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近日，山东轻工职业学院经党政联席会议研究决定，正式聘请 GRAEFF（格拉夫）总裁吴浩博士担任学校客座教授，聘期自 2026 年 1 月 1 日至 2028 年 12 月 31 日。此次受聘，既是学校对吴浩博士在传感器领域深厚的技术积淀、前沿的产业实践成果的高度肯定，也彰显了 GRAEFF（格拉夫）作为行业领军企业的技术领先性与产教融合价值，将以产业专家资源赋能学校学术研究与人才培养质效的升级。
关于山东轻工职业学院
山东轻工职业学院创办于 1960 年，是山东省教育厅主管、淄博市人民政府主办的公办全日制普通高等职业院校。学校以轻工纺织为核心特色，聚焦新一代信息技术、智能制造、现代服务业等产业领域构建专业体系，是山东省优质高等职业院校、山东省技能型人才培养特色名校。学校深耕 “产教对接、工学结合” 办学模式，建有各类实习实训基地，与多家行业企业开展深度合作，开设校企合作订单班，为区域轻工产业及相关领域培育了大量高素质技术技能人才，获评 “山东省校企合作示范院校” 等荣誉，是区域产业人才培育与产教融合的重要平台。
关于吴浩博士
作为传感器行业的传奇领军者，吴浩博士是身兼高工、产业教授的 “工匠型” 企业家与技术专家，更是传感器行业的传奇领军者：
深耕行业数十年
16 岁便扎根传感器生产一线，兼具企业掌舵者与技术实践者的双重身份，身兼全国压力计量技术委员会委员、上海市计量测试学会在线测试专业委员会主任委员等十余项行业要职，参与审定数百项国家 / 行业标准与检定规程，为行业规范发展提供专业支撑；
技术突破国际垄断
带领团队攻克多项 “卡脖子” 技术，研发出国内首款无汞填充环保型高温熔体压力传感器（打破国际垄断，解决汞污染隐患，疫情期间助力熔喷布生产与环保口罩核心材料供应）、全球首款 AI 智能型高温熔体压力传感器（集成人工智能算法，提升测量精度与稳定性，优化工业压力监测解决方案），设计的《高温熔盐传储热系统熔盐压力测量高温压力传感器》荣获第六届中国（上海）发明创新展览会银奖、第三十四届上海市优秀发明选拔赛铜奖，在高温熔盐传储热领域极具应用价值；
专利与标准双引领
手握近 200 项传感器相关国家专利，覆盖结构设计、智能算法、环保材料应用等多领域，同时参与起草《压力传感器》《压阻式压力传感器》《压力变送器》等多项国家标准与规程，为行业质量提升与技术创新筑牢基础；
产业应用赋能升级
以 GRAEFF（格拉夫）为核心平台，推动传感器与物联网技术深度融合，开发智慧消防、智慧农业、智慧环卫等解决方案，助力城市数字化转型；
将创新技术广泛应用于塑料、化纤、橡胶、石油化工等工业领域，为全球客户提供高精度传感器解决方案，显著提升中国传感器企业的国际竞争力；
学术成果惠及行业
出版学术专著《智能压力传感器：理论与前沿实践》，系统梳理基础理论、核心技术与未来趋势，被誉为智能传感领域的 “干货宝典”，为行业从业者提供重要理论指导与实践参考。
个人曾揽获 “中国十大经济创新人物”“上海市智慧工匠”“长三角 G60 科创走廊青年创新创业英才” 等多项重磅荣誉，其技术成果与行业贡献获得广泛认可。
未来，吴浩博士将携 GRAEFF（格拉夫）的技术与产业资源，参与学校教学与学科建设，链接企业前沿技术与课堂，共育 “懂技术、通产业” 的人才，同时为 GRAEFF（格拉夫）储备专业力量，双向助力轻工产业智能化升级。
关于GRAEFF（格拉夫）
GRAEFF（格拉夫）是一家专注于压力传感器、温度传感器、熔体压力传感器、智能传感器、流量传感器、智能传感器、位移传感器、液位传感器、压力温度控制仪表、压力表、压力与温度校验系统以及自动化控制系统研发、生产和销售的英国跨国公司。
Recently, following a decision made at the joint Party and government meeting of Shandong Vocational College of Light Industry, Dr. Wu Hao, President of GRAEFF, has been officially appointed as a visiting professor of the college, with a term from January 1, 2026 to December 31, 2028. This appointment not only represents the college's high recognition of Dr. Wu Hao's profound technical accumulation and cutting-edge industrial practice achievements in the sensor field, but also highlights the technological leadership and the value of industry-education integration of GRAEFF as a leading enterprise in the industry. It will empower the upgrading of the quality and efficiency of the college's academic research and talent training through industrial expert resources.
About
Shandong Vocational College of Light Industry
Founded in 1960, Shandong Vocational College of Light Industry is a public full-time regular higher vocational college administered by the Shandong Provincial Department of Education and sponsored by the People's Government of Zibo City. Taking light industry and textiles as its core characteristics, the college focuses on industrial fields such as new-generation information technology, intelligent manufacturing, and modern service industry to establish a professional system, and it is a high-quality higher vocational college in Shandong Province as well as a distinctive famous school for cultivating skilled talents in the province. Adhering to and deepening the school-running model of "integration of industry and education, combination of work and study", the college has established various internship and training bases, carried out in-depth cooperation with many industry-leading enterprises, and launched school-enterprise cooperative order classes; it has cultivated a large number of high-quality technical and skilled talents for the regional light industry and related fields, been awarded honors such as "Shandong Provincial Model College for School-Enterprise Cooperation", and serves as an important platform for regional industrial talent training and industry-education integration.
About Dr. Wu Hao
As a legendary leader in the sensor industry, Dr. Wu Hao is a "craftsman-style" entrepreneur and technical expert holding the dual titles of senior engineer and industry professor, standing out as an iconic pioneer in the field.
Decades of In-Depth Industry Experience
Rooted in the frontlines of sensor production since the age of 16, he assumes dual roles as an enterprise leader and technical practitioner. Holding over ten key industry positions—including Member of the National Technical Committee on Pressure Metrology and Director of the Online Testing Professional Committee of the Shanghai Society of Measurement and Testing—he has participated in the review and approval of hundreds of national/industry standards and verification regulations, providing professional support for the standardized development of the industry.
Technological Breakthroughs Breaking International Monopolies
Leading his team to tackle numerous "bottleneck" technologies, he has developed China’s first mercury-free environmentally friendly high-temperature melt pressure sensor (breaking international monopolies, addressing mercury pollution risks, and supporting melt-blown fabric production for eco-friendly mask core materials during the pandemic) and the world’s first AI-enabled intelligent high-temperature melt pressure sensor (integrating AI algorithms to enhance measurement accuracy and stability, optimizing industrial pressure monitoring solutions). His design "High-Temperature Pressure Sensor for Molten Salt Pressure Measurement in High-Temperature Molten Salt Energy Storage and Heat Transfer Systems" won the Silver Award at the 6th China (Shanghai) Invention and Innovation Exhibition and the Bronze Award at the 34th Shanghai Excellent Invention Selection Competition, boasting significant application value in the high-temperature molten salt energy storage and heat transfer field.
Dual Leadership in Patents and Standards
Holding nearly 200 national patents related to sensors, covering structural design, intelligent algorithms, and application of environmentally friendly materials, he has also participated in drafting multiple national standards and regulations such as Pressure Sensors, Piezoresistive Pressure Sensors, and Pressure Transmitters, laying a solid foundation for industry quality improvement and technological innovation.
Industrial Application Empowering Upgrading
Taking GRAEFF as the core platform, he promotes the in-depth integration of sensor and IoT technologies, developing solutions for smart fire protection, smart agriculture, and smart environmental sanitation to support urban digital transformation. His innovative technologies have been widely applied in industrial fields including plastics, chemical fibers, rubber, and petrochemicals, providing high-precision sensor solutions to global customers and greatly enhancing the international competitiveness of Chinese sensor enterprises.
Academic Achievements Benefiting the Industry
He published the academic monograph Intelligent Pressure Sensors: Theory and Cutting-Edge Practices, systematically sorting out basic theories, core technologies, application scenarios, and future trends. Hailed as a "practical masterpiece" in the intelligent sensing field, it provides important theoretical guidance and practical references for industry practitioners.
Personally, he has won numerous prestigious honors such as "China Top 10 Economic Innovation Figures", "Shanghai Smart Craftsman", and "Young Innovation and Entrepreneurship Talent of the Yangtze River Delta G60 Science and Technology Innovation Corridor", with his technological achievements and industry contributions widely recognized.
In the future, Dr. Wu Hao will, together with GRAEFF’s technological and industrial resources, participate in the school’s teaching and discipline development, bridge the gap between cutting-edge enterprise technologies and classroom teaching, and jointly cultivate talents proficient in technology and knowledgeable about the industry. Meanwhile, he will reserve professional talent for GRAEFF, bidirectionally empowering the intelligent upgrading of the light industry.
About GRAEFF
GRAEFF is a British multinational company specializing in the research and development, production and sales of pressure sensors, temperature sensors, melt pressure sensors, intelligent sensors, flow sensors, displacement sensors, liquid level sensors, pressure and temperature control instruments, pressure gauges, pressure and temperature calibration systems, and automation control systems.
