Core Viewpoint - Beijing University of Technology (BJUT) is actively enhancing its role in technology transfer and innovation to support the development of Beijing as an international technology innovation center, leveraging its unique position as a high-level research university in China [1][6][10]. Group 1: Technology Innovation and Transfer - BJUT has implemented a series of initiatives to improve the efficiency of technology transfer, addressing common challenges faced by universities in this area [1][6]. - The university has established a smart optimization platform for urban wastewater treatment, showcasing the integration of multiple disciplines such as control, artificial intelligence, and environmental science [1]. - BJUT has introduced concepts like "hydrogen regenerative medicine" and "hydrogen beauty," with several patents filed for related technologies, indicating a strong focus on cutting-edge research [1]. Group 2: Global Collaboration and Events - The 2025 Global University Technology Transfer Promotion Conference was held at BJUT, attracting participation from 158 universities and 520 enterprises across Asia, Europe, and North America, highlighting the university's role in fostering global academic exchange [4][6]. - BJUT has hosted the conference for three consecutive years, continuously improving its quality and outreach to enhance technology transfer effectiveness [6]. Group 3: Institutional Reforms - BJUT is a pilot institution for empowering researchers, having adopted a "power first, then transfer" reform model that incentivizes faculty to engage in technology transfer by granting them ownership of intellectual property [7][9]. - The establishment of the Technology Transfer Center and National University Science Park is part of BJUT's strategy to enhance the technology transfer mechanism and support innovation [9]. Group 4: Innovation Ecosystem Development - The "Shanhe Wanggu" innovation district, developed in collaboration with local government and enterprises, aims to create a vibrant innovation ecosystem in the southeastern part of Beijing, focusing on artificial intelligence applications [10][12]. - The innovation district consists of a core area for original technology development, a pilot area for technology transfer, and an industrial area for product development, promoting a synergistic approach to technology commercialization [12][13]. Group 5: Future Goals and Strategic Vision - BJUT aims to contribute significantly to the construction of Beijing as a major global scientific center and innovation hub by integrating education, technology, and talent development [13]. - The university plans to leverage its new campus construction opportunities to strengthen its role in national strategic technology initiatives and enhance its impact on regional technology transfer [13].

作为2025中关村论坛年会的重要组成部分，中关村国际技术交易大会"全球高校科技成果转化促进大会"近日在北 京工业大学奥林匹克体育馆举办。除了信息量"爆炸"的3场主题论坛外，现场观众把眼光和镜头对向全球高校科技 成果转化主题展。 在该主题展综合展区的正前方，是一个服务京津冀城市水环境治理的城市污水处理全流程智能优化运行平台。在 北京工业大学智慧环保北京实验室里，这个平台连接着数十公里外的污水处理厂，工作人员通过操作调控，污水 在程序控制中逐渐净化，最后由废水变为生活用水。 让本已失去应用功能的水变成可以用的再生水，这是件利国利民的事。在这条路上，北京工业大学党委副书记乔 俊飞带着团队走了二十多年。二十多年前，污水处理过程控制在国内还是"学术荒漠"，城市污水治理是个难题， 运行不稳定且成本高。经过近些年的艰苦攻关，形成了一些新技术并得以运用。 在污水处理中，如何让处理成本更低，怎么才能使污染物排放更少，是个永久的课题。近日，乔俊飞在接受新京 报记者专访时表示，人工智能（AI）在完成污水处理调控任务中展现强大的能力和优势，是打好污染防治攻坚战 的利器。"只要有人类存在，污染治理这个事业就永无止境。" 北京工业大学党 ...