IDEFI-FINMINA: a French educative project for the awareness, innovation and multidisciplinarity in microelectronics

O. Bonnaud, L. Fesquet, A. Bsiesy, Beatrice Pradarelli
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引用次数: 5

Abstract

This paper presents a mid-term assessment of an eight-year project hosted by the National Network for Education in Microelectronics (GIP-CNFM) in the frame of a French governmental Investment Program for the Future in education (PIA). This framework notably includes a specific section, IDEFI (Excellence Initiative for Innovative Education), in which the project FINMINA (standing for Innovative Education in Microelectronics and Nanotechnologies) is currently running. The FINMINA consortium counts 14 partners among which 12 are academics, one industrial body and the GIP-CNFM, which is the coordinator. The project strategy aims at upgrading and developing the practices for undergraduate and postgraduate students enhancing their technical skills and know-how in the fields of Microelectronics and Nanotechnologies. The targeted topics are: i) Innovation in the lab practices on the GIP-CNFM platforms ii) Awareness of schoolers to electronics and engineering; iii) Multidisciplinary approaches highlighting the wide spectrum of microelectronic application domains; iv) Lifelong Learning. These four aspects are considered as key elements for motivating students to develop innovative technical skills. After a presentation of the project and its objectives, the paper describes the main results after five years; in total, 65 innovative platforms have been used by more than 4,000 students each year, corresponding to about 300,000 hours of practices per year.
IDEFI-FINMINA:法国教育项目,旨在提高微电子领域的意识、创新和多学科性
本文介绍了在法国政府未来教育投资计划(PIA)框架下,由国家微电子教育网络(GIP-CNFM)主持的一个为期八年的项目的中期评估。该框架特别包括一个特定的部分,IDEFI(创新教育卓越倡议),其中FINMINA(微电子和纳米技术创新教育)项目目前正在运行。FINMINA联盟有14个合作伙伴,其中12个是学术界,一个是工业机构,GIP-CNFM是协调员。该项目战略旨在提升和发展本科生和研究生的实践,提高他们在微电子和纳米技术领域的技术技能和知识。目标主题是:i)在GIP-CNFM平台上的实验室实践创新ii)学生对电子和工程的认识;(三)多学科方法突出微电子应用领域的广泛范围;四、终身学习。这四个方面被认为是激发学生发展创新技能的关键因素。在介绍了项目及其目标之后,论文描述了五年后的主要成果;每年有超过4000名学生使用65个创新平台,相当于每年约30万小时的实践时间。
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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