The Influence Mechanism of an Inclusive Organizational Climate on Innovation Input of Sci-Tech Talents

With the implementation of China’s innovation-driven development strategy,the competition among sci-tech talents has become increasingly fierce.Stimulating the innovative vigor of sci-tech talents has become a hot topic in theoretical research and policy practice.Based on the data from 246 questionnaires collected from sci-tech talents in Hebei province,this study explored the influence mechanism of an inclusive organizational climate on innovation input from technological talents and verified the mediating effects of innovation self-efficacy and intrinsic motivation.The results indicate that an inclusive organizational climate has a significant positive impact on innovation input,innovation self-efficacy,and intrinsic motivation of sci-tech talents.Both innovation self-efficacy and intrinsic motivation play a partial mediating role between an inclusive climate and innovation input.This study verified the important role of an inclusive climate in an organization’s human resource management practices and encouraged managers to emphasize enhancing the innovation self-efficacy and intrinsic motivation of sci-tech talents,thereby continuously improving the level of innovation.

Endogenous Innovation,the Organization of Work and Institutional Context

Drawing on the results of the third Community Innovation Survey and the third European Working Conditions Survey, this paper develops aggregate indicators at the national level of innovation modes and forms of work organization for the 15 member nations of the European Union in 2000. The analysis based on these indicators demonstrates that there is a close connection between how people work and learn in a country and the way firms＇ innovate. Specifically, it shows that in nations where work is organized to support high levels of discretion in solving complex problems firms tend to be more active in terms of endogenous innovation, i.e. innovation developed, at least to some degree, in house. In countries where learning and problem-solving on the job are more constrained, and little discretion is left to the employee, firms tend to engage in a supplier-dominated innovation strategy. The technological renewal of these firms reflects, almost exclusively, absorption of innovations developed elsewhere.

Evaluation and Comparison of Marine Sci-tech Innovation Ability of 11 Coastal Provinces in China: A Case Study of Guangdong

Through building an indicator system for evaluating the marine sci-tech innovation ability of China's coastal provinces,this paper made a comparative analysis on marine sci-tech innovation ability of 11 coastal provinces in 2011-2013 by the principal components analysis( PCA) method. It found these coastal regions can be divided into three levels. Guangdong Province belongs to the first level because its marine sci-tech innovation ability is relatively high. On this basis,it analyzed changes in marine sci-tech innovation ability of 11 coastal provinces with the aid of DEA's Malmquist productivity index model. Results indicate that the overall marine sci-tech innovation ability of 11 coastal provinces is rising,but there is significant difference between provinces and the influence of regional economic development level is not considerable.Technical progress is main driver for promoting marine sci-tech innovation ability of Guangdong Province and major factor influencing ranking of total factor productivity.

Current Situations of Agricultural Sci-tech Innovation and Development Path in Nantong

Nantong is a typical region of large population and little land.The conflict between resources and environment is growing.Thus,the improvement of independent innovation ability based on current situations,oriented towards the future and relying on scientific and technological force directly decides the effect of strong economic city construction.Through analysis on achievements of agricultural sci-tech innovation works,existing problems and demand for developing modern agriculture in Nantong,we present development ideas,target orientation and basic principles of agricultural sci-tech innovation works in Nantong,and put forward eight paths.

A New Era of Sci-Tech Innovation

JUST before the 19th National Congress of the Communist Party of China(CPC),on September 29,the world’s first trunk line of quantum telecommunication–the Jing-Hu(BeijingShanghai)Trunk Line–opened,which is connected with the world’s first quantum satellite"Micius,"named after an ancient Chinese philosopher.

Construction of Innovative Rural Sci-tech Service System in China

At the background of structural regulation of agriculture and industrialized development of rural areas,systematic thought and constructive recommendations are put forward on building innovative rural sci-tech service system in China from following 5 aspects. (1) In organizational system,rural sci-tech service associations should become nonprofit organizations that have independent legal entities. (2) In service object,it should take farmers as subject,new rural economic organizations as carrier,agricultural leading enterprises as handle,little village officials as joint,sci-tech special commissioner as link,and agricultural brokers as medium. (3) In information resources,it should enhance practicality construction and sharing. (4) In service methods and reform measures,it should combine information technology,expert technical consulting service,and sci-tech model base. (5) In policy support and input mechanism,it should follow the principle of diversification,set up government special funds,and formulate preferential policies to attract sci-tech talents to join in rural sci-tech services,and protect legal rights and interests of sci-tech personnel in rural sci-tech services.

Standardization Promotes Enterprises' Independent Innovation and International Competitiveness

Erdos Group, a large-scale enterprise group with more than 20,000 employees, was developed and expanded from Yih Ju League Cashmere Factory set up and put into production in 1981. Its "Erdos" brand, the first brand in Chinese cashmere textile industry, has won the title of "Chinese Famous Brand".……

Innovative Thinking on Architectural Painting Coursework

How to reflect the innovation in students'works depends on the introduction of the theme,the creation of which is the soul of the course work.The innovative thinking of themes is the key point of the course design.Innovation will be directly reflected in the results of students'course works.The presentation form of student works is also the key point of innovation.Students can cooperate to complete a certain scale of combined painting works,which can not only highlight the innovative form of course works,but also improve their cooperation and innovation spirit.As far as the innovation is concerned,continuity is essential.The creation of course work needs to be continued and expanded.Students of each grade continuously create various themes in their course works,which are related to each other.After years of accumulation,the architectural painting course works will be presented as a series of large collections of theme works.

National Conference on Technological Innovation of Standardization Held in Beijing

Organized and hosted by the Standardization Administration of China, theNational Conference on Technological Innovation of Standardization was held in Beijing on March13th. In his speech at the conference, Mr. Li Chuanqing, Party Secretary of the GeneralAdministration of Quality Supervision, Inspection and Quarantine, called for the vigorousimplementation of technological standard- ization strategies to substantially elevate the overalllevel of Chinese standards.

Standardization innovation is the foundation for enterprises' globalization

Beijing Futon Environmental Protection Power Co., Ltd. (Beijing Futon)is a hi-tech company specialized in light-duty diesel oil/gasoline engines manufacturing and marketing jointly invested by Futon Automobile, Suweifu, Beijing Tractor Company. Main product portfolio of Beijing Futon includes 4JB1, 4Y and 4D24.……

PILOT PROGRAM OF KNOWLEDGE INNOVATION AT INSTITUTE OF THEORETICAL PHYSICS

Ⅰ. REVIEW The Institute of Theoretical Physics (ITP) of the CAS was founded in 1978 with the personal approval of Comrade Deng Xiaoping, in the same year when the Third Plenary Session of the Central Committee of the CPC (Communist Party of China) was convened. Over the past 20 years, the Institute has been striving to explore a road for sound development in a bid to achieve the following targets: In regard to research, the institute strives

高绩效工作系统如何影响员工创新行为--组织认同与服务型领导的作用

积极促进员工创新行为对企业发展具有重要意义,高绩效工作系统是影响员工创新行为的重要前因变量,但现有文献对其影响机理的研究尚显不足。基于社会交换理论与社会认同理论,运用多层线性模型探究了组织认同在高绩效工作系统与员工创新行为之间的中介作用以及服务型领导的调节作用。研究结果表明,高绩效工作系统对员工创新行为具有显著正向影响,组织认同在高绩效工作系统与员工创新行为之间发挥部分中介作用,服务型领导在高绩效工作系统与员工创新行为之间发挥正向调节作用,服务型领导在高绩效工作系统与组织认同之间也发挥正向调节作用,服务型领导正向调节组织认同在高绩效工作系统与员工创新行为之间的中介效应,即服务型领导水平越高,中介效应越显著。

多团队成员身份对个体创新绩效的双刃剑效应研究

根据角色理论与个人-工作匹配框架,并基于知识密集型企业员工有效样本多时点问卷数据的实证分析,探究个体多团队成员身份通过角色整合和工作繁荣(积极路径)以及角色冲突和工作疏离(消极路径)对个体创新绩效的整合影响,同时,考察认知灵活性在其间的边界条件作用。研究结果表明:个体多团队成员身份既通过角色整合与工作繁荣对个体创新绩效有显著正向间接作用,又通过角色冲突与工作疏离对个体创新绩效有显著负向间接作用;对于高认知灵活性的员工而言,多团队成员身份通过角色整合和工作繁荣对个体创新绩效的积极影响更强;对于低认知灵活性的员工而言,多团队成员身份通过角色冲突和工作疏离对个体创新绩效的消极影响更强。

论人工智能技术在我国档案工作中的应用

从档案收管用三个业务环节出发,探讨人工智能技术应用于我国档案工作面临的问题,提出人工智能技术应用于我国档案工作中的建议,以提高我国档案工作的水平。通过文献研究和案例分析,总结人工智能技术应用于我国档案工作中存在的问题,并在此基础上提出优化建议。人工智能技术在我国档案工作中的应用前景广阔,目前已有的实践案例对促进人工智能技术在我国档案工作中的应用起到了积极作用。

差错管理文化对新生代员工创新性前摄行为的影响--基于三项交互的调节效应模型

采用社会认知理论与主动动机模型,基于“环境—认知—行为”分析框架,引入工作繁荣因素,探讨差错管理文化与新生代员工创新性前摄行为间的内在作用机理,并结合任务复杂性和促进型调节焦点,构建三者交互模型,揭示差错管理文化影响新生代员工创新性前摄行为的边界条件。通过对766名新生代员工数据的实证分析,研究结果表明:工作繁荣部分中介差错管理文化与新生代员工创新性前摄行为间的正相关关系;当工作任务具有较高复杂性并且员工具有促进型调节焦点特质时,差错管理文化通过工作繁荣对新生代员工创新性前摄行为的正向影响最显著,差错管理文化、任务复杂性与促进型调节焦点三者间的交互作用显著。

青岛海洋地质研究所海岸带地质工作进展与展望

海岸带是地球多圈层交互带内地质作用最活跃、人类活动最密集的地带,是开展综合地质调查与研究、推动经济社会高质量发展的关键区域。青岛海洋地质研究所的海岸带地质工作自建所以来,一直按照支撑国家需求和服务经济社会发展为导向,主要经历了萌芽发展、快速发展、蓬勃发展3个阶段。作为中国地质调查局海岸带工作的主要牵头单位之一,组织实施了一系列海岸带地质调查工作,特别是在辽东湾、渤海湾西岸、黄河三角洲、莱州湾、山东半岛、江苏沿岸、长江三角洲、闽浙沿岸等海岸带地区开展了重大比例尺的调查,大幅提高了我国海岸带调查程度,提升了海岸带基础地质认知水平,充分发挥了地质工作基础性、公益性、战略性的作用,为国家重大战略实施和经济社会高质量发展提供了有力支撑。新时代条件下,我们应大力加强海岸带地质科技创新能力,全面提高海岸带基础地质调查程度,加快建设海岸带地质综合监测体系,快速提升海岸带工作公益服务水平,推动海岸带地质工作高质量发展。

高校思想政治教育与创新创业教育深度融合的探索与实践

坚持用习近平新时代中国特色社会主义思想铸魂育人,培养担当民族复兴大任的时代新人,是新时代高校思想政治教育的关键,而创新创业教育是思想政治教育的“新载体”,思想政治教育则为创新创业教育提供思想保障和精神导向。本文从两者深度融合的必要性和可行性出发,着眼于破解主体的投入与学生全面发展需求、教学方式与学生期待、教学资源的利用程度与协同育人要求等“四个不匹配”的难题,采用融入办学治校、融通教学领域、融合资源要素、融贯核心价值的路径,推动思想政治教育与创新创业教育深度融合,这是不断深化“三全育人”综合改革的现实需要,还是贯彻落实立德树人根本任务的时代使命,更是办好人民满意大学的必然要求。

过劳氛围、过度劳动与高校教师创新行为的研究

本研究基于现阶段“大众创业、万众创新”的新时代发展情境,以及近些年来高校教师“过劳死”事件频发状况,以高校教师为研究对象,通过相关文献梳理,结合资源保存理论和自我损耗理论,利用927份全国高校教师的调研数据,深入探讨过劳氛围对高校教师创新行为的影响机理,利用结构方程模型预测过劳氛围和过度劳动对高校教师创新行为的作用,并从人才制度政策、学校环境氛围、高校教师个体、家庭环境支持四个层面提出对策建议。

基于产教融合的职业教育教学创新团队建设

教学创新团队是基于产教融合的新型团队,要起到示范作用,将校企与校际协作共同体、示范性产业学院、创新型实验或实践教学中心等作为团队的依托。教学创新团队的运行需要进行团队成员的分工与协作、团队教师的考核与评价、团队的制度建设。教学创新团队需要建立协同工作机制,包括建立多层次贯通的人才培养模式、约束制度、教研和科研管理制度、专业建设制度等,加强专业带头人、“双师型”教师、青年教师、企业兼职教师能力培养。校企与校际合作的方式包括共建教师发展中心,共同制订人才培养方案,按工作岗位的能力要求制订课程标准,基于工作过程构建课程体系等。教学创新团队建设是一项重要任务,需要众多院校、企业的深度参与,加强创新和探索。

高职院校思政工作协同创新路径研究

做好思想政治工作是新时代赋予高职院校的职责使命。协同创新是高职院校加强和改进思政工作的基本理念。高职院校应将思政工作看作一个系统化运行过程,全面分析思政工作的主体、客体和介体等要素,确定教育团队协同、教育内容协同和教育介体协同等推进实施重点,采用加强理论研究与应用、加强体系建构与整合、加强队伍建设与提质、加强方法更新与优化、加强载体融合与创新等实施路径,实现全要素参与和全过程协同,形成协同创新的思政工作格局,切实提升思政工作的时代感和实效性。