From November 8 to 10, the First International Conference on Metrology and Standards was held in Hangzhou. The event was hosted by China Jiliang University, with joint sponsorship from Fudan University, Harbin Institute of Technology, Zhejiang University, and other institutions.
The conference focused on the theme of "Metrology, Measurement, and Standards in the Context of Intelligent Manufacturing," covering fields such as metrology science, standard formulation, precision measurement technology, and the development of high-end instruments. It explored the impact of emerging technologies such as artificial intelligence and the Internet of Things on the role of metrology standards in promoting sustainable social development. The event attracted over 180 experts, scholars, and graduate students from metrology institutions, universities, and research organizations from the UK, Germany, France, Russia, Spain, Hong Kong, and other countries and regions.
"In the context of intelligent manufacturing, we are facing unprecedented opportunities and challenges," said Dr. Alistair Forbes, Chair of the International Scientific Committee of the conference and Chief Scientist at the National Physical Laboratory (UK National Measurement Institute). He explained that this conference would not only focus on technical issues but also foster discussions on how international cooperation and interdisciplinary research can drive continuous development in this field. Dr. Forbes expressed his hope that the conference would provide a platform for participants to exchange ideas, share experiences, and deepen collaboration. He looked forward to collective efforts in seeking effective solutions to address key challenges in the field of metrology and standards, promoting international communication and cooperation, and contributing to the establishment of an efficient and reliable metrology and standards system that supports high-quality development across various industries.
"In the context of intelligent manufacturing, the measurement, measurement standards, and standards of geometric quantities are not only related to the latest developments in metrology science and standard formulation but also crucial to the high-quality development of global manufacturing and the construction of a sustainable future," stated Xu Jiangrong, Party Secretary of China Jiliang University. He emphasized that the university has a solid research foundation and rich teaching experience in fields such as metrology science, standard formulation, precision measurement technology, and the development of high-end instruments. The university is also actively exploring the integrated development of scientific and technological talent education, as well as the integration of industry, academia, research, and application. Notably, disciplines such as Instrument Science and Technology and Optical Engineering—referred to as "big instrument" fields—have not only trained a large number of outstanding talents for the country but also achieved significant results in scientific research and technological development.
Dr. Alistair Forbes, Chief Scientist of the National Physical Laboratory (UK National Measurement Standards Laboratory), Dr. Chee Fai Tan, Vice President of the University of Kuala Lumpur, Professor Liu Jian, Vice President of Harbin Institute of Technology, Professor Cheng Xinbin of Tongji University, and Professor Zhou Xinxiu of China Jiliang University each delivered high-level academic presentations in their respective fields, sharing insights on the new developments in metrology standards.
The conference also set up eight parallel sessions, focusing on topics such as the measurement, measurement standards, and geometric quantity standards in the context of intelligent manufacturing. These sessions delved into the applications and development trends of geometric quantity measurement, measurement, and standards in intelligent manufacturing.
