Nowadays, the research and development level as well as the industrialization scale of advanced materials have become crucial indicators for measuring a country or region's economic and social development, scientific and technological progress, and national defense capabilities. In comparison to traditional mechanical manufacturing, composite mechanical and electronic engineering, along with its integration of artificial intelligence technology, offer even greater potential applications that can effectively meet the demands of increasingly complex industrial production and manufacturing in this era of highly developed industrial capacity. The integration of advanced materials with mechanical and electronic systems, along with the mutual promotion and dissemination of relevant research findings, significantly impact the development of various fields in China. This holds immense significance in accelerating social advancement and transformation while seizing the commanding heights of a new wave of scientific and technological revolution. The objective of this conference is to establish a communication bridge for experts, scholars, and professionals from diverse backgrounds within the materials and electromechanical field, facilitating and promoting interdisciplinary intersectionality.

● Mechanics of materials

● Optical/electronic/magnetic materials

● Advanced electromagnetism

● Laser Physics and Technology

● Study on high-speed signal interconnection and its physical mechanism

● Irradiation electronics

● Material forming process and equipment

● Semiconductor materials

● Electronic materials

● Micro/nanomaterials

● Smart Materials and Adaptive Structures 

● Nanoelectronic Devices and Nanomanufacturing Technology 

● New Energy Materials and Energy Storage Technology (e.g., lithium batteries, fuel cell materials) 

● Biomedical Materials and Mechatronics Technology