学习啦>申请书>留学申请书>

2021年电子控制工程留学申请书

时间: 其其0 分享

留学回国人员可以申办各地市的常住户口,用人单位给留学生分配到相应的落户申请名额。各地的申请条件不同,申请落户可参考当地的官方文件。这里给大家分享一些2021年电子控制工程留学申请书,欢迎阅读!

2021年电子控制工程留学申请书

Dear _,

A lot of myths have been created about child prodigies, most of whom prove mediocre when they become adults. In China, there is a special place which train child prodigies not to end in mediocrity but in sustained excellence—_, the University of _. Having been a student from such a class, I would like to scale new heights of academic excellence by applying for a Ph.D. program in Electronic Controls from the esteemed _ University. I am not interested in being a child prodigy but in developing myself into an academic leader in tomorrow’s Electronic Controls research.

_ has produced the first generation of leading scientists of the People’s Republic of China, who in turn advocated the establishment of the _, with special support from the central government. What is special about _ is that it is a 5-year program instead of the usual 4-year program; its educational system is completely integrated with western system, with a unique curriculum, teaching programs, emphasizing the study of foundational courses of mathematics, physics, English, information science, interdisciplinary subjects. Students are encouraged to participate in advanced student research programs, involve in seminars and join faculty’s research projects. Above all, students are taught to cultivate innovativeness and team spirit.

In this exceedingly competitive environment, everyone tries to be the better of the best. I am no exception. My entire undergraduate program in electrical engineering can be divided into three distinctive stages. For the first two years, I allowed my academic interests to develop freely by choosing a wide range of subjects so that I managed to lay a solid foundation. I liked to attempt at some tentative experiments through computer simulation, and program software to process experiment statistics so that I could improve my hands-on abilities. As I entered the third year, I started to focus on signal processing as my major and paid special attention to develop my computer skills. In one semester I took ten courses. But my hard efforts paid off. My GPA reached 3.24, ranking among top 20% among a total of 84 students.

My real academic development happened in the last two years, when I was recruited in Oct. 2002 into the Communication and Signal Processing Laboratory of our university. There I attended many presentations, received technical trainings particularly designed for lab’s new comers, read a large quality of scholarly journals and technical literature, and cooperated with some outstanding doctoral and Master’s students in the lab. Since Feb. 2003, the director of the lab offered me an exception on account of my strong mathematics background by allowing me to participate in the regular seminars for doctoral students to discuss matrix theory and its application. On one of those seminars, I did a thematic presentation regarding the norms of vectors and matrices, which was warmly received. As an undergraduate, I made full use of those rare opportunities to cultivate my research potential.

By far, my most important research achievement is my thesis that I independently completed from Jan. to August 2003. Entitled _, my thesis offers an in-depth analysis of the statistical characteristics of the amplitude phase position of the analog modulated signal under the AWGN interference. Based on this, I presented the new key feature values and the value threshold, with a study of the statistical characteristics of the values. Finally, I incorporated the novel idea of soft judgment in accordance with the large number principle and central ultimate limit principle. Unlike conventional algorithms, my algorithm took into account the effect of noise, applicable to low Signal/Noise Ratio (SNR) above 0db; the idea of soft judgment is absolutely original. Scored 95 /100, my thesis was given highly positive comments from my advisor who has recommended it to a leading scholarly journal for publication.

Since September, I have been engaged in _. My responsibility in the research group is to simulate the process of the multi-resolutional detection of the watermark and select different threshold to analyze the error probability. The research group consists mostly of doctoral students from whom I have derived useful research experiences. By working in close collaboration with them, I have learned the importance of making concerted efforts for the fulfillment of a common objective.

To undertake your Ph.D. program in electronic controls, I believe that, apart from my ample research experience, I have two unique advantages. First I have an unusually solid foundation in mathematics. My academic transcript indicates that I have excelled in Analysis Mathematics, Linear Algebra (whose textbook, written by senior professors of _ and Chinese Academy of Science, is said to be the most difficult in Asia), Ordinary Difference Equation Methods in Mathematics and Physics, Probability Theory, Mathematical Statistics, Stochastic Process, and Discrete Mathematical Structure. Your program in Electronic Controls poses very high requirements on the student’s mathematical aptitudes and my talents in mathematics will make me a strong candidate for your program.

Next, as a student of electrical engineering, I have studied most of the specialized courses as required by your program. As a matter of fact, the courses in my undergraduate specialty of signal processing overlap heavily with your curriculum. My academic performance in Signals System (mostly about Fourier Transformation), Digital Signal Processing (which analyzes discrete signals and systems), and Statistical Analysis of Signals has been well above average. At present, I am self-studying several subjects on electronic controls. With those necessary preparations, I would like to identify Prof. _ as my potential advisor because the coursework I have done in the above-mentioned fields is extremely relevant to the Discrete Events Systems that Prof. _ specializes in.

Among several _ universities that I apply for, I prioritize on _ University. As one of the three most prominent universities in _, your university has enjoying increasing academic reputation, especially in the field of engineering. Among a wide variety of research programs offered by the Department of Electrical and Computer Engineering, the largest department in the _ College of Engineering, I am most interested in Electronic Controls. I will first undertake a research-oriented Master’s program. I will start by taking specialized courses ranging from Control Systems II, Nonlinear Control Systems, Discrete Event Systems, Systems and Optimal Control, Identification and Adaptive Control, Stochastic Control, to Advanced Control System Design. Through coursework in those subjects, I expect to enrich my theoretical knowledge in Electronic Control. As my undergraduate research focused on Pattern Recognition, I believe I am well grounded for my future studies.

The past century witnessed the entire process how the subject of control has evolved from the primitive use of feedbacks in windmills and steam engines to the modern theory and application in telecommunications and space process industry, with new components of digital computers. It represents a rather challenging discipline. It is my wish that I grow as this discipline itself grows.

Yours sincerely,

xuexila

泰国留学要知道的禁忌

一、尊重宗教

泰国是一个全民信教的国家,国内90%的居民都是信仰佛教的,而佛教在日常生活中非常的常见,而且融入到了生活的各个方面,大家平时在和人交往的时候需要特别的谨慎。

例如头在佛教中拥有很重要的地位,大家和本地人交往的时候,尽量不要去触碰他们的头;而脚在佛教的交易中又属于最污_的一个部分,指示的时候前往不要用脚,会被认为不尊重他人。

二、尊重皇室

皇室在泰国拥有很高的地位,虽然政府领导着国家的发展,但是皇室确认国民的主心骨,他们的存在感是非常强的,类似于英女王在英联邦国家中的地位,是吉祥物一样的存在。

所以大家到了泰国之后,需要尊重他们的皇室,不要在公共的场合讨论和批评皇室成员,不仅可能会触犯到本地人,还有可能会违反法律的规定,被处以相应的惩罚。

三、颜色禁忌

在颜色方面,大家也需要注意使用,泰国本身是一个对颜色的食用很大胆的国家,各种鲜艳的颜色在大街小巷汇总非常常见,所以在使用的时候需要尤其的注意,这里面是有不少禁忌的。

红色在祭祀等庄严的场合会使用得比较频繁,明黄色则是很常见的鲜艳颜色,褐色是不中很少使用的颜色,此外一周七天每天都会有代表的主题色,大家可以投其所好。

四、着装禁忌

泰国有着自己的民族服饰,大家在平时就能够很常见到,也可以采购一两套当做参加传统活动的时候的服饰,这样能够更好的融入到本地的环境之中,帮助大家适应生活。

此外要特别注意去寺庙等传统宗教建筑的着装,不要穿着吊带和短裙,需要将四肢遮挡严实,这样是表示尊重的方式,大家要入乡随俗。

泰国留学生回国后的就业前景

一、就业的情况

这么久以来,留学生到外去留学,基本都是为了自己的未来,为了能有一个好工作。而按照目前国内在就业上的情况,我们其实也能发现,中泰两边的贸易之后是不断的发展,那么这样的情况对于泰国的留学生来说,肯定是会是由很多的机会。所以泰国的留学生不仅是能在这两国立工作,或者是往双方的贸易这方面去发展也不错。

这些年来,国内对于东南亚这个市场也是很积极的,有很多大的企业在泰国这边都有分公司的存在。一般这些企业都比较乐意招聘那些既能够理解泰国的人文,有受到中国的文化影响的。所以留学生们想在泰国发展,想找到工作都是很容易的一件事情。这些学生不仅是在这里能够找到好的工作,因为他们的学历在国内是承认的,那么这些学生要是回来发展的话,也会有很好的机遇。

二、就业的规定

留学生在毕业之后,如果他本人是愿意在泰国这里工作的,或者是已经被泰国的某个公司聘用,那么他就能在这里工作。一般政府会在学生和企业签订了劳动方面的合同之后,给这个学生颁发工作证以及个人的签证。除了这些好处以外,拥有了这个签证的学生可以让他直系的亲人也来泰国这边,这个亲属不但能得到留签证,这个签证的待遇学生所拥有的也是一样的。

三、就业的优势

1. 语言

在泰国这里留学,学生能学到的不单单是英语,还能在学习英语的过程中掌握到泰语的一些基本口语,泰语作为小语种,学生能学会它对于自己的就业就是能增加优势的。

2. 区域

因为现在“一带一路”在发展,双方在经济还有各种方面的沟通非常频繁,泰国这边自然也是很留学生们在这里发展的,本来他们也是需要很多人才的状态,而国内因为也有不少泰国投资的企业,对于这些企业来说,留学生们自然就是他们招聘最适合的人选,因为这些学生在语言以及文化上都具有一定的优势。

3. 经济以及政治

两个国家都在东南亚这个范围内,而且本身里很近,学生要是想在留学的期间回家来探亲是很方便的。而且因为泰国的消费不贵,工薪家庭的基本上都有能力承担。在泰国,中国人是非常的被欢迎的,学生们不管是在这里生活,还是工作都能够比较安稳。

2021年电子控制工程留学申请书相关文章

2021个人留学申请书范文

中文版2021个人留学申请书

2021研究生留学申请书(中英双语版本)

国外大学留学申请书2021格式

2021研究生个人留学申请书最新版

2021英文留学申请书万能模板

2021年出国留学申请书英语版

有文采的2021出国留学申请书

2021出国留学个人申请书1000字左右

2021土木工程专业留学申请书

2021年电子控制工程留学申请书

留学回国人员可以申办各地市的常住户口,用人单位给留学生分配到相应的落户申请名额。各地的申请条件不同,申请落户可参考当地的官方文件。这里给大家分享一些2021年电子控制工程留学申请书,欢迎阅读!2021
推荐度:
点击下载文档文档为doc格式

精选文章

  • 历史学2021年留学申请书
    历史学2021年留学申请书

    外来的和尚会念经。在国外的学校留学,可以更多的接触到世界最先进的技术和教育形式,在原来学习的基础上得到更好的发展,通过学习掌握最先进的技

  • 电子电气工程2021年留学申请书
    电子电气工程2021年留学申请书

    现代社会的信息已经非常发达,你可能觉得在媒体、互联网上可以了解到发达国家的一切,完全可以想象得到在国外是如何生活的。但是这种想象绝对与你

  • 软件工程2021年留学申请书
    软件工程2021年留学申请书

    留学生活会极大地开阔你的视野、真实体验多元文化、锻炼独立思考的能力、培养坦然面对胜利和失败的心态,并且有助于你以更全面的眼光理解人性和社

  • 环境科学专业2021年留学申请书
    环境科学专业2021年留学申请书

    在国外留学你将要面对不同的文化,不同的种族得人,你必须学会与这些不同文化背景的人打交道,并同时形成新的生活方式和思想观念,这对你来说人生

1135434