AI时代背景下射频电路教学方式探索与创新OA
射频电路是通信、电子领域的必修课程,为了满足国家对于高素质创新型人才的需求,必须提高学生的射频综合能力.结合射频电路课程的特点与难点,对 AI时代背景下该课程的优化方向和教学方式进行分析和实践,提出将多媒体技术、射频电路人机互动、射频仪器、射频电路设计项目相结合的多元化培养体系,把枯燥的射频理论生动化并应用到实际生产设计中,使学生做到学以致用、熟能生巧,提升学生综合射频设计能力和创新能力,提高课程教学效果,最终达到培养射频领域高素质人才的效果,为国家攻克射频"卡"脖子问题赋能.
The course of Rradio Frequency(RF)Circuit is indispensable in the fields of communication and electronics.To meet the demand for high-quality innovative talents in our country,it is imperative to enhance students'comprehensive RF abilities.Combining the characteristics and difficulties of RF circuit courses,this paper analyzes and practices the optimization direction and teaching methods of this course in the AI era.It proposes a diversified training system that integrates multimedia technology,RF circuits for human-computer interaction,RF instruments,and RF circuit design projects.This system aims to vitalize the tedious RF theory and apply it to practical production design,enabling students to apply what they learn and enhance their proficiency.Consequently,it enhances students'comprehensive RF design capabilities and innovation skills,improves the effectiveness of course teaching,and ultimately achieves the goal of cultivating high-quality talents in the RF field,empowering the nation to overcome the"bottleneck"issue in RF technology.
顾昌展;杜娟;郑可可;张嘉宇
上海交通大学,上海 200240上海交通大学,上海 200240上海交通大学,上海 200240上海交通大学,上海 200240
社会科学
射频电路电路设计课程教学创新实践教学人机互动人才培养
RF Circuitcircuit designcurriculum innovationpractical teachinghuman-computer interactiontalent Cultivation
《高教学刊》 2026 (18)
5-8,4
上海市教育科学研究项目"人机互动下的外语教学实践研究"(C2025042)
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