Core Insights - The 23rd China MBA Development Forum, hosted by Xi'an University of Electronic Science and Technology, focuses on the theme "Insight into the Future: AI Reshaping MBA Innovation Development and Industry-Education Integration" to explore the transformation of MBA education in the AI era and propose new paths for high-quality development in Chinese MBA education [1][6][15] Group 1: Forum Opening and Key Participants - The forum's opening ceremony featured notable attendees including academicians, university leaders, and industry experts, emphasizing the importance of collaboration between academia and industry [3][4][6] - Keynote speeches were delivered by leaders from various institutions, highlighting the integration of technology and management in MBA education [3][6][8] Group 2: Educational Innovation and AI Integration - The forum discussed the impact of AI on productivity and the restructuring of corporate logic, presenting both challenges and opportunities for MBA education [7][10] - Six academic reports were presented, addressing the integration of AI in MBA education and its implications for value reconstruction and industry practices [7][8][9] Group 3: Sub-Forums and Discussions - Four parallel sub-forums were held, focusing on topics such as AI-enabled MBA education, regional economic development, and industry-education integration, fostering in-depth discussions among experts and practitioners [10][11][13] - The discussions aimed to provide new insights and strategies for adapting MBA education to the demands of the digital economy [10][11] Group 4: Awards and Recognition - An awards ceremony recognized outstanding contributions in MBA education, innovation, and industry practice, reinforcing the importance of excellence in the field [14][15] - The forum has evolved into a significant annual event in the MBA education sector, contributing to the innovation and development of MBA programs across China [14][15]

据微言教育10月21日消息，日前，中央批准：高翔同志任大连理工大学校长（副部长级）、党委副书 记；贾振元同志不再担任大连理工大学校长、党委副书记职务。 10月21日，大连理工大学召开教师干部会议。中央组织部副部长张光军同志到会宣布中央决定并讲话， 教育部副部长、党组成员徐青森同志，辽宁省委常委、组织部部长蒋天宝同志出席会议并讲话。大连理 工大学党委书记项昌乐同志主持会议。 中央组织部、教育部、辽宁省有关部门负责同志，大连理工大学领导班子成员、部分退出领导班子的老 同志、教授代表、部门和院系主要负责同志、教职工代表等参加会议。 高翔是能源与环境领域专家，他长期致力于能源与环境领域减污降碳的应用基础研究和技术研发工作， 在能源电力、船舶航运等行业取得了系列创新成果。构建了多污染物高效协同控制技术体系，攻克了电 厂超低排放、船舶尾气高效净化等关键技术难题，实现了规模化工程应用，在国内外产生了广泛影响， 社会和经济效益显著。获国家技术发明奖一等奖1项（排名第一）、国家科技进步奖二等奖1项（排名第 一）、国家技术发明奖二等奖1项（排名第二），国家级教学成果奖二等奖2项（排名第一、第二）。 2018年获何梁何利基金科学与 ...

特别提示 微信机制调整，点击顶部"仪器信息网" → 右上方"…" → 设为 ★ 星标，否则很可能无法看到我们的推送。 近日， 西南石油大学发布 35 项仪器设备采购意向，预算总额达 1.06 亿 元，涉及高温高压岩石可钻性测试装置 、 高温高压超临界CO2-添加剂混合流体流动特性测试装置、高温高压油气相态分析装置 、微区形貌原位纳米压痕分析 装置 等 设备 ，预计采购时间为202 5 年 5~10 月。 摘要 ： 近日，西南石油大学发布多批政府采购意向，仪器信息网特对其中的仪器设备品目进行梳理，统计出35项仪器设备采购意 部分采购仪器简介： 瞬态表面光电压谱仪 瞬态表面光电压谱仪（Trans ient Surface Photovoltage Spectroscopy , 简称TSPS）是一种用于研究材料表面 光电特性及其动力学过程的精密仪器。它通过测量材料在光照下表面电势的瞬态变化，来揭示光生电荷的产生、分离、 迁移和复合等关键过程。主要应用于光催化材料研究、太阳能电池、、光敏器件、半导体物理、纳米材料等领域。 飞秒成像纳秒瞬态光谱仪 飞秒成像纳秒瞬态光谱仪是一种集成了超快时间分辨技术与空间成像能力的先进科 ...

近日，位于海南陵水黎安国际教育创新试验区内的国家海洋电子信息工程技术中心项目正加快建设。 据介绍，该项目总用地面积31080.93平方米，项目建成后，将满足北京邮电大学、电子科技大学、同济 大学等入驻高校团队日常科研、交流、休闲和展示汇报等功能需求。 海南日报全媒体记者 王程龙 摄 ...

Core Viewpoint - The training camp aims to enhance the new media skills of youth in Jiangsu University and other local colleges, fostering a new generation of media talent through practical training and creative expression [1] Group 1: Training Camp Overview - The fifth session of the "Xiao Bo Qing Mei" training camp, co-hosted by Jiangsu University and local authorities, has commenced with 148 participants from various colleges in Zhenjiang [1] - The training camp consists of three phases: specialized training, independent creation, and display exchange [1] Group 2: Objectives and Content - The program focuses on improving theoretical knowledge and practical skills in areas such as network ideology safety, photography, video creation, and field trips [1] - The initiative aims to enhance the theoretical level and online literacy of young teachers and students, encouraging continuous skill breakthroughs and creative output [1] Group 3: Community Engagement - The training camp is seen as a significant step in enhancing university students' new media literacy and aims to showcase the beauty of Zhenjiang through the perspectives of the participants [1] - This initiative marks the first collaboration among all colleges in Zhenjiang, highlighting the value of local universities in contributing to community engagement and cultural integration [1]

Core Insights - Jiangsu province is tasked with leading the integration of technological and industrial innovation, as emphasized by President Xi Jinping during the National People's Congress [1] - The province is implementing a series of initiatives to enhance the collaboration between higher education institutions and industry, focusing on technology transfer and innovation [1][2] Policy Innovation - Jiangsu is prioritizing institutional innovation as a guiding framework for deep integration of education, technology, and industry [2] - The province has introduced action plans to establish a globally influential industrial technology innovation center, focusing on key strategic industries [2] - Revisions to the Jiangsu Science and Technology Progress Regulations have been made to support various aspects of industry-education integration [2] Funding and Talent Supply - Jiangsu is building a "funding + talent" energy system to support the integration of technology and industry, emphasizing long-term investments in hard technology [3] - The province has established a strategic emerging industry mother fund with a total scale of 6 billion yuan, along with angel funds for technology transfer [3] - Initiatives to enhance teacher engagement and cultivate entrepreneurial talent are being implemented to align educational outcomes with industry needs [3] Collaborative Innovation - The "Double High Collaboration" model is identified as a core engine for driving deep integration between high-tech zones and higher education institutions [4] - This model aims to break down institutional barriers and foster organized research and technology transfer, enhancing the effectiveness of industry-academia cooperation [4] Technology Transfer Centers - The National Higher Education Technology Transfer Center in Jiangsu serves as a pivotal hub for regulating and distributing innovation energy [5] - This center facilitates the conversion of original innovations into industry-relevant applications through a structured process [5][6] University Science Parks - The National University Science Park is recognized as a key platform for translating academic innovations into industrial applications [7] - Recent reforms aim to enhance the operational capabilities of these parks, focusing on technology transfer and service provision [7]

Core Viewpoint - The article emphasizes the importance of higher education in cultivating high-quality innovative talents to support the development of new productive forces, which are characterized by high technology, efficiency, and quality [1] Group 1: Technology Innovation Orientation - Universities should align their discipline layout with national technological strategies, focusing on dynamic adaptation to meet major technological tasks [2] - Traditional disciplines need to transition towards digitalization and intelligence, fostering fields like smart manufacturing [2] - Interdisciplinary integration is essential, as demonstrated by Tsinghua University's establishment of the Brain and Cognitive Science Institute, which combines psychology, biology, and computer science [2] Group 2: Research Project Quality - Emphasis on selecting high-quality research topics by encouraging researchers to engage with industry to identify practical challenges [3] - A strict quality control system should be established to ensure research projects meet planned objectives and standards [3] - A diversified revenue distribution model is recommended to incentivize researchers through equity or cash rewards from technology transfer [3] Group 3: Talent Cultivation Support System - The "four-chain integration" model is proposed as a foundational logic for talent cultivation, with the talent chain being central to this system [4] - Differentiated strategies should be implemented at various educational stages to develop versatile talents suited for new productive forces [4] - Innovation chains should be supported through research funds and platforms to encourage cutting-edge scientific research [4] Group 4: Industry Collaboration - Universities should collaborate with enterprises to establish practical training bases, ensuring that education aligns with industry needs [5] - Government support through industry funds can create more job opportunities in emerging sectors [5] - Companies can partner with universities for research projects, providing funding and equipment to enhance talent development [6] Group 5: Digital Empowerment - Development of intelligent teaching platforms using machine learning to customize learning paths for students [7] - Establishment of cloud laboratories to digitize traditional lab functions, allowing remote access and operation [7] - Optimizing higher education management through blockchain technology to ensure research transparency and integrity [7]

第二十三届中国MBA发展论坛举行 共探人工智能时代管理教育变革路径 中新网西安10月20日电 (阿琳娜 陈圆)第二十三届中国MBA发展论坛19日在西安开幕，来自全国多所高 校的专家学者、领军企业的管理精英、MBA师生及校友代表齐聚一堂，围绕"洞见未来：AI重塑MBA 创新发展与产教融合"主题，共探人工智能时代管理教育的变革路径与产业协同之道。 西安电子科技大学副校长朱文凯表示，西电MBA项目历经近二十年的发展，通过"创新驱动、实践导 向、跨学科融合"的教育模式，形成了独特的"技术+管理"人才培养特色，已培养出2000余名具有"技术 +管理"复合能力的精英人才。面对AI浪潮，学校将持续深化产教融合、校企协同，着力培养具有家国 情怀、全球视野、创新精神和实践能力的高层次管理人才，切实服务国家重大战略需求与区域经济社会 发展。 广告等商务合作，请点击这里 开幕式后的主论坛上，六位跨领域嘉宾从MBA价值重构、产业实践、教育创新等维度，勾勒出MBA教 育与AI融合的全景图。 据介绍，中国 MBA发展论坛自2000年在清华园发起、北京大学举办首届以来，已走过25载春秋。22届 论坛的成功举办，见证了中国MBA教育从起步到 ...

Group 1 - Nike's collaboration with Tsinghua University has resulted in the renovation of the West Playground, utilizing sustainable materials from the "Old Shoes New Life" program, which recycled 264,000 pairs of old shoes [1] - The design of the renovated playground incorporates elements of speed and the spirit of victory, reflecting the shared vision of both parties for the future of sports [1] - Since 2009, Nike has been supporting the development of Tsinghua's track and field team and has engaged with students through various activities, including observing training sessions [1] Group 2 - Nike and Tsinghua University are conducting a joint research project focusing on the impact of environmental factors, such as high temperatures, on athlete health and performance [2] - The collaboration has expanded over the years to include various initiatives related to sustainable development, such as the "Carbon Neutrality Industry-Academia-Research Integration Special Program" and the "Tsinghua-Nike Sustainable Development Leadership Program" [2] - The ongoing partnership aims to create practical sports guidelines in the context of climate change [2]

Core Points - Former president of Shandong University of Science and Technology, Zeng Qingtian, has been appointed as the president of Agricultural Bank of China’s subsidiary, Nongyin Financial Technology Co., Ltd. (Nongyin Jin Ke) [1][5] - The appointment follows the announcement of Zeng's removal from his position at the university by the Shandong Provincial Government [2] Company Overview - Nongyin Jin Ke, established in July 2020 with a registered capital of 600 million yuan, is a wholly-owned subsidiary of Agricultural Bank of China, located in Tongzhou District, Beijing [3] - The company focuses on providing information technology services, technology output, and innovative technology research to both internal and external clients of the Agricultural Bank Group [3][4] - Nongyin Jin Ke is part of the Agricultural Bank's technology governance structure, which includes "one bureau, two centers, and one company," and aims to become a leading digital ecological financial technology company [4] Financial Insights - In 2024, Agricultural Bank of China plans to invest a total of 24.97 billion yuan in information technology, which will account for 3.51% of the bank's total operating income [4] - As of the end of 2024, the number of personnel engaged in technology and digital management at the bank is expected to reach 27,561, representing 6.1% of the total workforce [4]