借鉴国内外教改经验，结合大湾区供应链优势，逐步形成自主新工科教育体系。以"创业浓度"为导向检 验学生能否创业，是新工科教育的关键。 2月24日，农历新年开工第一天，广东省在广州召开全省高质量发展大会。XbotPark机器人基地发起 人、深圳科创学院院长、香港科技大学教授李泽湘在会上分享了近年探索成果。 2014年，为了破解"教授创业成功是小概率事件"这一困局，李泽湘带队在东莞创办松山湖机器人基地， 体系化培养C端学生创业者，并与广工大、东莞理工合作将机器人比赛纳入课程。 2021年后各地平台孵化的114家初创公司，2024年销售额1.39亿元，2025年达7.84亿元，增长5.6倍。 "我们连续两年组织40余家初创公司参加美国CES展，反响热烈。我们在全球知名众筹平台Kickstarter的 平均众筹金额达180万美元，是平均水平的70多倍。" 李泽湘认为，从港科大3126实验室到哈工深教改班，再到各基地，累计孵化超270家硬科技企业，总估 值超3500亿元，其中4家上市，12家成为独角兽或准独角兽，但这只是一个新时代的开端。 "传统制造业转型升级是一项长期的系统工程。"李泽湘说。 采写：南都N视频记者 赵青 ...

炒股就看金麒麟分析师研报，权威，专业，及时，全面，助您挖掘潜力主题机会！ '大疆教父'，正在成为IPO发动机 来源：豹变 '核心提示' 本月两次IPO，三十年两百多个项目，智能硬件创新大潮背后的湖南男人。 作者 | 张经纬 编辑 | 邢 昀 2025年岁末，有两家硬科技公司接连叩响资本市场大门。 2025年12月19日，希迪智驾登陆港交所，成为"自动驾驶矿卡第一股"。不久后的12月30日，卧安机器人 也将挂牌上市，成为"AI具身家庭机器人第一股"。人工智能硬件"下得矿场，上得楼房"的背后总有一个 身影，就是被称为"大疆教父"的李泽湘。 2017年李泽湘与德州仪器原高管马潍博士共同创立希迪智驾，而2015年成立的卧安机器人则有12.98% 的股份来自李泽湘控制的实体。 身兼教授、创业者和投资人的李泽湘对中国硬件科技发展的影响由来已久。从"机器人大赛"到新工科教 育，从科技孵化基地到天使投资基金。这么多年以来，他是如何去行动和思考的，又是什么支持着他始 终与机器人"硬碰硬"的呢？ "大疆教父"，批量扶持创业者 李泽湘的投资哲学，根植于其工程师底色与产业视野，他一直专注智能硬件在各种领域的应用，试图寻 找并赋能那些 ...

Group 1 - The conference on the AI and robotics industry in the Guangdong-Hong Kong-Macao Greater Bay Area highlighted the importance of new engineering education in cultivating innovative talents and enhancing product and enterprise iteration [1] - The unique supply chain advantages of the Greater Bay Area are emphasized, with iteration speeds reaching 10 to 30 times that of Silicon Valley and costs only one-tenth of Silicon Valley [3] - The focus on consumer-oriented (To C) product innovation is seen as a key driver for the manufacturing sector in the Greater Bay Area, contrasting with technology-driven business-to-business (To B) products [3] Group 2 - The emergence of young entrepreneurs like DJI and Yunji is noted as a solid foundation for the development of "new manufacturing," which aims to cultivate local consumer brands and upgrade low-end industries [4] - A shared factory initiative has been established to provide over 100 startups with one-stop services from concept validation to mass production, facilitating the transition from technology to product [4] - The gap between domestic education and industry needs to be bridged through platform building and reform in new engineering education, which has been implemented through project-based learning [5] Group 3 - The project-driven, interdisciplinary collaboration and real-world scenario orientation are identified as the core of new engineering education, essential for closing the loop from education to entrepreneurship and from technology to product [6] - The success of students in creating companies like DJI is attributed to the skills gained through project-based courses, supported by the efficient supply chain and application ecosystem in Shenzhen [6]

Core Insights - The conference on AI and robotics in the Guangdong-Hong Kong-Macao Greater Bay Area emphasizes the importance of new engineering education in cultivating innovative talent and enhancing product and enterprise iteration [1][6] - The unique supply chain advantages of the Greater Bay Area are highlighted, with iteration speeds reaching 10 to 30 times that of Silicon Valley and costs only one-tenth [3][4] - The focus on consumer-oriented (To C) product innovation is seen as a key driver for the manufacturing sector in the Greater Bay Area, contrasting with technology-driven business-to-business (To B) products [3][4] Supply Chain and Innovation - The lack of supply chain resources can hinder the practical application of innovative education, necessitating a full-chain support system including materials and chips [3] - The Greater Bay Area's supply chain is described as the most unique globally, providing a solid foundation for manufacturing and innovation [3][4] - The region has transitioned from a contract manufacturing model to developing its own consumer brands, leveraging its complete industrial chain [4] New Manufacturing and Startups - Emerging startups like DJI and Yunji are recognized for laying a strong foundation for "new manufacturing," which focuses on nurturing local consumer brands [4] - A shared factory initiative has been established to support startups with a one-stop service from concept validation to mass production, with over 100 companies already participating [5] Educational Reform - The gap between academia and industry is identified as a significant challenge, necessitating reforms in engineering education to better align with market needs [6][7] - A project-based learning model has been implemented in engineering education, emphasizing real-world applications and market-driven problem-solving [6][7] - The importance of role models in education is underscored, with examples of successful entrepreneurs inspiring students to define their own projects rather than following traditional methods [6][7]

Core Insights - The BEYOND Expo 2025 showcased various tech companies, with a notable presence from XbotPark and over 20 enterprises led by Li Zexiang, highlighting advancements in smart hardware across multiple sectors [1][2] Group 1: Company Highlights - Participating companies included Xiyang Technology, Jicui Innovation, and others, demonstrating innovations in smart sports, health, pet care, and entertainment [2] - Li Zexiang, founder of XbotPark, emphasized the evolution of Chinese entrepreneurs who are now creating entirely new product categories, moving away from imitation [3][4] - XbotPark has successfully incubated over 60 startup teams with an 80% survival rate from 2014 to 2020, with 15% evolving into hard-tech unicorns [4] Group 2: Educational Initiatives - Li Zexiang has been exploring new engineering education to bridge the gap between traditional education and industry needs, establishing XbotPark as a systematic entrepreneurial platform [4][6] - Collaborations with various universities across China aim to create innovation ecosystems and enhance smart manufacturing talent [6] Group 3: Market Trends - By 2025, 20 companies from the XbotPark ecosystem are set to launch crowdfunding campaigns, with a total of 29 projects raising over $50 million on platforms like Kickstarter and Indiegogo [5] - The average funding per project reached $1.8 million, indicating a strong market interest in hard-tech innovations [5]