Our Students
Achieve Outstanding Results in the National College Student Embedded Chip
and System Design Competition
Recently, the 8th (2025) National College Student Embedded Chip and System Design Competition concluded. Students from the School of Information Science and Technology at Shanghai Sanda University achieved excellent results in both the national finals and regional competitions, showcasing solid professional skills and innovative capabilities.
This competition was guided by the China Electronics Society and organized by the China Electronic Education Society, featuring two stages: regional competitions and the national finals, attracting teams from many universities across the country. The School of Information Science and Technology at Shanghai Sanda University actively organized preparation efforts, with multiple teams focusing on practical scenario development under the guidance of their instructors.
In the regional competitions, the team of Zhang Xinyue and Li Wentao won first prize with their project “Implementation and Optimization of an Intelligent Care Terminal Based on HarmonyOS in the Companionship Scenario for Children with Autism”. The team of Wang Zhengfei and Xu Shijie also won first prize with their project “Intelligent Vehicle Collaborative Perception and Control System Based on Hi3863”. The team of Zhang Shuxian and Shi Wenzhe won second prize with their project “Intelligent Desktop Pet Based on Hi3863 Development — Ivy Sage”. Several other teams, including Huang Luoting and Li Zihan, received third prizes for projects covering areas such as intelligent flower care and smart campus.
The project “Implementation and Optimization of an Intelligent Care Terminal Based on HarmonyOS in the Companionship Scenario for Children with Autism” by the team of Zhang Xinyue and Li Wentao participated in the national finals in Nanjing. This project created an intelligent companion doll specifically designed for children, integrating advanced emotional detection capabilities that can sensitively capture the child’s emotional state. Additionally, the team developed a dedicated APP that allows parents and doctors to conveniently view the child’s emotional data, including emotional fluctuation curves and high-frequency emotional types. This innovative solution provides a practical path for emotional companionship and health monitoring for children, helping parents and doctors better understand the child’s emotional dynamics and provide timely care and guidance, especially for special groups such as children with autism. During the on-site demonstration and defense, the team clearly showcased the technical advantages and application value of their project, ultimately winning third prize in the national finals.
This award is a result of the college’s philosophy of “promoting learning, teaching, and innovation through competition”. In the future, the college will continue to build practical platforms to help students enhance their innovation and practical abilities, showcasing their talents in more competitions.
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Copy Editor | Huang Yan
Layout Editor | Yang Qian
Coordinating Push | Huang Xinyu
Editor-in-Chief | Zhou Dan