コラム
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第64回 「Message」
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Hello, I am Tapas Kumar Maiti, joined as a Researcher at HiSIM Research Center, Hiroshima University, Japan, and came from McMaster University, Canada, where I worked as a postdoctoral fellow on design of advanced inorganic devices (i.e. Ge, III-V, and II-VI) on silicon via modelling of the device structure, fabrication process, and electrical performances in the department of Engineering Physics.
HiSIM Research Center is the hub of compact modeling research and is a top research center on the surface potential based compact model in the world. I believed that now a day, many integrated circuits (ICs) are designed with the use of HiSIM (Hiroshima University STARC IGFET Model) models, since HiSIM_HV, HiSIM2, and HiSIM_SOI are the industry standard models. I have chosen Japan because I got an opportunity to work in a project at HiSIM Research Center, which includes research groups, specialized in the field of medicine and chemistry to develop an artificial lung. My responsibility is to develop HiSIM model for organic thin-film transistor via optimization of device structure, fabrication process, and performances which is necessary for integrated circuits with flexible organic transistors on plastic material. I also believed that my research work at HiSIM Research Center will boost social, economic, and environmental performances of this country as Global Industry Analysts, Inc. reported that “Global Flexible Electronics Market to Reach US$25.9 Billion by 2018” and “Printed, Flexible, and Organic Electronics Cut Costs in US$300 Billion Medical Devices Market by Lux Research” . “These technologies can raise quality of healthcare and create new products for the emerging lifestyle market,” by Lux Research.
I wanted to let you know that I have great moments here with HiSIM team. I would like to thank HiSIM team for allowing me to be part of your warmful team and would also like to thanks Hiroshima University for the opportunity. This experience is very good, very enriching at a professional as well as at a personal level. So thanks again and I wish Team Work the best!
HiSIM Research Center is the hub of compact modeling research and is a top research center on the surface potential based compact model in the world. I believed that now a day, many integrated circuits (ICs) are designed with the use of HiSIM (Hiroshima University STARC IGFET Model) models, since HiSIM_HV, HiSIM2, and HiSIM_SOI are the industry standard models. I have chosen Japan because I got an opportunity to work in a project at HiSIM Research Center, which includes research groups, specialized in the field of medicine and chemistry to develop an artificial lung. My responsibility is to develop HiSIM model for organic thin-film transistor via optimization of device structure, fabrication process, and performances which is necessary for integrated circuits with flexible organic transistors on plastic material. I also believed that my research work at HiSIM Research Center will boost social, economic, and environmental performances of this country as Global Industry Analysts, Inc. reported that “Global Flexible Electronics Market to Reach US$25.9 Billion by 2018” and “Printed, Flexible, and Organic Electronics Cut Costs in US$300 Billion Medical Devices Market by Lux Research” . “These technologies can raise quality of healthcare and create new products for the emerging lifestyle market,” by Lux Research.
I wanted to let you know that I have great moments here with HiSIM team. I would like to thank HiSIM team for allowing me to be part of your warmful team and would also like to thanks Hiroshima University for the opportunity. This experience is very good, very enriching at a professional as well as at a personal level. So thanks again and I wish Team Work the best!
(2012/8/20)
