Exploration of the Construction and Path Selection of the Deep Integration Model of Industry-Education in Universities

Against the backdrop of continuous development in the field of education,universities are encouraged to innovate their talent cultivation systems and objectives.The deep integration of industry and education has emerged as an effective strategy,aligning with the basic requirements of the new engineering education initiative and exerting a positive impact on socioeconomic development.However,an analysis of the current state of industry-education integration in universities reveals several issues that require optimization,affecting the ultimate effectiveness of integration.To optimize this phenomenon and achieve high-quality development,universities need to further explore the construction of a deep integration model of industry and education,adhering to corresponding principles to form a comprehensive system.On this basis,pathways for deep industry-education integration can be summarized.

The Impact of Industry-Education Integration on College Students’ Motivation to Learn English under the TPACK Framework

This paper explores the impact of industry-education integration on students’motivation in college English courses under the TPACK(Technological Pedagogical Content Knowledge)framework using a comprehensive approach combining quantitative and qualitative methods.Quantitative data analysis indicates a significant positive correlation between the perception of industry-education integration and the level of student learning motivation.There is also a clear association between the perception scores of TPACK framework integration and learning motivation.Qualitative data analysis reveals students’positive experiences and recognition of the TPACK framework integration in practical application projects.The study concludes that industry-education integration and the TPACK framework play a crucial role in enhancing students’learning motivation.It suggests optimizing teaching practices through faculty training,designing practical application projects,and promoting student interaction.This comprehensive analysis provides substantial guidance for the future development of English courses.

Research on the Generation of Professional Skill Modules for Talent Cultivation in the Landscape Architecture Profession for Industry-Education Integration of Small and Medium-Sized Enterprises

Due to industry characteristics or regional limitations,many students in certain majors tend to seek employment in small and medium-sized enterprises(SMEs).SMEs face certain challenges in implementing industry-education integration,and there is a lack of mature methods in specific implementation processes and talent cultivation plan generation.Taking the landscape architecture profession as an example,this paper conducts a correlation analysis and cross-analysis of the industry-required professional skills based on surveys of over 300 industry practitioners employed in SMEs.It provides professional skill cultivation modules based on market feedback.This research process and analysis method have certain reference significance for the rapid production of adaptive talent cultivation professional skill modules in other industries targeting SMEs.

Research on the Four Collaborative Innovation Mechanisms of Industry-education Integration Based on the Concept of Community

The concept of community is of great significance in guiding the innovation of the mechanism of industry-education integration,which can promote the integration of industry-education integration from"integration"to real"integration".We summarize the current situation of the development of industry-teaching integration mode through research,point out the"four deviations"in the development of industry-teaching integration,analyze the causes of deviations,and put forward the research strategy of"four synergistic"innovation mechanism for industry-teaching integration based on the concept of community,i.e.,synergistic development of community planning It proposes the research strategy of"four synergies"innovation mechanism based on the concept of community,namely the synergy of community planning and development,the synergy of community governance concept,the synergy of community multi-party educating mechanism,and the synergy of community fusion effect system,so as to establish collaborative ties,build a new form of cooperation concepts,safeguard the docking of talent supply and demand,and enhance the effect of integration of industry and education.

Research and Practice on the Construction of Municipal Industry-Education Consortium Based on the Integration of Industrial Chain,Innovation Chain,Talent Chain,and Education Chain

The construction of a municipal industry-education consortium is one of the important measures for the“one body,two wings,and five key points”reform of China’s modern vocational education system in the new era.It is of great significance for the integrated promotion of the three major national strategies of education,technology,and talent.Exploring the construction path of municipal industry-education consortia from the perspective of“four-chain integration”is essential for improving the quality of vocational education talents,comprehensively promoting local economic and social development,and serving the national strategy of revitalizing the country through science and education.The new generation of information technology industry-education consortium in Chengdu actively explores new paths of industry-education integration,science-education integration,and vocational-education integration.It has formed a“park+alliance”to establish a diversified collaborative construction and management mechanism,a“professional+industry”school-enterprise cooperation to promote industrial transformation and upgrading,a“teaching+research and development”to build an industry-university research innovation platform to empower high-quality development,and a“cultivation+employment”to explore a matrix style talent cultivation model,thus promoting regional governments,industries enterprises,and higher education institutions.Fully leveraging complementary advantages involves capitalizing on the spatial cluster effect.It requires a foundation in the education chain,guided by the industrial chain,activation of the innovation chain,establishment of a talent chain,enhancement of the value chain,and the promotion of a modern vocational education structure.This structure should align with market demand and industry structure,ultimately promoting regional economic and social development.

Research on the Talent Training Mode of Early Education Specialty Under the Background of Industry-Education Integration

With the continuous progress of the society and the rapid development of the industry,the talent training mode of early education has become an important commodity of education reform.Under the background of the integration of industry and education,the training direction of early education professionals needs to be adjusted and planned.The practice of industry-education integration requires the deep combination of early education specialty with early education institutions and the technical standards of the equivalent industry,so as to build a high-quality platform for the growth of early education professionals.This paper focuses on the current situation of the integration of industry and education,and then makes an in-depth analysis on several reform strategies,so as to lay a solid foundation for the training of early education talents.

Research on Application-oriented Undergraduate Course Construction under the Background of Industry-education Integration——Take the Performance Management Course as an Example

Deepening the integration of industry and education is an effective way to cultivate high-quality applied talents.However,integration of industry and education is still at a relatively low level,and the mode is relatively single,without realizing the deep integration of collaborative education and industry.This paper takes the course"Performance Management"of Human Resource Management as an example to build an industry-education integration system with curriculum construction as a carrier.We introduce enterprise tutors and enterprise scenarios from the aspects of teaching syllabus,teaching content,teaching design,teaching process,teaching resources,and teaching evaluation to study the construction of professional courses under the background of industry-education integration.Through the Performance Management course study,we summarize the methods and modes of industry-education integration in human resource management(HRM)courses and extend and apply the research results to other courses of HRM majors to complete the construction of courses aiming at industry-education integration in HRM majors.

基于Web 2.0的软件工程实践教学平台设计

软件工程实践教学平台在运行过程中,存在没有全方位整合教学资源的问题。为此,提出基于Web 2.0的软件工程实践教学平台设计研究。将恩智浦iMX8MM开发板DB11作为平台硬件装置,构建Web 2.0技术为支撑的软件工程实践教学平台构架,动态整合工程实践教学资源,并引入单参数项目信息函数作为软件工程实践教学资源的属性进行划分。在测试结果中,进程/线程交换率不仅能够结合并行请求规模实现适应性调整,而且调整的幅度较大。

行业院校创新型人才培养:从产教融合1.0到2.0

产教融合以科技和人才为核心要素,贯通教育和产业两大系统,与产教融合1.0的依托企业、引企入校,主动建构“师资共享、人才共育、资源共建、基地共用”的校企合作理念相比,产教融合2.0以总体格局和战略拥抱行业为理念,以创新型人才培养为核心,着眼于行业发展人才总体需求,聚焦行业创新型人才能力要求,依靠科研创新载体作用赋能,依托产教共同体平台应用新技术,推动行业院校创新型人才改革。产教融合2.0人才培养实现了“跳出知识看知识、跳出产业看产业、跳出教育看教育”的跨越,培养理念的践行将带动行业院校创新型人才培养能力的持续提升。

面向“卓工计划2.0”的地方本科高校建筑学专业人才培养模式探索与实践

“卓工计划2.0”作为“卓越工程师教育培养计划”的升级版,是新工科发展中,突出产业需求导向、强调跨界融合、支撑服务社会,由校企共建的、突出产教融合的高水平工程技术人才培养计划。文章以地方应用型本科院校的省级一流专业建设点建筑学专业为例,探讨基于“卓工计划2.0”的“强基·强创”人才培养模式,构建在此架构下的“一观·二练·三结合”实践创新能力培养体系,解析将真案例、真项目、真合作、真融合贯穿于“3年校内+1年校企+1年企校”的分阶段、分层次人才培养体系,梳理面向“卓工计划2.0”人才培养的初步成效,以此为地方同层次应用型本科高校的“卓越工程师”培养提供参考。

模数一体化平台赋能下的智能高铁2.0关键技术展望

依托京张高铁重大工程,中国铁路融合应用多项数智化技术形成智能高铁1.0成套技术,并推广应用到多条新建线路。随着建造、装备、运营等领域智能化应用的不断深入,对模型、数据一体化共享和分析的需求日益迫切。分析模数一体化的内涵及关键,提出由模数汇聚层、模数存储层、模数管理层、模数计算层、模数聚合层等构成的模数一体化平台总体架构,并展望工程智能勘察及生成式设计、全专业智能施工、铁路工程数字孪生、CR450智能动车组、新一代铁路专用移动通信(5G-R)、多源信息感知、传输与融合分析的运营安全防护、基于位移的全行程智能服务(MaaS+)、区域路网的智能综合调度、动车组轮轨一体化智能维修等领跑型关键技术和多项创新型关键技术,可为数字铁路建设、智能高铁2.0科技攻关提供指导和借鉴。

Discussion on the Talent Cultivation Strategy for Interior Design in Vocational Colleges from the Perspective of Industry-Education Integration

To further enhance the effectiveness of talent cultivation for interior design in vocational colleges,it is necessary to vigorously promote the construction of an industry-education integration model.Through this model,the roles of both enterprises and schools can be leveraged to jointly facilitate the continuous improvement of students’professional abilities and practical skills,providing a steady stream of high-quality talents for the development of the interior design field.Therefore,this paper analyzes the current issues in interior design talent cultivation in vocational colleges from the perspective of industry-education integration and proposes corresponding improvement measures.

创新2.0 时代高职大学生创业园与创新创业教育融合发展研究

创新创业教育是全面落实新时期党关于教育改革方针的必然要求,创新创业能力的培养是高职院校教学实践中的重要议题,创新2.0模式的出现,对高职院校创新创业教育提出了新的挑战。文章阐述高职院校创新创业教育教学开展中存在的问题,分析创新2.0时代高职院校创业园与创新创业教育融合的必要性,对创新2.0时代高职大学生创业园与创新创业教育融合发展策略进行深入探究,以期有效激发大学生的创新创业意识,并为推动高职大学生创业园与创新创业教育融合发展研究提供一定的参考。

“卓越计划2.0”背景下土木工程专业实验教学改革探索

实验教学质量对于土木工程专业学生实践能力的提升至关重要。在分析高校土木工程专业实验教学的现状及不足后,提出结合实习开展实验教学的新思路。对实习环节的选择、实验教学单元的选取进行了论证,得出结合生产实习环节进行材料力学、流体力学、土力学、土木工程材料等实验单元教学的新模式。实验实习一体化的新教学模式能高水平实现产教融合、构建协同育人机制,能够充分利用实验教学学时,可以弥补学校实验教学不足并及时更新实验教学内容。

信息化2.0时代职业院校“五维合一”智慧教学模式的构建

构建智慧教学模式是智慧教育的核心要义,亦是职业教育信息化转型的着力点。信息化2.0时代背景下,应从“教、学、测、评、管”五维发力,创新构建“五维合一”智慧教学模式。具体路径是,构建资源共享超市,实现“智慧+教研”;创设知识渗入性学习平台,推动“智慧+学习”;设立全流程测试工厂,落实“智慧+测试”;建立质量评估系统,突出“智慧+评价”;创设云管理框架,推进“智慧+管理”。

教育信息化2.0视域下师范生教学技能培养的“2M”一体化融合模式构建研究

笔者以教育部《教育信息化2.0行动计划》为指导,为提高师范院校师范生教学技能培养的效率,在师范生微格教学(Microteaching)训练中融入微课程(Microlecture),提出"2M(微格教学及微课程)"概念。同时,以师范院校现有的微格教学系统和网络教学系统为基础,构建"基于移动智能终端设备的‘2M’一体化融合模式、基于‘互联网+教育’的‘2M’一体化融合模式",从而有效提升师范生教学技能培养质量。

基于Web 2.0的农业信息服务平台研究

针对我国农业信息服务平台网站建设存在的问题,从理论和技术层面对农业信息服务平台建设的可行性进行了分析,在此基础上提出了我国农业信息服务平台网站发展的模式,以及新形势下农业信息服务平台网站建设的策略。

教育信息化2.0背景下的高职教育教学改革浅析

教育信息化2.0行动计划的颁布标志着教育信息化正式从1.0时代进入2.0时代,高职教育作为高等教育必不可少的一部分,信息化与教育教学深度融合将成为未来决定高职教育能否取得成功的一个重要决定因素。该文重点探讨教育信息化2.0背景下高职教育教学改革的重点任务,为高职院校信息化与教育教学深度融合提供参考路径。

“建筑技能大师工作室”赋能乡村振兴模式实践探索

“技能大师工作室”建设是新时期人才培养的重要措施之一。德国包豪斯工作坊教学模式存在的主要问题,影响了其可持续发展,而高校的“建筑技能大师工作室”针对“工作坊”的不可持续性问题,提出了多方面的改进意见,成为包豪斯工作坊2.0模式。以华南农业大学“广府古建筑技能大师工作室”为案例,结合该工作室在乡村振兴领域的研究实践,探索“建筑技能大师工作室”与乡村振兴相互促进的特色之路。工作室在包豪斯“工作坊”体系的基础上改进,突出自身的优势和特点,贯彻教学、科研、实践“三位一体”的教学理念。运用“以行促学,学科融合,扎根乡建”的教学方法,与教学体系高度结合,促进建立特色教学体系;开拓本校建筑学专业多学科交叉的新研究领域;通过不断实践培养熟悉乡村振兴的创新型人才。教学达到了学科发展、人才培养、回馈社会的教学效果,建立起高校学科与外部系统的联系,培养多学科交叉型人才,学院式研究与科普公益工作相结合。

等保2.0下的智能变电站安全合规最佳实践

针对传统智能变电站安全等级无法达到等保2.0标准的问题,设计出一种新型智能变电站安全运维体系。通过安全系统集成技术完成多个子系统的数据集成,能够快速完成变电站的数据采样和数据处理,利用公钥加密(RSA)改进算法对电力安全数据进行加密处理,保证数据的安全性,解决智能变电站可能存在的隐患。最后通过MATLAB与传统方法进行安全性仿真比较,发现在系统运行上安全性分析基本稳定在0.920%以下,而且电力数据的电导率计算结果也未超过100μs/cm,从而验证了设计方案的优越性,证明了设计方案为最佳实践。