Recently, the "2023 Putuo District Science and Technology Counselor Training Workshop" was hosted by the Putuo District Education Bureau and Shanghai University, and hosted by the Putuo District Youth Education Activity Center and Shanghai Zhongchuang Science Popularization Education Research Institute, at the Shanghai University Engineering Technology Training The center successfully closed. This training aims to cultivate a group of science and technology counselors who understand both education and cutting-edge science and technology knowledge, and improve their abilities in the development and implementation of interdisciplinary courses and project-based learning, and guidance of student science and technology activities.
In the three-day training that combines theory and practice, more than 50 science and technology counselors from primary and secondary schools in Putuo District gained a lot. The participating teacher students were divided into three groups and entered the professional training room respectively. Under the careful guidance of senior experts from Shanghai University, they experienced a teaching model that combines practice with 3D printing, multi-station robots, and four-axis DIY drones. and wood ingenuity and other cutting-edge fields of science and technology.
In the 3D printing course, experts explained the course content to the students in a simple and easy-to-understand manner, and also introduced the 3D printing equipment and its supporting software in detail. On this basis, the students personally designed and produced a fidget spinner, going through the entire process from creative design to finished product, deepening their ability in innovative thinking and interdisciplinary cooperation.
The four-axis DIY UAV course was held in the advanced laser training room of Shanghai University. Using advanced laser process equipment, students systematically understood the core functions and wide applications of laser technology through project-based teaching methods, and initially mastered Rapid practical skills from design to manufacturing meet the comprehensive skill improvement needs from basic to advanced.
In the multi-station robot course, experts use the country's leading multi-station practical teaching system to conduct trajectory simulation demonstrations for students. After careful observation, the students conducted practical exercises and programmed simple robot instructions to enable them to complete trajectory simulations independently.
In the wood craftsmanship course, the technology instructors gained an in-depth understanding of the essence of wood craftsmanship. From balancing dragonflies to the production of anti-gravity ornaments, it covers woodworking material selection, component production, assembling and debugging. It not only improves the students' manual skills, but also allows them to deeply experience the perfect combination of traditional craftsmanship and modern education.
The successful holding of this training has injected new vitality into science and technology education in primary and secondary schools in Putuo District, laid a solid foundation for future science and technology education work, and provided a solid foundation for the "Three-Year Action Plan for the Construction of Science and Technology Innovation Talent Nursery in Putuo District, Shanghai" (2023-2025)" provides solid teacher support. In the future, Putuo District will continue to increase teacher training to help schools improve the quality of science and technology education.
Source: Shanghai Putuo
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