讲座名称：Microelectronics and Nanotechnologies: engineering sciences at the heart of the connecting objects and of their applications
主讲人：Olivier Bonnaud
主讲人简介：Dr O. Bonnaud is Emeritus Professor with “Institut d’Electronique et Télécommunications de Rennes” (IETR), Université de Rennes 1, France. Specialist in Microelectronics with a PhD in 1978, he obtained the full professor position in 1984 at University of Rennes 1 and Supelec (French “Grande Ecole”). He created in 1985 the Microelectronics Laboratory in Rennes that he managed during more than 20 years, and the Common Center of Microelectronics of West (CCMO). In the frame of these activities, he published more than 500 papers in journals, and proceedings of conferences, about three fourth for research purpose and one-fourth for pedagogical purpose. In 2010, he became Executive director of GIP-CNFM (Public Interest Groupment of “Coordination Nationale pour la Formation à la Microélectronique et aux nanotechnologies”. In this function, he coordinates the Higher education activities in microelectronics in France. Since 2011, he is Guest Foreign Professor of the South-East University, Nanjing, China. He obtained the position of “1000 Talents” Foreign Expert of the Chinese Government in 2013 that he always assumes.
系列讲座中，聆听任意一场讲座并撰写报告，可作为一场课外研学讲座。
报告内容：
系列讲座第一场: The MOS technology
- Principle of a MOS transistor
- Basic fabrication process
- Main concepts allowing the nanoscale technologies
- Three dimensional evolution of the elementary devices
时间：10月17日18:30-20:55；地点：九龙湖校区J1-107
系列讲座第二场:Thin film technology for large area electronics
- Principle of a thin film transistor
- Low temperature processes
- Field of application of thin film technologies
- Towards flexible electronics
时间：10月18日18:30-20:55；地点：九龙湖校区J1-107
系列讲座第三场:Power electronics and technologies
- Power devices families
- Electrical constraints (current, voltage, frequency)
- Specificity of the technologies
- The new integrated approach for power systems
时间：10月19日18:30-20:55；地点：九龙湖校区J1-107
系列讲座第四场:Connected objects
- Principle of the connected objects
- Combination of the technologies
- New heterogeneous integration and new packaging
- Field of applications
时间：10月20日18:30-20:55；地点：九龙湖校区J1-107
教务处实践教学科
课外研学讲座活动指导中心
2018年10月12日
备注：课外研学讲座是由教务处课外研学讲座活动指导中心承办的官方科技类讲座，听报告（讲座）后，如实填写讲座现场发放的《学生聆听科技、学术报告 学分认定书》并提供后续研学材料（如：评论、文献综述、读书报告或报告人要求的文字材料等），经学生所在院系“课外研学活动指导小组”认定后可获得0.2～0.4个课外研学学分。
