“Flipped Classroom” Teaching Model Research: A Case Study of “Innovation and Entrepreneurship Education and Practice (Theory)”

The flipped classroom model differs significantly from the traditional classroom teaching model and offers numerous advantages. This article draws inspiration from the flipped classroom concept, using the “Innovation and Entrepreneurship Education and Practice (Theory)” course as an example to introduce the innovation and characteristics of the flipped classroom model: it is problem-oriented, addressing the “pain points” in teaching, motivating students towards “active learning,” and integrating diverse teaching methods. In the conclusion, the article proposed suggestions on the application of this model, encouraging teachers to summarize their teaching experiences, enhance their knowledge base, and foster students’ awareness of innovation and entrepreneurship.

The Dilemma and Strategy of Collaborative Innovation in Ideological and Political Education of College Students

Combined with the reality,this paper analyzes the dilemma and strategic content of the collaborative innovation of Ideological and political education of college students.First of all,it analyzes the dilemma of using collaborative education mode in Ideological and political education in Colleges and universities.Secondly,it puts forward relevant measures based on the difficulties.

Teaching Reform Path of Architecture Specialty under the Collaborative Education of “Production, Teaching and Research” and Its Application Effect

To break through the development bottleneck of architecture specialty,it should think about how to realize the high-quality cultivation of talents through the adjustment of teaching system.Reform path of architecture under the collaborative education of "production,teaching and research" and its application effect are systemically studied.By analyzing the relationship among production,teaching and scientific research,the essence of integration and mutual assistance among the three is analyzed.A series of teaching reforms are carried out on the reform principles of teaching content,setting principles of practice curriculum and implementation paths of practice curriculum in the theoretical and practical courses of architecture specialty.The purpose is to make the achievements of scientific research and production contribute to the development of teaching,so that the three sections of "production,teaching and research" form a benign interaction,mutual assistance and common promotion.This teaching system under the collaborative education of "production,teaching and research" is of positive significance to the cultivation of architectural talents’ innovative ability,practical ability and comprehensive ability.

Computing Science in Transdisciplinary Education

Transdisciplinary collaboration has achieved remarkable results in many fields,and many global challenges also require transdisciplinary collaboration.Therefore,transdisciplinary education and research is one of the inevitable trends in the future development of universities.In this context,HKUST has made innovative changes in transdisciplinary education and research.First,we set three missions for the development of HKUST in transdisciplinary education and research.Second,we established the HKUST Guangzhou Campus to carry out a new revolution in transdisciplinary education and research.In addition,Big Data,AI,and computer science play a vital role in transdisciplinary research and collaboration,and we also need to rethink the role of computer science and how to better refer to supporting interdisciplinary collaboration.

Towards Innovative Research Approaches to Investigating the Role of Emotional Variables in Promoting Language Teachers’ and Learners’ Mental Health

The adequacy of language education largely depends on the favorable and unfavorable emotions that teachers and students experience throughout the education process.Simply said,emotional factors play a key role in improving the quality of language teaching and learning.Furthermore,these emotional factors also promote the well-being of language teachers and learners and place them in a suitable mental condition.In view of the favorable impact of emotional factors on the mental health of language teachers and learners,many educational scholars around the world have studied these factors,their background,and their pedagogical consequences.Nonetheless,the majority of previous studies have employed traditional research methods in assessing these variables and their influences on language teachers’and learners’mental health.Because of the complex and dynamic quality of emotional factors,traditional research approaches often fail to evaluate these factors and their dynamic,non-linear connections with teachers’and learners’mental health and well-being.Accordingly,some novel research approaches are required to measure the dynamicity and complexity of emotional factors in language education settings.To address this call,the current state-of-the-art conceptual article seeks to provide new insights for investigating emotional factors and their potential impact on language teachers’and learners’mental states.This study also intends to offer a comprehensive list of emerging methods that take into account the complex and dynamic nature of emotional variables.Finally,the study outlines the potential implications of this review for educational researchers.

A Study of Methods to Identify Industry-University-Research Institution Cooperation Partners based on Innovation Chain Theory

Purpose： This study aims at identifying potential industry-university-research collaboration（IURC） partners effectively and analyzes the conditions and dynamics in the IURC process based on innovation chain theory.Design/methodology/approach： The method utilizes multisource data, combining bibliometric and econometrics analyses to capture the core network of the existing collaboration networks and institution competitiveness in the innovation chain. Furthermore, a new identification method is constructed that takes into account the law of scientific research cooperation and economic factors.Findings： Empirical analysis of the genetic engineering vaccine field shows that through the distribution characteristics of creative technologies from different institutions, the analysis based on the innovation chain can identify the more complementary capacities among organizations.Research limitations： In this study, the overall approach is shaped by the theoretical concept of an innovation chain, a linear innovation model with specific types or stages of innovation activities in each phase of the chain, and may, thus, overlook important feedback mechanisms in the innovation process.Practical implications： Industry-university-research institution collaborations are extremely important in promoting the dissemination of innovative knowledge, enhancing the quality of innovation products, and facilitating the transformation of scientific achievements.Originality/value： Compared to previous studies, this study emulates the real conditions of IURC. Thus, the rule of technological innovation can be better revealed, the potential partners of IURC can be identified more readily, and the conclusion has more value.

The Role of Mathematics in STEAM Education under the“Double Reduction”Policy

This essay delves into the pivotal role of mathematics within the context of STEAM(science,technology,engineering,arts,and mathematics)education under China’s“Double Reduction”policy.Amidst a shifting global education landscape that emphasizes holistic growth,policies such as the“Double Reduction”strategy underscore the significance of well-rounded development alongside academic excellence.By advocating for a balanced approach to education,the policy resonates with the principles of STEAM education,which seeks to cultivate versatile and innovative individuals.Mathematics,acting as a unifying force,connects disparate STEAM disciplines,fostering interdisciplinary collaboration and preparing students to thrive in a rapidly evolving,technology-driven world.This essay provides an in-depth exploration of the multifaceted role of mathematics in STEAM education,drawing on specific cases and scholarly references to highlight its contributions to creativity,critical thinking,and holistic development.

Higher Education Reform for Computer Major Students in Open and Research Environments

This paper analyzes the requirement of professional computer talents in Chinese universities,and introduces the practice in innovative educational methods taken by Shandong University in an open and research environment.In order to improve educational quality,we have carried out a serial of reforms,including "Four Experiences" aiming at diversifying study environments and fostering their adaptability and extending their vision.Students are encouraged to join "Research Assistant" program and participate in scientific projects to improve their ability in research and innovation.They also conduct "Engineering Practice" to learn latest modeling and programming skills.Compound talents characterized of solid foundation,high quality and strong practical ability are shaped through these initiatives.

Research on Subject Areas of Innovation Ecosystem: A Discipline Co-occurrence Analysis

Based on data from the Web of Science database,co-occurrence analysis and network visualization technique were conducted to explore the structure and patterns of interdisciplinary collaborations in innovation ecosystem research.This study presented the descriptive statistics of disciplines involved in relative research and interdisciplinary network over time.The results suggested that the scope of disciplines involved in innovation ecosystem research is broad and the distribution is unbalanced.Management and business are the core subject area while Regional&Urban Planning,Environmental Studies,and Environmental Sciences are playing key role in research and practices.

Research foresight in bridging open science and open innovation:Overview based on the complex thinking paradigm

Open innovation benefits from access to cutting-edge discoveries to increase their transformation into tangible applications for the benefit of society.Improving research quality has been proposed as a primary objective of open science by the United Nations,to increase science reproducibility,impact,and trust,leading to robust decision-making and policies.However,opening access to data and processes is insufficient for researchers to achieve open innovation in the context of globalization,for example,by gathering insights from external and internal sources.Developing the appropriate mindset to manage complexity and generate synergy among researchers in academia,industry,and the government is essential to catalyze knowledge and transform it into relevant innovations for society.To gain insights into the roles and challenges of researchers aiming to bridge the gap between open science and open innovation,a decade-plus Mapping Literature Review was conducted based on the complex thinking paradigm.Complex thinking allows for novel connections of the information collected through open science and open innovation,considering different forms of engaging with alternative means of knowledge creation that may promote innovative and critical thinking.The findings revealed:a)broad positioning of the terms in the European Union;b)open access and open data as current driving themes;c)a constant trade-off between the terms“open data”and“information protection”;d)lack of studies on researchers’complex thinking to help them manage openness;e)absence of the environmental helix in the initiatives;and(f)challenges in innovative communication and collaborative practices among public and private entities.Overall,we identified an opportunity to develop researchers’complex thinking such that the openness of information becomes a shared responsibility among partners across multiple helices.This shared responsibility can have methodological implications that permeate how open science and open innovation are theorized and,in practice,facilitate the development of fundamental collaborative research procedures.

Training System of Innovative and Entrepreneurial Talents based on University-Enterprise Collaboration

With the continuous development of China's education,the diversification of personnel training has gradually become an important part of China's social development and construction.As a new teaching mode in higher education,the university-enterprise collaborative training mode is an important guarantee for training high-quality,compound and practical professionals.Based on this,first of all,the current situation and problems of the training mode of innovative and entrepreneurial talents based on university-enterprise collaboration and its causes were expounded;then a new innovative and entrepreneurial talents training system based on university-enterprise collaboration was constructed from four aspects of education,practice,training and guidance;finally,the guarantee mechanism of the system was proposed from the aspects of culture,system and law,so as to promote the development of education in China.

新时代高校劳动教育的定位及实施路径

党的十八大以来,新时代劳动教育的格局逐步形成且地位日益凸显,成为当代高校进行人才培养的核心课题。在新时代背景下,高校劳动教育的目标定位是在树立正确劳动价值观的基础上培养“高尚品格的人”、“时代发展中的人”与“全面发展的人”。因此,为了顺利推进劳动教育实践,应基于多维关系与视角综合施策,重点从推动主体间合作互补、建立“科学、综合、开放”的课程体系、确立专业支撑与条件保障、推进产学研融合等四个层面建立多维融合的新时代高校劳动教育体系,培养符合时代发展需求的高层次人才。

协同视域下工科研究生产学研用培养模式探究与实践

加强协同创新是提高工科研究生创新实践能力的内在要求,完善产学研用是建立以创新创业为导向培养机制的必然方式。当前,地方高校工科研究生创新实践能力与经济社会对人才的需求仍存在一定的差距,主要表现在创新意识淡薄、实用成果匮乏、聚焦思考不足,究其原因,问题意识缺乏、知识来源单一、学习氛围封闭是导致问题出现的主要因素。为此,作者团队与行业企业联合建成太阳能光热产业示范基地,以实际需求为导向,以工程示范为载体,以成果转化为驱动,以产业应用为目标,探索产学研用的协同创新工科研究生培养新模式,尝试在多个产业示范基地建立具有鲜明工科特色的“科技小站”,通过模式与实践的高效融合,充分释放研究生的内在创新要素活力。

基础学科对教育强国的战略支撑及其实现路径

加快建设中国特色、世界一流的大学和优势学科是教育强国建设的重中之重。学科是系统性的知识体系,也是大学的基层组织基础,是大学实施人才培养与科研活动的基本单元。基础学科作为以基础科学知识为研究内容的学科类别,是开展基础研究并产生原始创新成果的重要土壤,通过培养高水平创新人才和科研创新等途径对建设教育强国发挥战略支撑作用。实现基础学科对教育强国的战略支撑,需要聚焦国家战略需求,加强高校有组织基础研究能力建设;鼓励学科交叉融合,强化基础学科跨域协同创新能力建设;提升学科管理效能,持续深化对基础学科建设规律的认识;加大资源投入,确保基础学科发展的政策支持和制度保障。

地方高职院校“科教融汇”实施路径研究

科教融汇是高职院校内涵发展的重要内容,是培养高素质技术技能人才的重要途径,是高职院校可持续发展的核心竞争力。新时代地方高职院校要充分发挥“科教融汇”优势,本文分析地方高职院校开展“科教融汇”的必要性,积极探索“科教融汇”实施路径,通过创新科教融合模式、促进科教深度融合、深化产教融合协同育人,有效提升地方高职院校科技创新和服务能力,培养出一批高素质技术技能人才。

市场竞争结构对产学研协同创新意愿的影响机制

产学研协同创新意愿是开展创新协同合作及提升创新效率的前提和基础,其中企业参与协同创新的根本动力在于经济利益获取,然而关于市场竞争结构对协同创新意愿的影响机制,尤其是不同结构下不同因素的叠加效应还鲜有研究。据此,以协同创新市场收益作为因变量(意愿的替代变量),以市场竞争结构(垄断/竞争)、市场初始需求量、市场增长潜力、企业技术吸收能力、研发投入为自变量,构建一个数理优化模型进行分析。结果表明市场增长潜力、企业技术吸收能力、研发投入对协同意愿的影响效应受到市场需求的叠加作用,这些作用方向在竞争和垄断不同结构下是相反的:在竞争结构下,企业研发投入与协同创新意愿呈反向关系;而在垄断结构下,两者之间的影响关系随着不同的初始市场需求情况而表现出不同的效应。此外,处于不同市场结构下的企业参与协同创新的意愿是不一样的,且受到其技术吸收能力的调节影响。因此,学研机构与企业合作时,需要综合考虑企业的市场竞争地位、协同创新技术市场前景等因素,以实现利益均衡。

科教融汇视域下高职教育校企协同创新治理的逻辑与路径研究

教育、科技、人才“三位一体”重要论述为科教融汇视域下高职教育校企协同创新治理提供了政策基础与现实依据。高职教育校企协同创新实践中呈现出校企主体功能效益差异、管理权力运行向度单一、利益平衡机制缺失等问题表征,实际上是由于协同创新价值认同缺失、权力分配失衡、利益共享不均衡等治理不足所致。外溢性的公共价值达成、异质性的多元主体协同及柔性的网络化秩序建立共同构成了高职教育校企协同创新治理的逻辑。结合实践案例分析,校企协同创新治理现代化应通过建立“产科教”融合的治理价值理念、保障协同创新治理主体话语权、建立协同创新治理机制、构建基于自组织的协同创新场域等路径推进。