Teaching Research on the Training of Students'Innovative Thinking Ability Based on Maker Education Concept

In information economy era,training innovative talents is an important step for high speed development of country.Education is an important way to training innovative talents,and the effective cultivation of students;innovative ability is an important symbol of the success of education.Innovative thinking is the basis of innovation ability,we must first improve innovative thinking ability in order to improve innovation ability.In the field of education,middle school is the key step for students to learn diverse thinking,especially innovative thinking.The objective of this paper is to study this step and how can we help students improve their innovative thinking ability.

Innovative Thinking in Higher Vocational Colleges'Physical Education

General Secretary Xi Jinping pointed out that in a country,if the youth is strong,the country would be strong and if sport is a strong entity in China,the country will be strong as well.In regard to that,promoting the continuous development of sports in China is an important aspect of the great rejuvenation of the Chinese nation.The“Healthy China 2030”plan is a program in the creation of a"healthy China."With the current state of physical education in higher vocational colleges,three aspects are included in the innovative thinking of higher vocational physical education which are strategies for the challenges and impacts faced by physical education teachers in higher vocational colleges,achieving exquisite indicators in physical education as the ultimate goal of vocational colleges,as well as piquing the interest of higher vocational colleges for learning in regard to physical education courses.

Literature Reviews on Innovation and Entrepreneurship Education in China

College students’innovation and entrepreneurship education has been widely concerned by the society in recent years.Many important research achievements have been made in the theory and practice of innovation and entrepreneurship.A large number of articles on innovation and entrepreneurship education in China published in academic journals in the past 20 years were analyzed.These documents from different aspects discussed the basic concept of innovation and entrepreneurship education,curriculum setting,teaching syllabus,teacher training,talent training mode,innovative thinking and entrepreneurial ability training.Using literature research method and comparative research method,this paper mainly reviews the literature on the basic connotation of innovation and entrepreneurship education for college students,the reform of talent training mode,cultivation of innovative thinking and entrepreneurial ability,so as to lay a foundation for further research on innovation and entrepreneurship education.

Design Methodologies in Interdisciplinary Teaching: Integrating Art and Education

Interest in integrating design methodologies within interdisciplinary teaching has emerged as a strong method for increasing student learning and creativity, especially in integrating art and education. This study discusses the theoretical underpinnings of design-based teaching methodology and its practical applications in interdisciplinary settings. It discusses current practices and emerging trends in how design thinking principles bridge the gap between artistic expression and educational pedagogy. The results highlight the importance of a collaborative learning environment, an iterative process, and project-based approaches that allow the development of skills related to creativity besides the analytical ones. The main strategies in implementing methodologies for such purposes and their impact on student engagement in learning are discussed.

The Impact of Interdisciplinary Curriculum Design Based on STEM Education on Elementary Students’Innovative Thinking Abilities

This study investigates the impact of an interdisciplinary STEM curriculum on the innovative thinking abilities of elementary school students.Employing a mixed-methods research design,the study compares an experimental group engaged in an integrated STEM curriculum with a control group following a traditional curriculum.Quantitative data,collected through pre-and post-implementation assessments,indicate a significant enhancement in innovative thinking abilities among students in the experimental group.Qualitative data,derived from interviews and focus groups,reveal improvements in student engagement,problem-solving skills,and interdisciplinary learning experiences.The study discusses the implications of these findings,highlighting the advantages and challenges of interdisciplinary curriculum design.It concludes with recommendations for educational practice and suggestions for future research.Limitations of the study and the need for longitudinal research are also addressed.

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.

建设教育强国,未来学校何为

为促进未来学校发展,培养更多具有创新意识和创新思维的人才,引导教师践行教育家精神,助力教育强国建设,顾明远先生深刻阐释了党的二十届三中全会和全国教育大会精神,认为教育要为培养高水平的科学技术人才做出贡献,要为全体人民的共同富裕打好基础。顾明远先生认为,教师的成长应当经历5项修炼,包括热爱教育、锤炼、学习、创新和收获。进一步推进素质教育,要注重培养学生的创新思维,要关注如何让学生从被动学习转变为主动学习。人工智能是信息技术发展的最新阶段,人工智能必然会改变我们的教育,改变教育生态和教育方式。利用信息技术,我们要处理好3组关系:一是目的与手段的关系;二是现代教育与传统教育的关系;三是虚拟世界与现实世界的关系。

课程思政融入现代制造技术课程的教学探索

现代制造技术是指利用先进的技术和方法来设计、制造、生产产品的过程,是机械制造专业学生必须掌握的技术前沿课程。为进一步落实教育部提出的课程思政建设,该文设计课程思政与专业知识点相结合的方法,梳理并提出课程思政的引入案例,来强化学生的情景认知能力,增强学生的工程素养和工程实践意识,实现知识传授与价值引领相统一,以达到人才和人品双培养的教学模式,为未来机械制造专业学生培养创新性思维打下良好基础。

面向创新思维发展的创客教育模式构建研究

创客教育是以创新思维发展为核心、培养新时代创新人才的一种有效途径。研究以华莱士创新思维心理过程“四阶段模型”理论探索为基础,从教育理念、教育目标、教育程序、教育支撑环境和教育评价五方面构建面向创新思维发展的创客教育模式,并通过三轮迭代设计来完善面向创新思维发展的创客教育模式。研究发现:基于专项技能项目和综合项目,由准备、创意、创图、创物和创享五阶段构成的创客教育模式能有效地促进学习者发散思维、直觉思维、形象思维和批判性思维的发展,最终促进学习者创新思维的有效发展。

开放性创新实验在本科生病理学实验教学中的应用体会

与传统的教师教、学生学的病理实验课的教学模式相比,开放性创新实验以学生为本,为学生提供了主动学习、勇于探索的平台,培养学生的动手能力、创新思维、团队协作意识,弥补了传统病理学教学的不足,为培养创新型人才奠定基础。本文以《小鼠肝癌肺转移模型的建立》为例,介绍该创新实验项目的实施,以及所获得的教学体会。

医学研究生动物实验课教学改革:培养学生主动学习和创新思维的能力

动物实验课是医学及生命科学相关专业中重要的实践教学环节,对医学类研究生的实验技能、科学思维和创新能力的培养具有重要意义。然而,传统的动物实验课教学方式存在内容单一、研究生参与度不高等问题。为更好地促进研究生主动学习和创新思维的培养,本文旨在探讨动物实验课的教学改革。首先,介绍动物实验课教学改革的背景和意义,强调其对研究生能力培养的重要性。其次,提出动物实验课教学改革的原则,包括以研究生为中心、注重问题解决和实践探索、促进跨学科融合等,同时将中国实验动物福利伦理审查贯穿其中。然后,从课程设计、教学方法、评价方式等方面,详细阐述动物实验课教学改革的具体措施。在课程设计上,应注重选取有挑战性和探索性的实验项目,充分考虑研究生的兴趣和专业需求。在教学方法上,应鼓励研究生主动参与、探索和合作,引导他们进行问题解决和创新思维的培养。在评价方式上,应采用多样化的评价手段,如实验报告、小组讨论和项目展示等,以全面评估研究生的综合能力和创新思维。最后,通过实践验证和效果评估,总结动物实验课教学改革的经验和成果,并提出进一步完善的建议。

拔尖创新人才培养的美国经验对教育强国建设的启示

着力造就拔尖创新人才,建成教育强国是党的二十大提出的重要任务。以诺贝尔科学奖获得者作为拔尖创新人才的代表观察世界教育强国,二战后一半的获奖者毕业于美国大学,反映出美国大学世界一流的人才培养能力。以毕业生获诺贝尔科学奖人次最高的22所大学为观察对象,美国大学在三百多年发展历程中吸收英国大学自由教育和德国大学科学研究的传统,回应时代发展的重大需求,形成了投资未来而非奖励过去、注重非认知能力和全面心智发展等拔尖创新人才培养的特点。参考美国大学本土化改革、升级以及拔尖创新人才培养的经验,有助于建立起中国式现代化下的世界一流大学新版本和中国特色现代大学模式,有助于培养出具有世界水平的拔尖创新人才,达成教育强国建设目标。

高校语文教育教学中学生创新思维的培养研究

素质教育要求促进学生全面发展,而加强对学生创新思维的培育,既是素质教育发展目标,也是新时期学生必备的成功要素。鉴于此,了解创新思维,明确高校语文教育教学中学生创新思维培养原则,从多维角度入手,了解培育学生创新思维的重要性,突破传统高校语文教育教学模式束缚,可为语文教学改革提供系统性参考意见,既能在创新思维培育过程中推动高校语文教学迈向新的发展阶段,也可在创新思维培育中提升学生语文核心素养,进而为学生未来发展奠基。

浙江大学医学生创新性实验项目的调查分析

大学生创新创业训练计划是高校教育教学改革的重要环节,也是高校深度融入国家创新体系的重要举措。文章就浙江大学医学部2020-2023级医学类专业本科教育阶段学生63人参与大学生创新创业训练计划项目(简称大创项目)的情况进行了问卷调查。结果表明,该项目有助于提升医学学生的综合能力,包括发现问题与解决问题的能力(73.77%)、文献检索能力(80.33%)、实验操作能力(73.77%)、数据整理与分析能力(81.97%)、学术论文构思与写作能力(62.30%)和团队协作能力(75.41%)。大创项目的训练不仅有益于提高医学生的主动学习能力和热情,而且有利于提高医学生的科研创新能力和医学生的综合能力,同时获得学术产出。

融合课程思政与创新思维的有机化学教学探索与实践

在化学强基班中进行了课程思政、创新思维和有机化学课程教学深度融合的探索。课堂上精心选择教学案例,利用知识的多重价值,实现知识传授、价值引领与创新能力培养的有机结合。课后组织学生进行文献调研活动,以达到夯实基础、拓宽视野的创新思维训练目的,最终实现教育立德树人的根本任务。

大数据背景下神经系统变性病教学探索与实践

随着信息技术与教育的深度融合发展,新的教育理念和教学方法不断涌现。在大数据基础上,以神经系统变性病这类疑难病为例,对传统神经病学教学模式进行创新优化,建立以“学生为中心,能力为导向”的新型教学模式,根据教学内容,结合疾病特点,运用“慕课”“雨课堂”等多种教学平台,借助视频号、病例分享公众号等多种媒体平台,结合查找各大医学网站、资源库、数据库等方式,实现了一种数字化、信息化的教学模式,有效提升学科教学中知识传播的表达力和知识创新的穿透力,充分调动学生的主观能动性,促进学生对于知识的了解、掌握、思考和创新,从而由浅入深地逐渐认清疾病的本质,全方位地认识和掌握疾病,进而取得良好的教学效果。

从创新思维到创新实践——面向转型的设计学教学探索

创新实践课程是最近这些年来设计学专业本科培养计划内新增加的核心课程之一,顺应了社会发展的需求,是以创新型人才的培育为目的的教学举措。通过环境设计二年级“创新实践课”,以城市公交车站站亭设计竞赛为例。探索了将创新思维培养拓展到创新实践训练的教学全过程。帮助学生从更加宏观的角度,建立系统思维,实现对城市空间与人的行为的关注。

“六位一体”三阶段渐进式培育本科生科研创新能力

目的 探讨基于科教融合的“六位一体”三阶段渐进式培养模式在医学本科生科研创新能力培育中的应用和效果评价。方法 采用实验对照方法,共31名医学检验技术专业本科实习生纳入研究。实验组(n=16)采用基于科教融合的“六位一体”三阶段渐进式培养模式,对照组(n=15)采用传统实习教学模式。采用理论知识、实践技能考核、本科毕业论文(设计)、中国版批判性思维能力测量表(CTDI-CV)、个人成长主动性量表(PGIS-Ⅱ)和满意度调查方式进行评价。结果 两组实习生理论知识考核成绩比较差异无统计学意义(P>0.05);实验组本科毕业论文(设计)质量、临床实践技能成绩明显高于对照组(P<0.05);实验组CTDI-CV总分及寻找真理、分析能力、开放思想、系统化能力、求知欲、批判性思维的自信心6个维度得分均显著高于对照组(P<0.05);但认知成熟度在两组之间差异无统计学意义(P>0.05);实验组PGIS-Ⅱ的计划性、对改变的准备、利用资源和主动行为4个维度得分和教学满意度评价均显著高于对照组(P<0.05);本科毕业论文(设计)质量评分、CTDI-CV、PGIS-Ⅱ之间两两呈正相关(P<0.05)。结论 基于科教融合的“六位一体”三阶段渐进式培养模式,能有效提高本科毕业论文(设计)质量和教学满意度,有助于提升本科生的批判性思维能力和个人成长主动性,值得推广应用。

医学生科学创新性思维培养的经验与反思

在当前医学科技日新月异、临床实践需求不断升级的背景下,强化医学生科学创新性思维能力的培育显得尤为关键。分析医学教育活动中科学创新性思维培养的内涵和价值,通过对医学生科学创新性思维培养的实践经验进行深度总结与反思,探讨在当前医学教育背景下有效培养医学生探索精神和创新能力的方法和举措,以期为开发更有效的医学创新思维教学模式提供参考。

设计思维对美术与科学跨学科课程的启示

深入探讨设计思维在美术与科学跨学科课程中的应用与启示,分析设计思维如何提升学生创造力、批判性思维和解决问题的能力。通过案例分析和实证研究,对设计思维与教育目标的内在联系进行系统阐述,论证设计思维在提高学生美术与科学跨学科学习能力和创新能力方面的有效性。