Group 1 - Shanghai Electric Power University has eliminated seven low-employment traditional majors and added ten new majors, including Energy Storage Science and Engineering, to align with industry needs [2][3] - The university aims to break down "disciplinary silos" and create a new talent cultivation ecosystem that integrates demand, training, employment, and development [2][3] - The professional setting is shifting from a discipline-based approach to an industry-demand-based approach, ensuring a precise match between talent supply and industry needs [2][3] Group 2 - Shanghai Electric Power University has developed an "industry talent demand map," indicating a job gap of over 20,000 positions in six critical areas, including energy storage and offshore wind power, over the next five years [3] - The university is accelerating professional layout adjustments and structural optimization based on frontier fields and industry development needs [3] Group 3 - Shanghai Electric Machine College has established a "dual mentor" system, combining enterprise engineers and internal faculty to ensure that educational content matches industry needs in real-time [4] - The teaching approach includes practical skills transfer from enterprise mentors and feedback collection from academic mentors to optimize the teaching plan dynamically [4] Group 4 - Shanghai Electric Power University collaborates with over 100 enterprises to develop 48 joint courses and a series of virtual simulation courses covering 70% of engineering majors [6] - The university has implemented a "1+1+1.5+0.5" work-study model, allowing students to engage in core skill training and practical integration from their junior year [6] Group 5 - The evaluation system has been reformed to include enterprise assessments, with plans to replace credit systems with a competency-based scoring system, where enterprise evaluations account for 40% of the assessment [7] - The new evaluation mechanism aims to ensure comprehensive coverage of student internships and provide a scientific assessment of their performance [7] Group 6 - Companies appreciate the "early involvement and joint cultivation" approach, which helps them identify potential talent earlier and increases students' job stability and professional identity [8]

记者 洪俊杰 胡文容指出，加强基础研究是实现高水平科技自立自强的迫切要求，是建设世界科技强国的必由之 路，也是深入推进上海国际科创中心建设、增强科技创新策源功能的重中之重。要深入贯彻党的二十届 四中全会精神，按照市委部署要求，进一步坚定目标方向，充分发挥战略科学家的主导作用、新型研发 机构的带动作用，强化面向重大科学问题开展协同攻关，打造培育新质生产力的策源地。要进一步深化 机制创新，强化系统性组织保障，持续加强人才引进和培育，形成有利于潜心科研的制度体系，激发更 多"勇闯无人区"的先行者。要进一步营造创新氛围，以先行区为标杆，大力弘扬科学家精神，推广长周 期评价和稳定支持模式，积极打造尊重科学、尊重人才的新生态。市政协将继续发挥专门协商机构作 用，持续围绕基础研究关键环节和重点问题组织建言，希望广大政协委员继续关注、支持上海基础研究 工作，助力上海基础研究先行区建设取得新的突破。 市政协副主席钱锋主持座谈会。 11月20日，市政协围绕"发挥高校基础研究先行区示范作用，营造符合创新规律的科研生态情况"专 题开展年末委员视察，市政协主席胡文容参加。 委员们实地考察了上海海洋大学，并开展座谈交流，市教委、市科委、 ...

11月20日，国家中医药管理局发布《关于高等学校设置事项的公示》：根据《中华人民共和国高等教育法》《普通本科学校设置暂行规定》等有关法 律法规，经组织专家指导、考察、评议，拟按程序向教育部申报设立中国中医科学院大学(暂名)，现予以公示。公示时间为2025年11月20日至11月26 日。 公示信息显示，该大学的建校基础为中国中医科学院研究生院，举办者为国家中医药管理局，办学地点为江苏省苏州市。拟申报类型为普通本科。 解读：被称为"最强地级市"，苏州缺什么？两个"标准答案"，一是机场，二就是大学。此前曾有观点指出，近现代高等教育体系构建时，苏州未被纳 入国家重点高校布局。从全国来看，省级教育资源大多高度集中于省会城市，地级市在资源配置中话语权不足。以苏州为例，全市仅有苏州大学一所 本土独立办学的"双一流"高校。 近年来，随着人口红利对经济发展刺激的减弱，传统产业尤其是制造业因此增长趋缓。创新驱动成为中国经济的新引擎，适应城市经济发展新要求的 人才成为"香饽饽"。作为人才"培养皿"，大学的重要性愈发凸显。 2021年9月，苏州明确未来五年工作的重点任务和主要举措，提出高等教育资源"跃升计划"——到2025年，实现" ...

Core Viewpoint - The Chinese Academy of Sciences University has officially renamed its Aerospace College to the Interstellar Navigation College, which has sparked widespread discussion and interest among students and the public [1][5]. Group 1: Announcement and Confirmation - A notification regarding the renaming was circulated online, and a staff member from the university confirmed its authenticity on November 21 [1]. - The specific details regarding the official unveiling of the new name are not yet available [1]. Group 2: Student Reactions - A student initially thought the news was a hoax but later confirmed the change through the course selection system, noting that discussions about the renaming were prevalent in astronomy-related student groups [5]. - The course schedule screenshot shared by the student shows the new name "Interstellar Navigation College" as an official course unit [6]. Group 3: Historical Context - The renaming may be linked to Qian Xuesen's work, as he taught a course titled "Introduction to Rocket Technology" in the early 1960s, which was later published as "Introduction to Interstellar Navigation" [7]. - As of the time of reporting, the university's official website still listed the college under its previous name, "Aerospace College" [7].

Core Points - The Chinese Academy of Sciences and the Chinese Academy of Engineering announced the selection results for 2025, with a total of 144 new academicians, including 4 faculty members and 4 alumni from Shanghai Jiao Tong University [1][3][5]. Group 1: Selection Results - Shanghai Jiao Tong University has added 11 academicians from the two academies in the past five years as part of its talent development strategy [5]. - The newly elected academicians from Shanghai Jiao Tong University include: - Zhang Wanbin, a professor from the School of Chemical Engineering and Technology, and Fang Jingyuan, a professor from Renji Hospital, elected as academicians of the Chinese Academy of Sciences [6]. - Zhang Wenjun, a professor from the School of Integrated Circuits, and Sun Baode, a professor from the School of Materials Science and Engineering, elected as academicians of the Chinese Academy of Engineering [6]. Group 2: Alumni Achievements - Notable alumni elected include: - Deng Hongkui, a professor at Peking University, elected as an academician of the Chinese Academy of Sciences [7]. - Wu Kai, chief scientist at Contemporary Amperex Technology Co., Limited (CATL), and Chen Yong, chief engineer at Commercial Aircraft Corporation of China, elected as academicians of the Chinese Academy of Engineering [7].

招标公告的"用户需求"显示，本次采购主要为浙江大学提供优质的学生宿舍租赁服务，交通便利，周边 无易燃易爆、高噪音等影响学生居住的场所，租赁楼宇总床位不少于3000张，且包含3000个床位楼宇应 在同一区域（园区/小区），与周边建筑可物理分割为一个独立的学生宿舍区，单个房间最多安排4人住 宿。其建筑物用途须满足学生宿舍相关国家规范、标准的要求，满足学生入住的各项安全要求。租赁房 源地理位置需满足直线距离浙江大学紫金港校区5公里以内的要求。投标人所提供宿舍楼内需含有卫生 间、淋浴间、盥洗室、晾晒空间、洗衣房、活动室、值班室、楼长室等基本配置，家具设备配置数量应 满足采购人安排入住人数日常使用需要，包括但不限于以下家具设备：学生公寓床、学习椅、独立储物 柜、空调、热水器、智能水表/电表、各类五金、洁具、置物架、办公桌等，所有设备家具应符合国家 环保及质量和安全标准。 浙江大学之外，近期还有多所高校租房作学生宿舍。其中，根据中国政府采购网11月7日发布的《中国 石油大学（北京）宿舍租赁项目（二次）成交公告》。该项目的服务时间为3年，供应商为北京手表厂 有限公司。根据公告中的附件显示，为满足住宿需求，该校计划租赁校本部 ...

Core Viewpoint - The article discusses the significant increase in the number of doctoral students in China, highlighting a shift in educational strategy to meet the demands of innovation and technology development in the country [2][3][9]. Group 1: Doctoral Enrollment Trends - Shanghai Jiao Tong University is projected to enroll 5,000 doctoral students by 2026, surpassing the number of undergraduate students for the first time [2]. - The number of doctoral students in China has exploded, with Tsinghua University having 1.4 times more doctoral students than undergraduates, and the University of Science and Technology of China at 1.6 times [3]. - In 2024, China enrolled 171,100 doctoral students, an increase of 11.6% year-on-year, while master's and undergraduate enrollments grew by only 3.2% and 2.46%, respectively [4]. Group 2: Strategic Reasons for Expansion - The rapid increase in doctoral enrollment is a response to the shift from quantity to quality in economic growth, emphasizing the need for innovative talent amid global technological competition [9][10]. - The demand for doctoral talent is driven by national strategic projects, with over 80% of doctoral enrollments in science and engineering fields, reflecting a direct correlation with innovation needs [10][11]. Group 3: Challenges Faced by Doctoral Students - A survey indicated that Chinese doctoral students have the lowest satisfaction rates globally, with many working over 80 hours a week, leading to high levels of stress [12]. - The employment rate for doctoral graduates in Shaanxi Province was reported at 76.68%, lower than that of undergraduates, indicating challenges in job placement [12][13]. Group 4: Future Outlook and Policy Support - The Chinese government has recognized the importance of doctoral education, with recent policies aimed at expanding graduate education and increasing the proportion of doctoral students [13][14]. - The article draws parallels between the current doctoral expansion and past infrastructure investments, suggesting that successful integration of doctoral training with industry needs is crucial for future innovation [14].

Core Points - The 2025 election results for academicians of the Chinese Academy of Sciences and the Chinese Academy of Engineering were announced, with 73 and 71 academicians elected respectively [1] - Guangdong province added 9 new academicians, including 2 from the Chinese Academy of Sciences and 6 from the Chinese Academy of Engineering, along with 1 foreign academician [1] Group 1: New Academicians - Zeng Musheng, Deputy Director of the Tumor Prevention and Treatment Center at Sun Yat-sen University, was elected as an academician of the Chinese Academy of Sciences, recognized for his significant contributions to research on EB virus and nasopharyngeal carcinoma [1] - Xia Haiping, a professor at Southern University of Science and Technology and Executive Dean of the Shenzhen Grabs Institute, was elected as an academician of the Chinese Academy of Sciences, noted for his achievements in organic chemistry and multiple prestigious awards [2] - Chen Xin, a professor at Guangdong University of Technology, was elected as an academician of the Chinese Academy of Engineering, recognized for his innovations in precision electronic manufacturing and significant contributions to technology transfer [3] - Yang Zhongmin, Vice President and President of South China Normal University, was elected as an academician of the Chinese Academy of Engineering, with research focused on fiber laser technology and special optical fiber materials [3] - Xu Ruihua, Director of the Tumor Prevention and Treatment Center at Sun Yat-sen University, was elected as an academician of the Chinese Academy of Engineering, known for his advancements in gastrointestinal cancer treatment and clinical research [4] - Huang Yudong, Vice President of Harbin Institute of Technology, was elected as an academician of the Chinese Academy of Engineering, recognized for his work in polymer materials and key technologies for national strategic needs [5] - Zhu Shiping, Vice President of Hong Kong University of Science and Technology (Shenzhen), was elected as a foreign academician of the Chinese Academy of Engineering, noted for his contributions to polymer engineering and extensive academic publications [6]

金秋的江苏科技大学长山校区，一场为2026届毕业生举办的秋季校园综合供需洽谈会如期举行。超400 家优质企业、18000个就业岗位，如微缩的"人才高地"吸引5000余名学子携梦而来。 这是江苏科技大学主动融入国家战略、以体系化布局促进学生高质量就业的缩影。"学校的就业工作， 是贯穿人才培养全过程的'一盘棋'。"江苏科技大学校长嵇春艳表示，"我们始终坚定不移服务国家所 需、聚焦行业所盼，以全员参与的强大合力，确保毕业生不仅能顺利就业，更能高质量就业。" 顶层设计，绘就"导航图" "船魂"引领，厚植家国情怀。学校以"船魂"精神为引领，构建"四步进阶"就业指导体系。通过就业指导 与动员会，专业负责人深入剖析行业前景。鼓励和引导毕业生响应国家号召，"到基层去、到祖国最需 要的地方去建功立业"。这种融入专业教育的"就业思政"模式，激发学生的报国热情和行业认同感，近 年来，学校90余名学子投身西部计划、乡村振兴计划。 产教融合，打通"快车道" 蓝图绘就，关键在行动。如何将"岗位"请进来，让"学生"走出去？江苏科技大学的答案是：不断创新机 制，推动教育链、人才链与产业链、创新链有机衔接。 "三维联动"，访企拓岗出新效。学校 ...

Core Viewpoint - Central South University has announced multiple government procurement intentions for scientific instruments, with a total budget of 111 million yuan for 31 items, indicating significant investment in advanced research capabilities [3][4]. Procurement Overview - The procurement includes high-throughput proteomics mass spectrometry systems, cell imaging multifunctional detection systems, single-point near-infrared transient absorption microscopy systems, 400 MHz nuclear magnetic resonance spectrometers, atomic force microscopes, and liquid chromatography-quadrupole time-of-flight mass spectrometry systems, with expected procurement time between July and November 2025 [4][5]. Specific Instrument Details - **High-throughput Proteomics Mass Spectrometry System**: This advanced analytical platform is designed for large-scale, high-efficiency protein analysis, capable of identifying and quantifying thousands of proteins in complex biological samples, aiding in disease biomarker discovery and drug target screening [5]. - **Single-point Near-infrared Transient Absorption Microscopy System**: Combines near-infrared spectroscopy with transient absorption microscopy to achieve high temporal resolution in monitoring the dynamics of excited states in materials, applicable in materials science and biomedical fields [6][7]. - **400 MHz Nuclear Magnetic Resonance Spectrometer**: Essential for organic compound structure identification and polymer materials analysis, requiring superconducting magnets with a field strength of at least 9.3 Tesla [11]. - **Atomic Force Microscope**: Provides high-resolution imaging of surface properties at the nanoscale, crucial for various scientific research fields [11]. - **Liquid Chromatography-Quadrupole Time-of-Flight Mass Spectrometry System**: Used for qualitative and quantitative analysis of trace components in complex samples, supporting research in drug metabolism and environmental monitoring [11]. Budget and Timeline - The total budget for the procurement is 111 million yuan, with specific allocations for each instrument, and the procurement is scheduled for mid to late 2025 [4][5].