最新版2022加拿大标准留学申请书（汇总四篇）
加拿大是世界上少数几个教育体系最完整、教育水准最高的国家之一，尤其在商科、工程、学科中居世界领先地位。下面就是小编给大家带来的最新版2021加拿大标准留学申请书范文，希望能帮助到大家!
2021加拿大标准留学申请书范文
Dear _,
I hold the British physicist Hawking in great esteem in that he was able tocomplete such a great work as History of Time when he had to rely on mechanicaldevices to sustain his life and was deprived of his ability of speech. Althoughhis body was confined to a wheelchair, his mind soared freely in the boundlessuniverse. I was shocked deep in my soul. Therefore, I am convinced that themeaning of a person‘s life, transitory as it is, dwells in learning andinnovation. I keep reminding myself that the journey of life that I wish topursue should consist of incessant progress and innovation.
Hard efforts always pay off. My industry in high school studies ended up inmy success of being admitted into ZheJiang University without being required totake entrance examination, which was itself a special honor. There, the liberalacademic atmosphere and heavy coursework effectively augmented my horizon ofknowledge and my perspective. In the first year of my undergraduate studies, asthe 150th top student out of a total of 3000 students, I was selected to studyin the "Mixed Class" which consisted of top students of the University withinter-disciplinary backgrounds. In this class, competitions were unusuallyfierce. All the basic courses including physics, general chemistry, andmathematical analysis were taught in English and all the textbooks were inEnglish. The curriculum was characterized by great diversity and the level ofdifficulty of all examinations far surpassed those administered to averagestudents, and even surpassed those in Tsinghua University and Peking University.Though the majority of students initially felt displaced and their GPAs werecorrespondingly relatively low, the scores represent more than their surfacevalue.
In my undergraduate studies, I chose to specialize in computer science andengineering. Having completed all the basic coursework in the first two years, Idevoted virtually all my energy to the study of computer graphics becausegraphics is one of the most important media of information as well as one of thefastest developing and most lively branch of computer science as a whole. It hasextremely wide prospect of application. The course that I liked most wasFundamentals of Data Structure in Computer because it made me realize that agood algorithm could substantially conserve the cost of resources and reduceboth the time complexity and theSPAce complexity. This factor has encouragedresearchers to undertake continued exploration and improvement of algorithms.The thesis on Three-Dimensional Image Reconstruction that I am preparing isdesigned to improve conventional algorithm.
At present, I am involved in a robot project being developed by ABBCompany. The problem that our group face is how to transform the robot‘s visualinformation into data that can be stored and processed by the computer. In thatpart of project that I am in charge of, my work is to implement a more effectivemethod for the texture mapping module. On one hand, some of the principles andmethods in this project can be derived from 3-D reconstruction technology. Onthe other hand, I have found that many aspects in the development of theCAD/CAGD are far from mature. I hope that I can undertake further research inthis area. I believe that I will be qualified for this research because I havereceived systematic trainings in mathematics, physics, logic, and computerprogramming. In addition, I have accumulated relatively abundant practicalexperience in actual experiment operations and developed my ability to conductindependent research.
The 3-D Reconstruction is an important subject within the general frameworkof computer graphics that has the widest application. Currently, its methodologycomprises of two major categories: dynamic reconstruction and staticreconstruction. In view of the limitations in terms of the size of the objectprocessed and the cost of processing in dynamic reconstruction, I have putforward a new algorithm based on static reconstruction, that is, the algorithmembodied in the reconstruction of a convex singly-connected 3-dimensional objectby means of 2-dimensional photos. Compared with conventional algorithm, thisalgorithm that I have designed saves more space, and is quicker in speed. Theeffect is especially salient in processing relatively large-sized real objectslike a building, rockets, space shuttles, and mountains. It is conceivable thatmy approach of reconstructing 3-D information by utilizing the 2-D geometric andtopological information of real objects will enjoy a very bright prospect ofapplication.
Nevertheless, to translate my design concepts into reality so as to workout many problems in graphics will be impossible without more advanced levels ofknowledge. Therefore, I apply for a high-level degree program in the Universityof --------------------------. It is my belief that the advanced educationalsystem, stimulating academic environment, and creative ideas of research willcombine to bring into full play my active thinking and solid academicfoundation, ultimately leading to a fruitful career in the field.
My interest of research mainly lies in the three sub-areas of ComputerScience & Engineering. Computer Graphics & Imaging Technology is myfirst choice. Apart from this field, I would also like to concentrate on twoother fields related to computer science. Naturally, Network becomes my secondchoice. Network security is becoming an increasingly important issue in computertechnology, but unfortunately the relevant technology has failed to reach highsophistication. There is much room for improvement and I see this as a possiblearea for me to achieve some sort of breakthrough in the future. I would alsolike to devote myself to Software Engineering. I have already established arelative solid foundation in this field as it is the strongest undergraduateprogram of CS Department of my university and I have already done a series ofprojects, both by myself and by group work. Such experience will also assist mein completing my degree programs satisfactorily.
My ultimate aim is to become professionally trained and return to Chinawith the knowledge and expertise that I acquire from my studies abroad. By thattime, I will be an expert on computer graphics to be engaged both in researchand in teaching. I can solve sophisticated technical problems on one hand andimpart my accumulated theoretical knowledge to others on the other. In this way,my life will be made rich and meaningful.
Yours sincerely,
bzuowen.com/shenqing/
加拿大留学安全注意事项
一、住宿
对新生来说，能够保证住宿安全的方式就是住学校，因为宿舍一般是安排在学校里面的，宿舍楼会有齐全的安保，入住的人也仅限学生，整体的环境会比较单纯。
后续大家如果想搬出去自己住的话，选择物业有保障的公寓，而且尽量选择合租，不仅是可以省钱，还可以在生活中互相照应，平时有问题可以直接找物业解决，节省麻烦。
二、出行
需要先了解本地的交通法规，首先要遵守，才能够避免很多可能会发生的问题，大家尤其要关注条例中和国内不一样的方面，这些会直接影响大家正常的生活，遵守可以保证大部分安全。
而大家平时出门，一般会选择公共的交通工具，这些工具的安全性还是比较高的，大家要注意看好路线图不要坐错，此外下车是需要大家提前按铃的，不要忘记了从而耽误行程。
三、居家
大家出门记得要锁好门，回家后也要记得随手关门，窗户也要锁好，保证自己不会受到外部的侵害;独自在家的时候，不要随便给陌生人开门，一定要询问并且确定对方的身份。
四、财产
自己的现金、银行卡等，一定要保管好，不要随便将密码透露给其他人，万一遗失记得尽快挂失，可以有效地降低损失;此外也不要随便将私人身份的信息告诉别人，万一用于不法途径会影响大家的生活。
五、社交
交朋友是很有必要的，但是大家的社交圈不宜拉得过宽，如果没有意向留在加拿大的话，没有必要认识过多的社会人士，只要和同学以及老师打好交道就可以了。
六、其他
而自己还需要了解清楚遇到紧急情况的时候的求助电话，这样可以在遇到危险之后及时求助，从而获取帮助，这样能够将自己的损失降到最低。
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加拿大留学生入境流程介绍
1、入境登记
乘飞机时，会有空服人员给你一张加国的入境登记卡，卡有两面，一面是英文一面是法文，在飞机上填好，就不用在加国边境现填写，可以节省时间，卡上的证件号码是填护照号码，不是身份证号码。下机后，海关官员再根据申报表的内容与实际物品核对。
2、文件准备
准备好护照、签证、海关申报表(飞机上已经填写好的)。第一次到加拿大的留学生还要带上自己的录取通知书和加拿大驻华大使馆发的登陆纸。
3、办理入境
走下国际航班，随人流前行，上下一些台阶以后，就会到达海关入境大厅。进入大厅后到加拿大移民局(CanadaImmigration)办理StudyPermit，先去排队，然后轮到你的时候，哪个移民官柜台上面的灯是亮的，你就去哪个柜台，移民官将会审查护照和签证，并查看你的入学通知书和学费收据、还会用英文问你一些问题，大概是在加拿大呆多久和在哪个大学及什么时候回家之类的问题。你一定要用英语回答，然后他收回你的登陆纸，发给你Studypermit(学习许可)，并将它直接订在你的护照上。
移民局工作人员还会在你的护照和海关申请表上盖章。要特别注意的是，留学生初次入境先排队把StudyPermit拿好，不要急于拿行李。记住这是非常重要的一环，因为加拿大移民法规定，登陆地点的移民官有权拒绝任何人入境，千万不要以为已经到了那就万事大吉了，移民官如果不满意你的回答一样有权不许你入境。办理入境手续一定要在第一登陆地点(即飞机到达加国的第一个城市)。StudyPermit千万不可以丢了，因为它十分重要，上面有你就读的学校和课程及签证到期日。
4、提取行李
办理好入境手续之后，可以到行李传送带前提取自己托运的行李，取行李处都有手推车可供使用。行李车在温哥华机场免费使用，多伦多机场要投硬币行李车才能推出来(事先准备好加元或美元硬币均可，机场也有兑换的地方)，归还的时候会退给部分费用。拖运的行李放在行李传送转盘上，每条行李传送带的旁边或中间都有一个显示器显示航班号，找到你对应航班的转盘，取走托运的行李。你在行李上做一定的标记，比如说贴不干胶或系绳子，这样就可以一眼找到自己的箱子，省很多时间。