学校创新推行"服务预约配送"模式，"大学工"团队将心理团辅、求职特训、学业帮扶、法治教育等服务 送进楼栋、送到学生身边，实现学生需求与服务供给的精准匹配。 为让专业实践与生活场景深度融合，机电工程学院"3D打印工坊"、动漫学院"定格动画工作室"、健康产 业学院"中医推拿体验馆"等一批校内实训资源纷纷进驻学生社区，让学生不出宿舍楼就能参与专业实 践、提升动手能力。 在校外协同方面，学校联动157家企业共建"产教实训微基地"，邀请企业工匠、技术骨干走进学生社区 开展技能讲座、实操指导和职业体验活动。学生党员和入党积极分子也积极走出校园，开展老年智能技 术帮扶、社区健康义诊、公益科普等志愿服务，累计服务社会群众超1000人次，实现了"服务学 生"与"服务社会"的双向奔赴。 为提升党建工作的针对性和实效性，学校成立由师生党员共同参与的党建联席会，建立"周研判、月会 商"机制，及时收集学生诉求、分析思想动态、解决实际问题。 在党员示范引领方面，学校实现党员责任区宿舍全覆盖，推行"1名生涯导师对接2个宿舍、1名学生党员 联系10名入党积极分子"的精准帮扶模式，从学业辅导到心理疏导，从职业规划到生活关怀，为学生提 供"点对 ...

Group 1 - The core mission of Kunshan Dengyun Technology Vocational College is to integrate party building with educational development, emphasizing the importance of political education and talent cultivation [1][2] - The college has established a three-tiered learning system to enhance political education, involving the party committee, party branches, and a theoretical study group [2] - The college has been recognized as a vice-chair unit of the Party Building Professional Committee of the China Private Education Association, receiving high praise from provincial evaluation experts [1] Group 2 - The college has implemented a joint decision-making mechanism involving party and administrative leaders to ensure that party leadership is integrated into all aspects of school governance [2] - A "Three All Education" system has been developed to promote ideological and political education, with initiatives such as integrating political education with local cultural experiences [2][3] - The college has established a comprehensive training program for party officials to enhance their capabilities and effectiveness [3] Group 3 - The college has initiated 27 joint party-building projects with local enterprises and institutions to strengthen the integration of education and industry [4] - Six industry colleges have been established to align educational programs with regional industrial needs, enhancing the employability of graduates [4] - The college has achieved high employment rates for graduates and has received accolades in national and provincial skill competitions, contributing to local industrial transformation [4]

Group 1 - The article highlights the integration of education and industry in Xinjiang, where vocational schools and universities are closely aligning their training programs with regional industrial needs to enhance local economic development [5][9][10] - Stone River University is actively promoting the transformation of scientific research into practical applications, particularly in the field of red date processing, which has led to the development of high-value products and improved income for local farmers [6][7][8] - The collaboration between educational institutions and enterprises has resulted in a significant increase in employment rates for graduates, with some vocational schools reporting a job placement rate of around 95% [10] Group 2 - The establishment of technology centers and research teams in production lines is a key strategy for enhancing the efficiency of technology transfer and addressing industry-specific challenges [6][7][8] - The vocational education system in the region is evolving to ensure that training programs are directly responsive to the skills required by local industries, thereby fostering a more effective talent supply chain [9][10] - The ongoing partnerships between educational institutions and businesses are creating a sustainable model for workforce development, ensuring that students are well-prepared for real-world job demands [10][12]

转自：贵州日报 贵阳日报融媒体记者 李春明 1月19日，落地花溪数据标注产业基地的贵州数创工场科技有限公司开业。开业仪式上，贵州大学与数 创工场签署校企合作协议及专利转让协议，标志着花溪区"高校科研+本地企业+产业基地"的数字产业 发展新生态初步成型，为区域数字经济高质量发展注入强劲动能。 花溪数据标注产业基地是花溪数字产业生态构建的新起点，也是花溪区在数字经济发展版图上落下的关 键一子。从决策布局到企业入驻，花溪区数据标注产业实现"从0到1"的实质性突破。 据了解，数据标注被视为人工智能产业的"基石"与"摇篮"。它通过人工对海量图片、文本、语音等进行 分类、标框、注释，为机器学习提供"养料"，属于典型的劳动密集型与知识密集型结合产业。拥有丰富 高校资源但大数据产业起步较晚的花溪区如何破局？ 速度是破局的关键要素之一。2025年3月，花溪区成立贵阳花溪智联数智科技服务有限公司，负责筹备 花溪数据标注产业基地。同年10月，花溪区政府举行专题会议，明确划转原启步溪湖国际幼儿园教学楼 作为基地及公司办公用房。短短数月，花溪区便完成了从规划到启动建设的关键跨越。 "速度背后是逻辑的契合。"柯启宇分析，数据标注企业的核 ...

2026年，联合体将重点打造"轮值——产教季谈"品牌活动，围绕异构集成与微系统、车规级芯片测试人 才发展等主题开展专题对接，持续完善实训课程、产业教材、实训基地和订单班建设，建立健全学习交 流与人才互派机制，进一步激发联合体在服务区域经济社会高质量发展中的创新效能。 会议期间，多项合作项目及成果集中落地：北京科技职业大学分别与北京芯力技术创新中心、国家新能 源汽车技术创新中心签署校企合作协议，共同开设"芯力订单班"与"国创中心订单班"，着力培养集成电 路封测与车规芯片测试领域的高端技能人才；北方工业大学集成电路产教融合基地、研究生工作站正式 揭牌，北方工业大学——胜科纳米就业实践实习基地同步成立；北京奕摩集成电路卓越工程师创新研究 院首任院长潘辉与北方华创共同向北京屹唐集成电路发展基金会捐赠奖学金，助力产业人才成长。 （来源：劳动午报） 转自：劳动午报 北京集成电路产教联合体2026年度工作大会近日在北京集成电路产教融合基地举行，会上发布2025年工 作成果和2026年工作计划。 2023年，在北京经济技术开发区管委会的指导下，北京科技职业大学作为牵头单位，联合在京高校、北 京集成电路产教融合基地及北京经济技 ...

推动产教融合高质量发展。青岛市总工会完善多元办学格局，"工匠学院联盟"成员共建集实践教学、创 新创业、社会培训、技术研发等服务于一体的专业化产教融合实训基地，研究设立100余个实用性专业 课程，聘任114名劳模工匠人才担任专业教师或实习导师，进一步优化专业师资群结构。 强力推进产才深度融合。青岛市总工会完善产业工人"订单式"培养，该联盟成员以市场为导向、以用人 单位为主体，共设专业、合办订单班和委培班，每年帮助不少于2000名一线职工、技能人才"求学圆 梦"。 搭建多维培训深造平台。青岛市总工会拓展"三个精神"教育赋能、职前成长增值赋能、岗位技能提升赋 能、职业素养综合赋能、安全健康保障赋能等五大产业工人职业发展全生命周期赋能框架，完善15项工 作规划、9项攻坚任务，助力更多产业工人由"工"变"匠"。转自《中工网》 （来源：劳动午报） 转自：劳动午报 山东青岛市总工会充分整合教育资源，发动已挂牌成立青岛工匠学院的4家高职院校和有影响力的5家头 部企业共同成立市级"工匠学院联盟"，指导5个区（市）分别建立区级"工匠学院联盟"，开启工会、院 校和企业三方共同开展职业技能培训和工匠人才培养的新模式，健全产业工人链条 ...

没有一棵树能在播下种子后瞬间长大。一棵小树苗，唯有深深扎根、缓缓向上，历经年年岁岁的淬炼，才能最终成长为枝繁叶茂的参天大树。一家企业 的成长，又何尝不是如此？ 在过去20多年间，迈越科技股份有限公司（以下称"迈越科技"）从一家在广西提供IT服务的初创企业，成长为广西少数拥有自主研发能力的全场景数智 化解决方案提供商，不仅在北京、深圳、成都、南宁、香港设有研发中心，还将业务开拓到更为广阔的东南亚市场。 "独行快，众行远。"迈越科技股份有限公司董事长李常青对此深有体会，他始终秉持开放合作的理念，行稳致远，进而有为。在与华为的合作中，双方 关系正随着数智化、智能化浪潮持续深化，从早期的"技术跟随"逐步转变为如今的"协同共创"，成为了真正意义上的同路人。 "最初，我们对华为的认知存在一定偏差，认为他们更倾向于自主销售，对合作伙伴的长期发展关注度较低，合作模式也多以单个项目为导向。"李常青 表示，"不过，2013年在共同实施一个存储项目时，彻底改变了我的看法。" 在共同服务客户期间，李常青亲眼见证了华为团队的敬业与执着：销售人员极具责任心，技术人员更是常常在深夜与迈越科技一同剖析客户需求、打磨 方案，最终成功推动了项目 ...

Core Insights - The pet medical industry is undergoing a transformation driven by technological innovation, professional talent support, and a cohesive industrial ecosystem [2][4][6] Group 1: Technological Innovation - The aging of pets and increasing health awareness among pet owners are leading to a rise in complex diseases such as malignant tumors and neurological disorders [12][13][15] - Traditional diagnostic methods face limitations, prompting a shift towards molecular diagnostic technologies, which enable precise screening for genetic diseases and targeted gene mutation detection for tumors [20][21] - Advanced imaging techniques, including high-frequency ultrasound, high-field MRI, and AI algorithms, achieve over 95% accuracy in identifying small lesions, facilitating a transition from experience-based to precision medicine [23][24][26] Group 2: Talent Development - There is a significant shortage of veterinary professionals, with a national gap of 300,000 veterinarians and a lack of specialized talent in areas such as ophthalmology and oncology [29][33] - The current educational system produces only 30% of graduates entering the pet clinical field, with traditional curricula lacking sufficient focus on pet diagnostics [35][36] - Proposed solutions include a three-dimensional model for team building, management, and training, emphasizing the need for practical, hands-on training and collaboration among team members [41][44][46] Group 3: Ecosystem Upgrade - The pet consumption market in urban China is projected to reach 300.2 billion yuan by 2024, with the Greater Bay Area accounting for 10% of national pet medical institutions, highlighting its potential as an investment hub [49][50] - Trends in the pet economy include high-end consumption, technological integration, and cross-industry collaborations, with significant growth expected in high-end food and specialized medical services [54][55] - The Greater Bay Area is positioned as a core engine for the pet medical industry, with a focus on specialized medical institutions and high-end veterinary hospitals as key investment areas [57][62]

Group 1 - The core viewpoint of the news is the collaboration between Gansu Architectural Vocational Technical College and Lanzhou University of Technology Engineering Testing Technology Co., Ltd. to enhance industry-education integration and promote employment through practical training [2][3][5] - The partnership aims to cultivate high-quality technical and skilled talents that meet the demands of the construction industry for high-quality development [3] - The collaboration will focus on establishing a comprehensive school-enterprise cooperation mechanism, emphasizing student internships, mutual exchange of faculty, and collaborative innovation between industry and academia [2][5] Group 2 - The initiative is part of Gansu Architectural Vocational Technical College's efforts to reform vocational education and deepen industry-education integration [5] - The cooperation is based on the principles of complementary advantages, resource sharing, and mutual development, aiming to expand cooperation areas and enhance collaboration levels [5]

（来源：新华日报） （作者单位：南京工业职业技术大学机械工程学院；本文系2021年度高校哲学社会科学研究一般项目 〈2021SJB0252〉研究成果、2024年度江苏省社会科学基金重点项目"数字化转型背景下江苏高职教育 与产业结构适应性提升路径研究"〈24JYA005〉阶段性成果） 从教育本质来看，职业行动能力培育打破了传统职业教育"重技能训练、轻综合素养"的局限，实现了 从"教会技能"到"赋能成长"的范式转变。职业教育与经济社会发展联系最紧密、服务最直接，职业行动 能力的培育正是这种"紧密联系"与"直接服务"的具象化体现，它既立足当下岗位需求，确保学生能够快 速胜任实际工作，又面向未来产业变革，赋予学生持续发展的核心能力。在数字化、智能化转型加速推 进的今天，制造业的柔性生产模式、服务业的数字化服务场景、新兴产业的跨界融合特征，都要求技术 技能人才必须具备动态适应能力，而职业行动能力的系统性培育，正是职业教育服务新质生产力发展的 核心抓手，是打通人才供给侧与产业需求侧"最后一公里"的关键所在。 打造"校企联培+场景浸润"协同培养机制。深化产教融合是落实党的二十届四中全会"推动科技创新和产 业创新深度融合"要 ...