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针对FPGA课程在教学过程中遇到的问题,对理论教学内容和实践教学手段进行改革,将科研与教学贯通,形成科研、课程设计、毕业论文相结合的综合教学体系。通过FPGA实验平台构建信号与系统、数字逻辑电路等课程到集成电路、微电子系统设计的桥梁。同时,把产业界的需求引入教学平台,开拓了学生的思路和视野,提高了学生设计复杂数字系统的能力;此外,通过全国大学生电子设计竞赛的训练,极大地激发了学生的学习兴趣和创新意识,并取得了良好的教学效果。
In view of the problems encountered in teaching process of FPGA course, the theoretical teaching content and practice teaching method are reformed, and the scientific research and teaching are penetrated to form a comprehensive teaching system combining scientific research, curriculum design and graduation thesis. Through the FPGA experimental platform to build signals and systems, digital logic circuits and other courses to integrated circuits, micro-electronic system design bridge. At the same time, the needs of the industry into the teaching platform, opened up the students ideas and horizons, improve students’ ability to design complex digital systems; In addition, through the national college students electronic design competition training, which greatly stimulated students interest in learning and innovation Consciousness, and achieved good teaching results.