and expansion of knowledge points,and students’lack of proactive critical thinking skills.The application of hybrid teaching has shown significant advantages and effectiveness,providing a reference for teaching reform in similar microbiology courses.

Analysis of the Role of Problem-Based Independent Learning Model in Teaching Cerebral Ischemic Stroke First Aid in Emergency Medicine

Objective:To analyze the effect of using a problem-based(PBL)independent learning model in teaching cerebral ischemic stroke(CIS)first aid in emergency medicine.Methods:90 interns in the emergency department of our hospital from May 2022 to May 2023 were selected for the study.They were divided into Group A(45,conventional teaching method)and Group B(45 cases,PBL independent learning model)by randomized numerical table method to compare the effects of the two groups.Results:The teaching effect indicators and student satisfaction scores in Group B were higher than those in Group A(P<0.05).Conclusion:The use of the PBL independent learning model in the teaching of CIS first aid can significantly improve the teaching effect and student satisfaction.

Exploring the Application Effect of Flipped Classroom Combined with Problem-Based Learning Teaching Method in Clinical Skills Teaching of Standardized Training for Resident Doctors of Traditional Chinese Medicine

Objective: To explore the application effect of flipped classroom combined with problem-based learning teaching method in clinical skills teaching of standardized training for resident doctors of traditional Chinese Medicine. Methods: The study used the experimental control method. The study lasted from September to November 2022. The subjects of this study were 49 students of standardized training for resident doctors of traditional Chinese Medicine from grades 2020, 2021 and 2022 of Dazhou integrated TCM & Western Medicine Hospital. They were randomly divided into experiment group (25) and control group (24). The experiment group adopted flipped classroom combined with problem-based learning teaching method, and the control group adopted traditional teaching method. The teaching content was 4 basic clinical skill projects, including four diagnoses of traditional Chinese Medicine, cardiopulmonary resuscitation, dressing change procedure, acupuncture and massage. The evaluation method was carried out by comparing the students’ performance and a self-designed questionnaire was used to investigate the students’ evaluation of the teaching method. Results: The test scores of total scores in the experimental group (90.12 ± 5.89) were all higher than those in the control group (81.47 ± 7.96) (t = 4.53, P P Conclusions: The teaching process of the flipped classroom combined with problem-based learning teaching method is conducive to improving the efficiency of classroom teaching, cultivating students’ self-learning ability, and enhancing students’ willingness to learn.

Problem-based Learning Combining Seminar Teaching Method for the Practice of Mathematical Modeling Course's Teaching Reform for Computer Discipline

Mathematical modeling course has been one of the fast development courses in China since 1992,which mainly trains students’innovation ability.However,the teaching of mathematical modeling course is quite difficult since it requires students to have a strong mathematical foundation,good ability to design algorithms,and programming skills.Besides,limited class hours and lack of interest in learning are the other reasons.To address these problems,according to the outcome-based education,we adopt the problem-based learning combined with a seminar mode in teaching.We customize cases related to computer and software engineering,start from simple problems in daily life,step by step deepen the difficulty,and finally refer to the professional application in computer and software engineering.Also,we focus on ability training rather than mathematical theory or programming language learning.Initially,we prepare the problem,related mathematic theory,and core code for students.Furtherly,we train them how to find the problem,and how to search the related mathematic theory and software tools by references for modeling and analysis.Moreover,we solve the problem of limited class hours by constructing an online resource learning library.After a semester of practical teaching,it has been shown that the interest and learning effectiveness of students have been increased and our reform plan has achieved good results.

Research on the Application of PBL+SPOC Blended Teaching Model in Probability and Statistics Course

To cultivate talents with an exploratory spirit and practical skills in the era of information technology,it is imperative to reform teaching methods and approaches.In the teaching process of the Probability and Statistics course,an application-oriented blended teaching model combining problem-based learning and small private online course was explored.By organizing and implementing online and offline teaching activities based on problem-based learning,a multidimensional process-oriented learning assessment system was established.Practice has shown that this model can effectively enhance classroom teaching effectiveness,benefiting the improvement of students’overall skills and mathematical literacy.

细胞遗传学探究性实验的研究与实践

细胞遗传学实验是植物生产类专业必修内容,传统的教学方式以验证为主,很难激发学生实践能动性和对专业的认可度。针对验证性实验的局限性,将验证性实验设计为探索性实验,课堂内外与网络教学相结合,让学生当“科学家”,全程参与实验过程。重视学生个性发展和体验感,切实让学生成为实验的主导者,激发了学生的学习动力和专业兴趣,明显提升了学生的创新能力,取得了良好的教学效果。

自主探究性实验课程的教学模式探讨

基于多年实践并辅以学生调查问卷,讨论了3种模式,即教师主导、研究生主导与本科生主导模式的适应性及其优缺点,提出“本科生为中心、教师为辅、研究生支持3种模式综合运用”的多层次实验教学体系与教学思路,并通过引入学生互评因子优化了考核体系。结果表明,该体系丰富了实验实践类课程教学模式,不仅有利于自主探究类创新实验的教学,又能充分利用实验室资源,且最大程度以本科生为中心,提升其创新思维以及动手、团体合作等能力。

基于FAHP的高职院校教师信息化教学能力综合评价

参考教育部教师工作司“中国高校教师专业发展调研”项目研究成果,从高职教师信息化教学能力应有的内涵出发,建立分析框架,确定相关评价指标的权重;构建模糊系统,采用FAHP分析方法,提出了一套高职教师信息化教学能力综合评价方法,以期为高职院校教师及教学管理人员的信息化能力提升提供参考。

交叉融合探索性实验在食品营养与健康专业教学中的应用

依托华南理工大学食品科学与工程学院优质科研资源和实验条件,为新设立的食品营养与健康专业开设不同功效成分软胶囊生产和质量检测实验课。该课程为综合性探索性实验,融合食品专业多学科知识,采用学生为主体、教师指导的开放式教学模式,学生分组合作,包括设计配方、生产、包装、质量检测和撰写报告。实验内容贴合日常保健和健康,涵盖知识点多,可操作性强,能极大激发学生的实验兴趣和培养综合能力。两年的教学实践表明,教学效果反馈良好,学生认可度高。

微生物学实验模块化教学体系探索与实践

为了确保学生熟练掌握微生物学基础实验技术,并将其有效应用于实际问题解决中,在实验教学中采取了多项优化措施。首先,对实验内容进行模块化设计,以增强其整体性、连贯性与探究性;其次,引入BOPPPS模块化教学方法,确保教学过程中学生的主体性;最后,从知识掌握、能力培养和人格养成3个维度进行模块化考核,进一步提升课程考核的严谨性与公正性。这些改革措施显著激发了学生学习的内驱力,提高了他们的综合素质与创新能力。

研究生“数值分析”课程教学改革的探索与实践

在专业课程教学中,融入科学研究和思政元素已成为高等教育改革发展的必然趋势。数值分析是连接数学、计算机科学、工程科学、计算思维、工程思维和逻辑思维之间非常重要的纽带,其课程教学所体现出来的数学思想和方法已深入各个学科中。针对研究生“数值分析”课程的特点,实施探究性教学,将科研探索和课程思政融入“数值分析”课程教学中,探索以科研助教学、以教学促科研、知识传授和价值引领有机结合的课程教学改革路径,培养研究生的实践能力、创新能力,使其具有扎实的学术研究功底。

以创新型人才培养为导向的探究型综合化学实验设计——以“空心CuS微米球的合成及光催化性能研究”为例

化学学科的科技创新是支撑我国建设科技强国的重要力量,因此亟需培养高质量化学类创新型人才以服务国家战略需求。化学前沿领域的新成果、新方法、新技术不断涌现,将前沿科研成果合理地融入到综合化学实验教学中,能够深化教学内容,促进学生学术创新、质疑思辨和团队协作等能力的提升。通过以空心CuS微米球的合成及光催化性能研究为例,探究了如何以创新型人才培养为导向对探究型综合化学实验进行设计,以有效发挥综合化学实验课程培养创新型科学研究人才的功效。

复材管力学性能测试系统多层级探究式实验教学

依托大学生创新创业项目,结合纤维增强树脂基复合材料在海洋工程中应用的前沿,开展了基于多层级探究式实验教学研究,制作了能准确测量复材管轴向受压和环向受拉力学性能参数的测试系统,构建了复材管双向非线性模型。每个层级学生团队在导师指导下开展特定主题的科学探索活动,学习前沿理论知识或者培养关键实验技术能力,从而实现该层级综合能力的培养目标。通过研究表明,选定合适的科学前沿问题开展多层级探究式学习,不仅使大学生获得了对科学前沿课题相关背景及知识的理解,而且还显著提升了学生的创新能力和团队协作能力,培养了学生的科学研究素养。

园艺作物育种学(双语)课程探究式教学模式的探索与实践

育种是作物生产中最为重要的一个环节,园艺作物育种学也是园艺专业本科生的必修课之一。传统的园艺作物育种学教学模式存在着学生主动学习意识较弱、知识掌握牢固度不高、授课方式单一、考核方式简单化等问题,学生学习积极性与学习效果不够理想。近年来,笔者所在教学团队通过明确课程要求、融入思政元素、梳理和拓展授课内容、转变授课方式以及丰富考核机制等途径,开展探究式教学实践,提升了园艺作物育种学(双语)教学效果,整体教学质量、学生的满意度和专业认知度得到有效提高,这也为双语类课程的开展提供了参考。

新文科背景下课程思政引领课程创新与实践——以中国出版史为例

课程思政是一种与时俱进的理念,也是一种方法论,将课程思政作为厘清课程改革的思想标杆,围绕培育时代新人的目标去探索教学创新路径。针对中国出版史课程内容不够鲜活,知识理解缺乏整体认知,探究式教学略显不足,教学情景和教学评价标准较为单一等教学“痛点”,将课程思政以探究性教学方式渗透到中国出版史课程教学中,构建丰富多元的教学模式,加上课外研学为有效补充,极大拓展专业课程的广度、深度和温度,提高中国出版史的教学效果。

新工科背景下微项目式新能源专业实验教学——锂离子电池实验案例

秉持“以学生为中心,理论联系实际”教学理念,对微项目式的实验教学模式展开初步探索。教师结合生活热点设定驱动性问题,引导学生半自主拟定项目课题;学生通过团队合作制定实验方案,开展“线上线下混合式”预实验;教师与学生进行多维度互动,培养学生高阶思维能力和科学素养。通过微项目式实验教学,有效提升新能源材料与器件专业学生的综合实践能力,为培养电池行业工科专业人才提供借鉴。

提升学术英语写作能力的教学策略探究

学术英语写作是研究生必须掌握的关键技能,对于研究生在学术领域的研究和职业发展至关重要。然而,广大研究生在学术英语写作方面经常会遇到各种困难,成为其学术研究上的瓶颈。旨在探讨有效的探究性教学策略,包括提供优秀写作模板、教授写作技巧、及时反馈和鼓励积极参与写作实践及提供个性化指导,帮助研究生克服语言障碍,提高写作效率,培养批判性思维,并鼓励创新。通过积极参与这些实践,研究生将更自信地应对学术写作挑战,为未来的学术和职业发展奠定坚实基础。

渐进式与探索式复合教学模式在大学物理实验教学中的实践

探索渐进式教学内容体系和分组探索式教学模式改革对学生物理实验技能及创新能力的影响.结合近代物理拓展实验以及物理实验技能竞赛,研究对比了改革试点班级与非试点班级在物理实验技能方面的表现差异,并通过数据分析初步验证了改革措施的有效性.研究结果可为我国创新实践型人才培养模式改革提供新的思路.

聚焦学生创新能力培养的化工原理课程研究性教学改革与实践

针对化工原理课程教学中存在的问题,结合新时期创新人才培养需求,我校结合化工原理课程工程性和实践性强的特点,探索并实施了包含课前问题驱动启发式教学、课中案例分析讨论式教学和课后研究课题探究式学习的三阶段复合式研究性教学模式,并构建了与之相匹配的多元化考核评价体系。三年的教学实践表明,研究性教学在培养学生主动学习习惯、分析和解决复杂问题的能力以及提高学生的创新思维与创新能力方面效果显著。

实验生理科学中探索性实验的实践与思考

探索性实验是实验生理科学中为了培养医学生科研综合素质而实施的重大实验教学改革。文章通过问卷调查的方法分析其教学现状和存在的问题,探讨具体可行的教学改革思路和方式。结果显示,探索性实验提高了医学生的科研能力、问题解决能力和团队合作沟通能力,教学体系总体难度适中,学生满意度较高,但也存在一些不足。文章针对存在的问题提出了教学改进措施,并对部分教学改革效果进行了评价,取得了较好的学生满意度。今后,探索性实验应充分结合新医科的特点不断探索和优化教学体系,为医学教育提供更高质量的教学平台。