2022马来西亚优秀学生留学申请书【示例】

随着我们国家不断壮大，人们总是会需要写一份规范的文书，写实用文书能够方便大家的生活，怎样才能写好实用类文书？希望《2022马来西亚优秀学生留学申请书【示例】》能够为您提供帮助。

20xx马来西亚优秀学生留学申请书

Applied Program: Wireless Telecommunications

On August 27, 20--, at the Central Institute of the Datang Telecom Technology and Industry Group based in Beijing, a young woman, full of energy and self-confidence, was giving a presentation entitled “The Design of the Switching Numerical Method of the Radio Resource Management (RRM) Strategy in TD-SCDMA, and the Testing of Its Simulated Systems,” which received rapt attention and high remarks from all the e-perts in Computer and Telecommunications who attended the meeting. That woman was I. At present, TD-SCDMA, W-CDMA, and CDMA 20-- are considered the main technological standards in the third generation of the world’s technological development in mobile telecommunications. And the design of a switching computation method for the RRM Strategy is a key element and technological cru- for the TD-SCDMA technology. In retrospection, I found that it was my great enthusiasm for mobile telecommunications, and my persistent pursuit of accuracy and perfection that have helped me win accolades from colleagues and e-perts.

In China, since the TD-SCDMA uses a smart antenna, it makes a demand for a finer research on the computation method for the RRM Strategy, in areas such as PC, DCA, and HC. To me, a new starter in the company, it was a real challenge. Since the research team was new, it lacked engineering data and practical e-perience, although the equipment of the lab was quite advanced. It was only after much library research, thinking, and consultation with e-perts did I find a RRM computation method suitable for a smart antenna. Because a smart antenna has its advantages of a more accurate VE locating and reduced searching areas, this computation method effectively lowers the comple-ity of the switching process and its failure rate. During the time when I worked for the project, I often stayed up several days in a roll to perfect a lab test. But I also derived an enormous sense of satisfaction and fulfillment after overcoming obstacles, which more than compensated the pains and difficulties that I had to go through.

The rapid development of mobile telecommunication technology places a high demand on professionals working in this field. To a certain e-tent, it has to be a labor of love. My keen interest in mobile telecommunications emanated from the concept of “personal communication.” During my undergraduate years at the Northwest University of Industry, I spent much of my spare time browsing over professional publications and journals, to keep myself abreast of current developments. The concept of “personal communication” I encountered during this process impressed me immensely. A system of “personal communication” is one that allows the user to communicate at anytime, anyplace, to anyone, and in any way. It painted such a beautiful of picture of a future society that I became fully convinced that it is a subject well worth my lifelong pursuit. This was why I chose Mobile Telecommunications as my area of specialization in the graduate program. As a graduate student, I completed several research projects independently and successfully, including, for instance, “Turbo Code and the Application of Its Coding Concept.” In short frame conditions, the Turbo Code, with its improved application in engineering, seems to have a bright future in real-time voice-data service (Please see the attached article). After completing my graduate degree, I entered Datang Group, a pioneer in China’s software development. Here I did software design for the switch control template used at the RNC equipment for the TD-SCDMA system, and developed a switching computation method for the RRM Strategy. I went through the entire process of software design for the switch control template for the RNC equipment, from topic analysis to the project outline and then to actual program writing.

The present development of telecommunication technology indicates that the smart antenna, software radio, and the transmission technology of subline下行high-speed subdivided e-change data (下行高速分组交换数据传输技术) are key technologies for today’s mobile telecommunications. Software radio, in particular, has attracted much public attention. The use of DSP and software to solve the problem of wireless interfaces of diverse standards on a public hardware platform has become a major issue pursued by many professionals in our field. I too hope to make my own contribution to the technological development in this area. In the ne-t few years, the traditional concept of using chips to build wireless equipment for mobile telecommunication will be seriously challenged. In recent years, the technologies and standards of the third generation of mobile telecommunication have been rapidly updated. Software radio, I believe, will be the future of our trade.

My desire to know more about computer engineering prompted me to rise above my present conditions. The United States, as technological superpower, have first-rate teaching faculty and research facilities in the world. Its ideological openness and tolerance make a sharp contrast to Chinese culture, which tends to value tradition rather than innovation. Wireless telecommunication may be said to be one of the newest research areas, and it is new concepts and new vision that give life to the industry. I believe that in the fine research environment in the United States, I will be able to make “shortcuts” in attaining my academic and career goals.

I would like to apply for admission to the Center for Wireless Telecommunications of Virginia Polytechnic Institute and State University. As the most prestigious research institute in Wireless Telecommunications, the Center has a large number of famed scholars and professionals dedicated to the theoretic research of Wireless Telecommunications. Meanwhile, it maintains close contact with the telecommunication industry, and in this way can test the theory in practical e-perimentation, which in turn promotes theoretic research. It is an ideal place for me to fully develop my research potential.

I look forward to finding a teaching position at college level in China after completing my graduate education, which will allow me to continue my research work in Wireless Telecommunications. I will impart my theoretic and practical knowledge to my students, and hope that this will benefit China’s wireless telecommunication industry, and society at large. I will make every effort to make the idea of “personal communication” a reality.

马来西亚留学博士的特点

1、博士学制短，一般2-4年可以完成博士研究，平均3年毕业，沿袭英联邦国家博士培养方式，对于提高科研水平有很大帮助

2、马来西亚公立大学世界排名高，马来西亚五所公立研究形大学在QS世界大学排名都位居全球前200，学术氛围浓厚，科研水平高，文凭受到全球承认。

3、博士时间假期安排自由，绝大部分大学博士都是纯研究形课程，并不要求上课和每天到校，自由支配时间，由导师指导，独立完成研究课题(有部分大学需要完成1到2门研究方法的课程(定量或者定性研究)在第一年)

4、博士毕业要求轻松，大部分专业的博士并不要求发表国际A类，B类检索期刊(SSCI,SCI,A&HCI和EI期刊)，公立大学只需要发表普通国际期刊，以及部分Scopus，ERA检索数据库期刊就可以顺利毕业

5、博士学费生活费低廉,公立大学博士读完全部学费在4W-5W多人民币，生活费低廉，马来西亚生活费和国内相似，生活支出低于国内一，二线城市，性价比很高。

6、发展前景好，马来西亚博士文凭受到国内承认，可以回国进高校和科研单位工作。

7、奖学金丰厚，对于来马来西亚深造博士生，马来西亚公立高校提供丰富的研究经费和奖学金对于优秀学生。

8、留学环境好，马来西亚素有“亚洲魅力所在”的美誉，教育水平名列亚洲前茅。政局稳定，经济繁荣，气候温和，无自然灾害，华人比例高。

留学马来西亚体检准备攻略

一、体检准备

1.材料准备

要准备的材料不算多，主要是大家的身份证明，即本人的护照和签证，由于是新生居留和学生卡可能还没有发放，所以直接出示自己的护照以及签证，就足够证明本人的合法身份了。

然后是进行体检的表格(Health E-aminationForm)，可以抵达后领取，也可以直接在上下载，里面又涉及到基本信息的内容是需要自己填的，而且还需要贴上最近的照片。

2.身体准备

体检的前一天要保证正常的饮食和作息，这样才会有一个比较健康的身体状况，而且当天要记得吃了早饭再去，不然可能会低血糖，而且要记得多喝水，因为要进行尿检。

女生要特别注意避开经期，因为体检中部分的项目是在经期的时候不能做的，大家再进行预约的时候，一定要保证自己不是在经期或者即将到来，保证自己能够完成所有的项目检查。

二、体检地址

基本上各大合法的诊所和医院，都是可以进行体检的，其结果都会受到认可，大家选择距离自己比较近的就可以了，不过由于需要进行胸透等检查，所以要确保诊所有-光设备。

三、体检流程

首先要做的就是填表，完善表格的基本信息，如果大家在家已经填好了可以在现场节省这一步骤，然后就是接受尿检，需要去厕所取样，记得多喝水才能够顺利的拿到样品。

紧接着就是去五官科进行视力、耳鼻口的检查，近视的学生可以直接报自己的视力，这样不需要摘眼镜，还需要测身高和体重;紧接着是测量血压，然后会抽血准备样品检查。

最后就是去进行-光检查，对内脏进行直接的胸透，需要脱掉上衣，女生也要脱内衣，检查是比较快的，大家不需要担心，整个过程大概两个小时，完成后就可以回家等结果了。

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2022年马来西亚留学本科申请书【示例】

20xx年马来西亚留学本科申请书模板

Dear X,

Since I was young I have always had a keen interest in the way that thethings around me work.From marvelling at the telephone to how planes can fly,engineering advances have never failed to captivate me.For this reason,I havealways tried to find out how such things function,and about how they have hadan impact on the society we live in today.Coupled with the fact that I havealways enjoyed the logical and problem-solving processes involved in maths andphysics,I decided several years ago to embark on a career in engineering.

Since then,I have endeavoured to find out as much about engineering aspossible.I researched the great engineers such as Brunel,and discovered thegreat works they had completed.I have attended several engineering conferences,the most recent of which I was selected to speak live on radio about myexperiences.And once I had completed several weeks' worth of work experience,Iwas assured that it was the career that I wanted to pursue.

This summer,I took part in the Nuffield Bursary scheme for a month,working in a team,at Aerogistics Ltd.Our project was to analyse and implementa new system for the distribution of consumable materials to the individualdepartments within the company.We found the current system to be highlyinefficient and after much data gathering and thought,presented our findings tothe senior managers of the company who agreed with our ideas.The last week wasspent starting the implementation of these ideas.I found the experience to behighly challenging,yet rewarding especially as it led to me gaining a GoldCrest Award.I also found it useful as I got to see engineers at work and thedaily problems that they face.I learnt that there is a lot more to being a goodengineer than possessing technical competence,although this is undoubtedlyimportant; team work,communication and leadership skills are vital as well.

I have also recently been selected to complete two placements with armyengineers.One of these placements will focus on the more practical side ofengineering while the other will focus on the skills needed by a professionalengineer focussing on project planning and leadership.I hope to find theexperience useful.

In my spare time I like to play sport and music.In secondary school I wascaptain for the Netball and Football teams,as well as taking part in variousother sports.The experience of this greatly improved my team working abilitiesas well as my fitness.As a keen musician I am working towards my grade 5 theoryand grade 7 practical on cello.I am a member of a Youth Orchestra,and havejust recently completed a tour of Italy.I am also in the school orchestra andhave led several orchestras in the past,before progressing to the LYO.

In school,I am Deputy Head Girl,helping to lead a team of over 40prefects.I find this to be a challenging and stimulating role and believe ithas developed my confidence immensely.As well as carrying out the normal dutiesof a prefect,such as supervising younger students,I must lead and manage theother prefects.My role involves arranging rotas,organising after school eventssuch as the Year 7 social and parent's evenings and public speaking as well asother responsibilities,which have developed my communication,organisation andleadership skills immensely.The role requires a lot of commitment,but it hashelped to improve my time management,as I try to strike a balance between itand school work,which is my main priority.I have also been selected to competein the Physics Olympiad and have been entered for the Biology AdvancedExtension.

During my time at university I hope to gain a good degree,which will standme in good stead for when I enter the world of work.I would like to continue myeducation in a place where I can thrive both academically and socially,andwhere I can put my determination and motivation into good use.Thank you.

Yours sincerely,

马来西亚留学本科申请条件

1.高中或同等学历

申请马来西亚本科需要有高中或同等学历比如高职和中专的文凭，专科学生也要有高中或同等学历文凭。毕业之前申请公立大学的同学在确保可以拿到文凭的前提，提供学校开具的预毕业证明提前申请即可。

2.成绩合格

马来西亚公立大学本科录取要求较高，需要高中3年6学期期末成绩平均分至少达到80以上(满分100)，专科CGPA达到3.0以上。随着申请马来西亚大学的学生人数越来越多，公立大学录取标准也在逐年提升。马来西亚私立大学数量要远大于公立大学，也不像公立大学招生名额非常有限，因此成绩平均分达到60以上就有机会申请，部分私立大学需要达到平均分70或者80以上。

3.语言要求

马来西亚本科申请需要提供雅思或托福等学校认可的语言能力证明。学士专业最低要求雅思5分，要求6.5分。如果没有雅思或其它认可的语言成绩，可以申请有条件录取，先读学校的语言班提升，再考到专业要求的雅思分数，即可进入专业课的学习。

马来西亚本科申请门槛较低，不需要考试，不需要中国高考成绩，高中、专科、高职等学历学生均可申请，没有雅思的同学可以先申请有条件录取到学校读语言班。

马来西亚留学本科费用

1、学费

本科阶段一年学费约8000-12000人民币，杂费约2000-3000人民币。每年实际费用约3万-4.5万人民币。

私立大学则贵一些，同学们根据自己情况选择即可。

2、生活费

学生的生活费根据学生所在地区而定，一般每月大概是700-1000元马币。

3、住宿费

学校宿舍每个月290-760马币左右，校外租房的话，每个月大概250-600马币。

在校外租房的同学们可以选择学校附近的学生公寓，步行到校。

4、餐费

一日三餐在5.5-9马币左右，同学们选择自己做饭的话，会更便宜一些。

马来西亚的本科阶段学制是三年，硕士1-2年，个别专业例外。

马来西亚艺术留学申请书2022范文

马来西亚艺术留学申请书

Dear _,

I got my very first glimpse into law by watching my father, my hero, a Ph.D. of law and now the Chinese ambassador to Barbados. I have been inspired by his work as an international lawyer and a career diplomat while growing up. For many years, I have been preparing myself through academic and extra-curriculum activities, hoping that I can make a difference for the world. I believe pursuing the Master’s degree in Law at Cornell University will assist me in striving towards the goal.

With my dedication and my parent’s unconditional support, I successfully entered the …… University, one of the top law schools in China for legal education. I have explored a wide range of different law theories in the Civil Law field and had an opportunity to work on logical writing. It has been these years of study at …… University that has enlightened me and laid a solid foundation for my legal career.

In addition, I have also participated in various extra-curricular activities. As class monitor, the head of the Information Department in Student Committee, and the head of Research Department in our college, I am entrusted with many responsibilities. My leadership skills and organizational abilities have been greatly enhanced. Through various volunteer experiences, I have had more opportunities to help the under-privileged. All of these extracurricular activities are integral parts of a multiple legal education and have contributed to my professional growth.

Amid my strenuous study, I had an opportunity to participate in the American Legal System Study Program summer of my sophomore year and I was exposed to the great American culture. I engaged in an internship program at Michigan District Court, where I followed Judge ……. It was a great opportunity for me to see how the courts operate in the United States. The differences between the US and China legal systems provoked my curiosity. I was eager to explore how to ensure substantive justice in a case while following due process and how to apply precedents to different situations. I went on my second exchange study-abroad program to ……University fall of 20xx and participated in their LL.M. program. During this exchange study period, the issue of how to balance crime control and protection of human rights perplexed me. From then on, the thought of completing the LL.M. program in Cornell Law School, a school with unsurpassed legal education, has propelled me.

As a part of my degree, I interned at different legal departments. I was very fortunate to have an opportunity to intern at the Beijing office of ……. By involving myself in cases such as security offerings by Chinese corporate issuers and US security class actions against China-based companies listed on US stock exchanges, I became more aware of how a practicing lawyer gets involved in international trades. I researched on whether some foreign statutes are effective and I participated in legal work and preliminary drafting of research reports. It was the first time that I felt like I was making a contribution to society as lawyer. I sought for other internship opportunities to elevate my professionalism after my experience at ……. At Beijing …..People's Court, I learned the trial procedures in the Chinese court. Through drafting, imputing and proofreading legal documents, I have become more familiarized with the writing process and became more able to write with greater accuracy. The internship at Beijing …… Law Firm brought my overall abilities into full practice. From filing a marriage case, collecting evidences, putting it on trial to settling it, I participated in the whole process. With my sight set on more challenges, I would like to deepen my legal skills and be equipped for international experiences. To that end, pursuing an LL.M. at Cornell Law School seems to be the best option.

I believe that pursuing an LL.M. at Cornell University would provide me with the necessary foundation to understand the nuances and intricacies of different legal systems, and help me add an international perspective. I am most interested in taking courses at Cornell Law School such as International and Foreign Legal Research and International Law and Foreign Direct Investment, as well as being an active member of the Briggs Society of International Law. As one of the Ivy League universities, Cornell University combines outstanding, preeminent faculty with a diverse and talented student body. I would like to attend various special lectures and activities Cornell Law School offers to supplement the core curriculum. Completing the Cornell Law School’s LL.M. program will bring me to the next phase of my professional career.

Yours sincerely,

马来西亚艺术留学优势和申请条件

一、马来西亚艺术留学优势

1、费用低

经济发达，政治稳定，消费水平低，是工薪阶层家庭可以承受的。马来西亚是英语学习的国家中费用最低的。

2、英语环境好

英语系国家，语言环境有助于学生迅速掌握英语会话与听力能力，增强英语沟通能力，快速提高英语水平，除公立大学以外，私立学院都以英文授课。

3、学校高

学校考试环节会综合平时的表现，利用作业的形式给予通过。毕业论文提前半个月的时间让学员撰写，不用参加答辩，由院方批审，予以毕业。

4、申请手续简单

申请马来西亚艺术类留学，免雅思、免托福，无需经济担保，签证成功率几乎为100%。对于没有英语基础或者英语成绩的学生，可以先到私立学校就读英语课程，通过学校的内部语言课程以后，也可以进入专业。

二、马来西亚艺术申请条件

1、语言要求

通常在马来西亚留学接就读艺术的学生，雅思成绩要求最低分数是5.5或6.0.很多学生认为就读语言课程浪费金钱和时间，这种理解是错误的。

在这个国家，本科，研究生，硕士等等课程是纯英文授课，书本全是英文。英语的好坏是决定你本科课程的成绩。

如果听不懂教授上课说得重点和布置的作业要求，下课你将会用5倍的时间和精力去学习，而且你也可能始终找不到课程的重点，也将会影响你的成绩和学习的动力。

如果成绩不及格，下学期重新再修此课程，这样在语言课程省下的金钱和时间，在本科课程又浪费了。所以，在就读国家的大学上英语课程是非常有必要的。

2、学历要求

高二在读生会在语言课程结束后，按学校要求上专业的预科课程。这是给年纪较小、在专业上缺乏知识的学生一次基础课程的“补氧”。

高三生按照高三会考成绩的高低将选择去学习预科和直接进入本科课程。大专在读生和大学在读生，可选择学习本专业，成绩如果可以达到B(75分)左右，可选择直接插班就读。

一般大学不接受大专在读生和大学在读生转换专业，并插班就读。因为专业不同课程不同，学生在转换专业插班就读就会跟不上课程。成绩不合格就会重新在读。浪费时间和金钱不说，学生也有学习压力。

现在马来西亚有专门给大专毕业生设计的专升本课程，例本科毕业生有学位和学历，就可以申请MBA和硕士课程。对于大专毕业3年以上，工作5年，年纪超过24岁的学生来说，可以选择专升硕课程。

3、综合能力

工作能力和经历特别是对已经毕业几年的申请者，这一点更加重要。如果你有多年工作经验，想要提升自己的学历，就需要学生特意写明自己的工作经验。

申请艺术留学大部分的材料都和普通留学生是一样的，不过艺术生还需要准备一项特别的材料，那就是作品集。

作品集是一个比较大的概念，不同的专业需要准备的作品集从内容到模式都是不一样的，大家准备的时候，只能参考前辈们的经验，不过千万不要抄袭，展示自己的能力是核心要求。

马来西亚留学机票购买指南

一、购票时间

基本上大家拿到了学校的offer，确认了录取之后，就可以开始看机票了，因为开学的时间会直接随通知书告知，大家出发的时间基本上可以确认下来，只需要对比票价即可。

国内有不少订票网站，提供跨国机票的预定，大家可以同时打开进行票价的对比，但是选择网站的时候一定要选有资质的，如果不放心的话，可以直接去预订。

二、直飞地点

国内开通了直飞的航班的城市非常多，区别在于航班的班次多少，目前除了北上广深之外，重庆、成都、西安、天津、武汉、昆明等地，都有直飞的航班。

大家在选择的时候，首选当然是离自己近的机场，然后再对比价格，大家需要提前做好出行的功课，才可以避免意外情况。

三、落地机场

一般选择的目的地是吉隆坡，这里目前有三个机场，均是大型的国际机场，每天的客流量都非常大，配套的服务设施也比较齐全，从国内飞过去的航班也比较多。

大家挑选的时候，首选的自然是价格，那个便宜选哪个;然后是离学校的远近，距离越近越省事;大家在出国之前，可以预约一个接机的服务，可以节省不少的时间。

四、行李额度

订好了机票之后，大家还需要特别注意自己订购的仓位允许携带的行李额度和规格，千万不要超过了要求，不然会面临罚款，或者出钱购买额外的额度，不然就要扔东西。

一般大家会选择经济舱，前往大码的航班，要求行李箱的规则要在20_40_55cm，重量不能够超过20kg，贵重物品和电子产品需要随身携带，不允许携带开封的商品。

马来西亚留学本科申请书【精选】

马来西亚留学本科申请书

Dear _,

I began my undergraduate study in the Department of Physics at Central China Normal University in September 1998. During the four years, I devoted myself to the mathematics, physics and computer coursed such as advanced mathematics, classical mechanics, quantum mechanics, statistical mechanics etc. It was my hop that I would be able to build a solid foundation for my future research. My undergraduate study was very successful and my overallGPA was among the top 5% in my class.

Academic Performance

After graduation in 1992,I was admitted by Peking University to pursue a Master’s Degree in Space Physics. The three-year graduate study at Peking University was fruitful. I took a number of coursed, such as Solar-terrestrial Space Physics, Space Plasma Physics and Ionosphere Physics, etc. In order to enlarge my knowledge background and to satisfy my curiosities to modern science., I audited and elected many other courses for other majors like General Relativity, Group Theory and Partial Differential Equations Simultaneously, I frequented the library to refer to different kinds of professional journals, such as Physics Review, Journal of computational Physic, Journal of Geophysical Research, Solar Physics, Astrophysics, etc. I kept myself well informed of the latest developments in this field, and developed my abilities to read and write English. To get a better understanding of academic research, I attended space physics academic communication meeting in 1992, and Geophysics Annual Conference in 1993 where many scientists delivered academic reports. I realized that undertaking the research work offers many interesting challenges, and I need to expand my knowledge in my field.

Because of my outstanding grades and academic performance, I was honored scholarship in two consecutive years, one is Subject Prize in the 1992-1993 academic year, the other is Guanghua Prize the highest scholarship at Peking University, in the 1993-1994 academic year.

Teaching Experience

At Central China Normal University, I took general education coursed, such as Psychology, Education and Teaching Methods. At the last semester, I began my teaching internship at high school. I taught my students clearly in aid of modern experiment instrument, and was widely welcomed by the students.

I became a teaching assistant in FORTRAN LLANGUAGE for undergraduate students at this semester at Peking University. In addition to the necessary FORTRAN 77 taught by the major teacher, I presented the students a variety of computer knowledge in C language, computer program design and computer software. I felt very pride when most of my students can operate computer expertly at the end of this semester.

Scholastic Aptitude

At my second year graduate study, I began to work as a research assistant of Professor Chuanyi Tu, a famous scientist in Space Sciences. He proposed the energy-cascading theory in a new solar wind model, and was awarded VIKRAM SARABHAI prize by COSPAR and ISRO. I modified his theory by considering the dissipation mechanism of the Alfven waves for heliocentric distance R 10R sun and developed a two-fluid model. The mechanism of solar wind acceleration is the basic problem in solar wind model. The purpose of my recent work is to explore the mechanism of solar wind acceleration and heating, and the mechanism of the heating of the corona. I want to establish the energy-cascading heating effect tow-fluid solar wind model by Alfvenic fluctuations, which can describe the radial evolution of power spectrum of Alfvenic fluctuation. The model includes the solar wind equations and power spectrum equation in the spatial and temporal. The FCT (flux-corrected-transport) methods are used to treat the mass equation and the momentum equation. The heat conduction equations as well as the power spectrum equation are treated by an implicit scheme. I devoted myself to the research and have solved most of the established problems independently.

This work is collaborated with Professor Hu at University of Science and Technology of China (USTC). This October and November, I took the opportunity to come to USTC to work directly under the guidance of Professor Hu, who is second to none for his achievements in the field of Magneto-hydrodynamics (MHD) numerical simulation in china. We discussed many questions about research theories and numerical methods. To determine whether a steady state is reached in the temporal evolution of the low, we need to examine some conserved quantities inherent in a steady-state solution to see if they are conserved throughout the domain. Through several weeks’ hard work in the Space Physics Laboratory of USTC, I achieved satisfactory solutions. The mass flux, momentum flux and energy flux are constant within 5%, 0.5% and 3%. In addition, I also participated in their seminar about nonlinear dynamics, and audited some coursed like chaotic dynamics. I realized that my collaboration with other university especially with USTC will give me a more solid and broad background on mathematics and Physics, and may make it easy for me to go into these fields of my later research.

Now, having experienced success and failure in my research work and studies, I have possessed the capacity of carrying research independently and developed my own working habit that somehow we seem to be successful. I believe I hold adequate potential to be further developed. I enjoy my present study and work, which are challenging and desirable. However, I am very eager to further my study in my chosen field up to the most advanced level in your institute. I love the research work and have aimed at a life time career in science for a long time. Upon completion of my study, I will return and make contributions to my homeland.

Yours sincerely,

马来西亚留学本科申请条件及费用

一、马来西亚留学本科申请条件

1.高中或同等学历

申请马来西亚本科需要有高中或同等学历比如高职和中专的文凭，专科学生也要有高中或同等学历文凭。毕业之前申请公立大学的同学在确保可以拿到文凭的前提，提供学校开具的预毕业证明提前申请即可。

2.成绩合格

马来西亚公立大学本科录取要求较高，需要高中3年6学期期末成绩平均分至少达到80以上(满分100)，专科CGPA达到3.0以上。随着申请马来西亚大学的学生人数越来越多，公立大学录取标准也在逐年提升。马来西亚私立大学数量要远大于公立大学，也不像公立大学招生名额非常有限，因此成绩平均分达到60以上就有机会申请，部分私立大学需要达到平均分70或者80以上。

3.语言要求

马来西亚本科申请需要提供雅思或托福等学校认可的语言能力证明。学士专业最低要求雅思5分，要求6.5分。如果没有雅思或其它认可的语言成绩，可以申请有条件录取，先读学校的语言班提升，再考到专业要求的雅思分数，即可进入专业课的学习。

马来西亚本科申请门槛较低，不需要考试，不需要中国高考成绩，高中、专科、高职等学历学生均可申请，没有雅思的同学可以先申请有条件录取到学校读语言班。

二、马来西亚留学本科费用

1、学费

本科阶段一年学费约8000-12000人民币，杂费约2000-3000人民币。每年实际费用约3万-4.5万人民币。

私立大学则贵一些，同学们根据自己情况选择即可。

2、生活费

学生的生活费根据学生所在地区而定，一般每月大概是700-1000元马币。

3、住宿费

学校宿舍每个月290-760马币左右，校外租房的话，每个月大概250-600马币。

在校外租房的同学们可以选择学校附近的学生公寓，步行到校。

4、餐费

一日三餐在5.5-9马币左右，同学们选择自己做饭的话，会更便宜一些。

马来西亚的本科阶段学制是三年，硕士1-2年，个别专业例外。

马来西亚留学申请流程

1、确认目标

大家如果有出国的打算的话，一定要早一点进行确认，这样后续才有更多的时间来对自己进行有针对性的提升，而目标学校和目标专业是同样重要的，需要综合各方面的因素。

个人的能力就是非常重要的一个方面，还要考虑到未来的就业情况，自然是首选，适合自己的专业才能够有助于大家优势的展示，可以享受的教学软硬件和服务是很重要的。

2、准备材料

然后是根据自己的目标要求，进行材料的准备，时间足够的话，还可以进行提升，重点可以放在语言上，保证自己能够在提交申请的时候，出示很不错的成绩单，IELTS或者TOEFL都可以。

学术类的证书和成绩单在完成学业后回自动获取，而基础的文书CV、PS、RL则需要大家进行书写，展示申请者的优势，最后是身份类的材料，要保证真实和完整，确认没有遗漏。

3、提交申请

学校开放了申请的渠道，自己的材料也准备好了之后，大家就可以提交自己正式的申请了，网申表是直接在线上填写的，大家确认了自己的资格之后，就可以直接进行提交，先占据名额。

然后就是按照学校的要求将文书材料整理好，再通过邮寄的方式，将所有的材料打包好了之后，再寄往学校，一定要进行追踪，确定自己的材料，可以顺利的学校接收到。

4、确认录取

目前的审核速度已经大大的进行了提升，可以比较快的拿到审核的结果，一般等待一个月左右的时间就足够了，大家可以等左右结果出来再进行确认，保证自己做出合适的选择。

要对拿到手的所有offer进行对比，确认最适合自己的职业规划的目标，这样后续的学习也会顺利很多，确认了之后，还需要缴纳学费进行资格的确认。

马来西亚留学国民大学申请书【例文】

马来西亚留学国民大学申请书

Dear _,

I am planning to pursue graduate studies towards a Ph.D. degree at your school of engineering starting from the fall of 1999.

My interest in the building structure can be traced back to my success in high school years, when I excelled my fellow classmates in physics and geometry. This not only fired off my interest in structural design but also helped to lay solid groundwork for my undergraduate studies in civil engineering, which heavily involved mechanics in physics and solid geometry.

With excellent scores in the compulsory national university entrance examination, I won acceptance in 1991 into the Beijing Polytech University, one of China’s top 10 engineering schools, particularly well-known for its structural engineering. For five years at this university, I received strict and thorough training in areas such as building structures, building materials. Soil mechanics and foundation, concrete and masonry structures, construction, steel structure and earthquake resistant structure. I also took every opportunity to participate in co-po work and projects commissioned by construction and design companies.

Opportunities abound for civil engineers and civil engineering students in China, which now houses the world’s fastest growing major economy. At every year’s job fair held on the campus of the Polytech University, more than 200 positions compete for 60-odd graduating students. Under such circumstances, undergraduate students in their fifth year are also in high demand for internship at various construction companies and design institutes. Virtually every student gets a full workload immediately upon starting the internship and assumes considerable responsibilities soon afterwards.

I became the luckiest among the lucky by winning a rare opportunity for any civil engineer: to participate in the design of the Beijing Western Railway Station, the largest urban structure in China up to date. This happened while I interned, along with five other schoolmates, at the Beijing Architectural Institute. This institute has designed virtually all the modern landmark buildings in China, including the famous Great Hall of the People and the Museum of Revolutionary History on the Tiananmen Square, the Beijing Railway Station and the Asian Games Village. It was on the strength of my academic merits that I got to enjoy these opportunities.

The Western station project in Beijing consisted of the mail hall (70,000 square meters), south wing building group (40,000 square meters) and north wing building group (35,000 square meters). My task was to assist in the design of a shopping centre in the south wing which had 16,000 square meters. I independently accomplished a quarter of the design for the whole building, mainly responsible for the foundation design, calculation and drawing of steel distribution of beam, floor, columns and concrete piles. I cherished this opportunity to apply the knowledge I had learned in the classroom to the real world problems and I worked with my utmost dedication.

I, however, soon found out that, even in this monumental project, design techniques applied in many cases left much to be desired. When treating the wind load, the earthquake force and the effect of frozen soil, historical data and intelligent estimates were used in place of accurate measuring. This phenomenon made me determined to improve my knowledge and skills in a graduate program that can teach sophisticated know-how, such as yours.

It regrettably turned out that the design of the mail hall was seriously flawed, which drew intense media attention nationwide. The structure sank two meters after completion. As experts continue to help the court determine who is responsible, I myself have been awed by this drama and kept researching it ever since it became known.

My tentative explanation, submitted to take into account the underground water’s power of buoyancy, even though the structure base was put below the waterbed. The structure floated until enough load was mounted. The proper construction method therefore should have involved artificial precipitation until the completion of structure.

Upon graduation in 1996, I joined the Beijing Biggest Co., one of the four largest construction companies in China, and immediately took on management duties as an assistant manger at the construction site. I have supervised steel engineering, concrete engineering and platform engineering for there twenty-three story buildings in the Beijing DD residential area, a total of 60,000 square meters in apartments. In this capacity, I was compelled to learn management skills which had never been taught in the classroom. Although construction management is not what I foresee to be a lifetime pursuit, I executed my duty meticulously and creatively. I became the first construction site manager in the company to conduct experiments comparing box-weir maintenance and the traditional manual watering method. By using box-weir method, weak concrete and cracks in the concrete were eliminated. Through these important, albeit small, steps of improvement, I have derived immense satisfaction.

My vigorous academic training and exposure to intricate design problems and complex construction management issues has stood me in good stead professionally compared to my peers. My plan to further my career through advanced studies stems from self-confidence in my academic calibre and also a strong desire to solve design and construction problems encountered at work. I have researched your program based on the materials I have available to me and decided that advanced studies under your seasoned guidance will be a shortcut for me to reach my goal. I request that you give my application for admission and financial support favourable consideration.

Yours sincerely,

马来西亚国民大学研究生申请条件及学费

1、马来西亚国民大学条件

最低年龄：无明确要求。

学历要求：本科毕业。

平均分及说明：无明确要求。

语言及相关考试要求：无明确要求。

其它要求：

学术要求：

1.以优异的平均分获得国民大学或其他高等教育机构学士学位;

2.医学或牙科学学位;

3.或被国民大学教务会认可的其他学历;

4.符合申请专业所规定的其他条件。

语言要求：

1.托福或雅思达到所申请专业规定的最低要求;

2.某些专业将要求学生参加英语能力分级考试，未达要求者将被要求在进入专业课学习之前参加最长两个学期的英语课程。

2、马来西亚国民大学学费

马来西亚国民大学学费一年需要约30000人民币，具体的学费信息由专业来定，马来西亚国民大学生活费每月平均为马币700元至1000元之间。具体的学费信息如下：

马来西亚国民大学学费，马来西亚国民大学预科课程学费6个月需要16600人民币。马来西亚国民大学本科课程学费一年需要约30000人民币，3年制。马来西亚国民大学硕士课程学费，法学硕士学费1.5年需要2万人民币，教育学学费需2.5年要38844人民币，经济学学费1.5年需要2万人民币，科学类学费2年需要23240人民币，MBA学费2年需要87648人民币。

马来西亚国民大学收费一年学费加生活费用平均需要6万人民币，其中，马来西亚国民大学学费一年需要约30000人民币，马来西亚国民大学生活费，每名学生的整体生活费用每月平均为马币700元至1000元之间。整体生活费是根据学生所在的州属及生活方式而定。

马来西亚国民大学优势

1、马来西亚国立大学是马来西亚教育部和中国教育部一直认可的国立大学，20xx年10月英国《泰晤士报》全球排名马来西亚名，全球第300名。

2、国际学生统一全英文授课，马来西亚留学手续简单快捷，签证100%，无需经济担保，教学水平备受学生、家长推崇。

3、平均学费4，0000马币/年和生活费用1，5000-3，0000马币/年，平实的费用是每一位优秀学生都有机会获得高质量的学习机会。

4、马来西亚国立大学具备完善的英式教育体系和来自世界各地的资深教师，大学内广泛地利用英语来交流，这使那些已掌握好英语的学生们能更容易地修读课程，同时也让那些正在学习英语的学生们获得更多学习的机会。

5、马来西亚是英语流行国家，拥有很好的语言环境和丰富的英语教学经验，学生在完成英语课程、2+1或1+2课程的前部分之后，从马来西亚可以续往英、美、澳、加等国深造，手续简便，条件宽松。

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