Electromagnetics (E/M) has fascinated me years ago, because of a period of valuable experience of electronic design since I entered the university (UESTC). Serving as the chairman at Student Association of Science & Technology, I, together with my teammates, finished many projects in various fields: robotic, communication, RF circuits etc. At that time, I found E/M wave and field is so attractive because of its magic characteristics, concise form and ubiquity in electronic science.
To prepare myself for a career in E/M, I began with reading some of E/M reviews. I started designing micro-strip filter circuits with a postgraduate student. Improving the selectivity and miniaturization, I referred others’ structures; added extra folded branches and source-load coupling part and computed parameters with Matlab. From this project, I got to know micro-strip circuit deeply and handle HFSS well. And my second project is derived from interest to Terahertz technology, designing a brand new overmoded confocal converter which could potentially bring a revolution to gyrotron! And through every time of simulation and computation, I collected bulks of first-hand simulation results, proposed several better structures than the raw model from Prof. Fu and improved the converting efficiency remarkably. Now, encouraged by his remarks, I am still working on this topic by deducing the structure’s transfer equation then optimizing the parameters and publishing my results as my graduate project.
In addition, from the course Computational Electromagnetics (CEM), lectured by Prof Lai, I understand the importance of algorithms and programming in E/M and got many chances for firsthand practice such as programing MoM, FDTD, and Monte Carlo Method with Matlab to tackle E/M problems. To apply my CEM experience to practical level and broad my outlook into more E/M area, I have pursued research in inverse scattering and nondestructive detection. Learning optimization and functional analysis theory through postgraduate class and even some interesting interactions with Prof. Chen (from National University of Singapore)in email, I got to understand many cutting-edge papers and algorithms, and located point-like scatterers with his method in Matlab programing.
I have carefully considered and evaluated whether or not I should further my spiritual journey to a Ph.D. in Iowa State University. I decide to do so because I have already dedicated most of my undergraduate years to the academic pursuits with excitement. To develop this excitement to even more boundless progress, I am eager to further explore the issues in electromagnetics. And the most significantly is the strong expectation of my future career which could be full of challenges and uncertainties, leading a productive and passionate life. And XXX Univ’s emphasis on interdisciplinary research and its long history of working with industry makes the program unrivaled. I have a yearning for a position in the ECE department of XXX University experiencing the vibrant research-oriented culture.
I have followed the research done in Computational E/M and NDE at XX Univ closely, having recently been excited by the recent work on numerical analysis of wave propagation in metamaterials because of its potential applications in THz technology and synthesis with my background in CEM. I have also been interested in NDE due to the strong ability and long history in XXX Univ and development of EM into more wide area such as XX,XX,XX…. check 1point3acres for more.
你申ms还是phd?如果申ms的话这份应该是可以的了。如果是phd,我认为还是要好好改一下吧~
我感觉你谈research还只是在表面上,还不如就一个project好好谈你用的方法、参数、以及里面可能出现的问题什么的,当然如果你有字数限制那我就只能呵呵了。而且我感觉你没有很明显的谈你未来的研究方向和计划。那个further explore the issues in electromagnetics你有没有考虑过具体到哪个小方向?这个小方向有什么问题是你感兴趣解决的?electromagnetics是一个很广的方向,我有没有猜错?. From 1point 3acres bbs
还有个建议给你参考下,我申请的很多学校都可以自由上传supplemental document,我就上传多了一份专门谈research interest的,比sop更详细。
我不是搞EE的,所以说的话也不太能算数~