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Priority of the french national network in microelectronics and nanotechnologies towards the attractiveness of young high-schoolers

机译:法国国家微电子和纳米技术国家网络优先考虑年轻中学生的吸引力

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It is well known that during the last fifteen years, a strong decrease of interest of the young pupils and high-schoolers for exact sciences was observed in the major part of Europe. A way to invert this trend consists in educating young generations in microelectronics, microtechnology and nanotechnologies, a specific topic of the electrical and information engineering. The Higher Education in these fields is organized in France through a network (GIP-CNFM) that coordinates the 12 regional interuniversity centres that have facilities as well in technological processes as in design of microelectronics devices and circuits. The main role of the GIP-CNFM is to harmonize and financially support the activities of the 12 centres essentially involved in higher education. But new objectives concern the attractiveness of young high-schoolers by the way of the organization of special sessions of for them as well for their teachers (educators), by the way of a one-day internship of training courses, scheduled on the facilities of the technological platforms. Since 2009, several experiments in this scheme have been setup through the GIP-CNFM network. Thanks to these prioneering experiments, several tens of secondary classes were brought to a better knowledge of microelectronics and nanotechnologies impact on science, technology and daily life.
机译:众所周知,在过去的十五年中,欧洲大部分地区的年轻学生和高中生对精确科学的兴趣急剧下降。扭转这种趋势的一种方法包括对年轻的一代进行微电子学,微技术和纳米技术的教育,这是电气和信息工程的一个特定主题。这些领域的高等教育是通过网络(GIP-CNFM)在法国组织的,该网络协调了12个地区性大学中心,这些中心在技术流程以及微电子设备和电路的设计方面均具有设施。 GIP-CNFM的主要作用是协调和财政支持本质上涉及高等教育的12个中心的活动。但是,新的目标涉及通过组织年轻人和他们的老师(教育者)特别会议,通过安排在学校设施上的为期一天的实习课程,来吸引年轻的高中生的吸引力。技术平台。自2009年以来,已通过GIP-CNFM网络在此方案中进行了多次实验。通过这些开拓性的实验,使几十个中学班级的学生对微电子学和纳米技术对科学,技术和日常生活的影响有了更深入的了解。

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