From bits to chips: a multidisciplinary curriculum for microelectronics system design education

G. Bernstein, J. Brockman, P. Kogge, G. Snider, B. Walvoord
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引用次数: 6

Abstract

We describe a program in multidisciplinary education of microelectronics systems design at the University of Notre Dame. In the "Bits-to-Chips" course sequence, faculty from the Electrical Engineering and Computer Science and Engineering Departments, and the Kaneb Center for Teaching and Learning have coordinated their related courses and teaching methods, and team-teach a course on advanced technologies and systems-on-a-chip (SOC). Projects in the capstone course have involved the design and fabrication, completely by the students, of CMOS circuits with 10,000 transistors, and are now developing projects with roughly 50,000 devices. A recent project is an accelerometer control chip for insertion into a model rocket launch. Projects are also submitted to MOSIS for comparison with the students' efforts.
从比特到芯片:微电子系统设计教育的多学科课程
我们描述了圣母大学微电子系统设计多学科教育的一个项目。在“比特到芯片”课程序列中,来自电气工程系、计算机科学与工程系和卡内布教学与学习中心的教师协调了他们的相关课程和教学方法,并团队教授了一门先进技术和片上系统(SOC)课程。顶点课程的项目包括完全由学生设计和制造具有10,000个晶体管的CMOS电路,现在正在开发具有大约50,000个器件的项目。最近的一个项目是将加速度计控制芯片插入火箭发射模型中。项目也提交给MOSIS,与学生的努力进行比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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