机械工程专业大学留学申请书（精选12篇）由网友“珂赛特”投稿提供，下面是小编为大家整理后的机械工程专业大学留学申请书，以供大家参考借鉴!
篇1：机械工程专业大学留学申请书
20机械工程专业大学留学申请书
Dear _,
An experienced engineer of security printing with China’s Central Bank, I now would like to scale higher intellectual heights by pursuing Ph. D. studies in mechanical engineering at your university. I believe that my strong background in CAD has adequately prepared me to embark on this endeavor.
I have been working since for the People’s Bank of China, a Chinese version of the Federal Reserve, at its unique research institute of security printing, with the responsibility of designing the Chinese currency and the machinery to produce it. By engaging me in a variety of projects, the job afforded me ample exposure to cutting-edge developments in computer technologies, particularly in CAD software. I have, for example, recently redeveloped a purchased CAD (Computer Aided Design) software to make it more suitable for our own purposes. By adding our own part/subassembly to the database and make our own drawing criteria, we have achieved dramatically better efficiency.
My job performance, which has won me professional respect from all of my colleagues, was achieved thanks to the strong background I acquired as a student in computer science. My undergraduate GPA ranked first among the 63 students of classmates in mechanical department, for which I was awarded first-class and second-class prizes many times. My graduate GPA ranked among the top 4% of the 105 students in my year, which won me the “San Hao” scholarship every year during the three years of my graduate studies.
Unlike many other Chinese students, who are content with performing well in exams, I made a point of learning through my own hands-on experiences. In the Master’s program at the Beijing Institute of Printing, I gained an in-depth understanding of artificial intelligence, including expert system and genetic algorithm, especially in neural network. For my thesis, I programmed a multi-level BP neural network with C language to analyze my mathematical model, and applied much of my knowledge in optimization. I thus became able to program with a host of different computer languages, especially C++, with which I helped my graduate advisor to design a paper-cutting machine. To analyze the mechanism statically and dynamically, I programmed a software system to analyze and emulate it on screen. In undergraduate studies, I had often programmed with Fortran77 and the Basic language.
Upon the completion of my Master’s studies, I easily passed the doctoral record examination in CAD/CAM of Beijing University, one f the top universities in China. But I gave up the opportunity in order to gain more practical experience in the industry. The decision proved to be right, as it guaranteed me better access to sophisticated facilities, such as state-of-the-art personal computers. With the People’s Bank of China, I have thus accumulated solid expertise in many kinds of operating and application software systems, particularly in CAD. I now have a firm grip on the latest developments in computer science in China.
The challenges I met and the successes I achieved at the People’s Bank have not only endowed me with confidence but also fired off my desire to further improve myself. I have enjoyed high-quality and efficient production with the use of a kind of PC-based CAD software, MDT, developed by Autodesk Corporation. I now have a dream: some day, every person can design his favorite product with some sort of CAD software, and then search for an ideal factory over high-speed internet its production; and the factory will put specifications of the product, as it has received them via the high-speed internet into its CIMS, and out pops the product, as designed, at the end of the factory’s production line. It is a beautiful dream for every engineer, but many difficulties the speed of data-transfer and how to manage the product data among CAD, CAM, CAPP and CAE systems. These questions are fascinating, and I would like to come up with my own answers to them.
To prepare myself for advanced studies in your country, I have persisted in improving my English proficiency. As demonstrated by my score of 700 (96%) in the verbal section of GRE, I now have an adequate command of English for undertaking graduate studies in your program.
After carefully comparing the strengths of many universities, I find Mercy University particularly suited for my purpose. It has got the best combination of quality faculty, many state-of-the-art facilities, and an intriguing academic environment. Currently, China still lags significantly behind Western countries in mechanical engineering. I hope that, with a few years of graduate studies under your seasoned guidance, I will be able to return to my motherland and help bring mechanical engineering in my country to international standards.
Although my ultimate objective is a Ph. D. degree, I am willing to do a Master’s degree if necessary. In either case, I would like to concentrate my studies in one or a combination of the following areas: CAD, CAM, CIMS, Computer graphics, Mechanical design, Mechanical manufacturing, Optimization, Artificial intelligence, and Robotics. Your favorable evaluation of my application will be highly appreciated.
Yours sincerely,
xuexila
芬兰本科和硕士留学申请条件
本科留学
一、申请条件
1.中国学生需要高中毕业，申请时候提供高中毕业证书和高中三年成绩单。
2.中国学生申请之前要提供雅思成绩，最低分数为6分。
3.芬兰本科多为每年秋季开学，并且是集中申请，秋季入学的申请时间集中在1月7号到2月11号之间，可以同时有4个申请选择。
4.芬兰本科申请中心将在每年4――5月份之间在中国北京，武汉或者上海，或者芬兰在中国的使馆，领事馆组织芬兰本科入学考试，根据学生所申请的专业不同，一般需要考试英语，数学，物理(商科)，或者英语和数理化综合试卷 (理工类)，另外部分学校还要求口语面试或者电话面试。通知考试的信件中会提及到考试地点，费用，以及所考成绩会被哪几所学校认可。
5.申请结果将在6月初以书面形式发到申请人手中。
二、申请材料
被芬兰高等院校接受的外国学生，必须出示能够支付在芬兰生活和学习所需所有费用的证明。芬兰及其它国家的居民均可作经济担保人。经济担保证明形式应是银行出具的申请人立户及带有存款金额的证明。担保人必须在芬兰一家银行以申请人名义(即在申请人名下)存入一年所需费用6500美元，然后由银行出个申请人立户及存款金额证明。
申请人须有最低额为7000美元银行汇票，或本人在芬兰银行的存款证明，第三国经济担保无效。
芬兰的学生可以每周打工20个小时，但是工作很不好找，主要是语言问题。如果申请去的是一些小城市学习，工作机会更少。雇主非常看中学习成绩，所以打工，也还是先要好好学习。
硕士留学
一、年龄
想申请读芬兰的硕士课程的学生需要在18岁以上但不超过35岁。
二、学历
申请读芬兰硕士课程的中国学生必须要在国内的本科大学或者是职业技术学院学习，如果是快要本科毕业的学生应该要尽早做好申请的准备工作，要开始准备各种申请材料。
如果要入学芬兰的硕士课程需要中国的学生在国内学习完本科的课程并且拿到学位，并且在本科的考试中拿到较高的分数，对学生在本科的考试中GPA要考到3.0分以上，只有GPA的分数越高的话才越容易申请。
三、语言
申请读芬兰的硕士课程是需要英语的考试分数的，芬兰的硕士学位的申请要求学生的IELTS的考试分数要考到6.0-6.5分以上，绝大多数芬兰的硕士课程需要学生的IELTS能够上到6.5分才能入学，所以IELTS的分数越高的话会更容易申请到芬兰的有名的大学读硕士课程。
或者是考了TOEFL的同学分数要在580分以上，或者是在国内考了大学的英语六级证书都是可以去申请芬兰的硕士课程的，芬兰的各个大学对学生的英语相关的考试分数都有一些差异。
如果要申请读芬兰的硕士课程但是英语没有过关的同学，在芬兰是没有语言的预科可以去读的，所以想申请的学生在国内要提早把英语相关的考试考好，这样就不会耽误硕士的入学了。
四、专业
在芬兰学习硕士课程是不接受转专业的申请的，也就是在国内学习的本科专业，在申请读芬兰的硕士专业的时候也要跟本科学习的专业是一致的，如果是相关的专业申请也是可以接受的，或者是参加过跟申请的专业有关联的工作也可以。
五、经济
到芬兰去读书办签证的时候是不需要准备担保金的，但是需要提供存款的证明6万元以上并且是3个月以上的。如果被芬兰的学校录取了必须要提供能够支付在芬兰读书的全部费用的证明。
芬兰留学申请材料准备清单
一、芬兰留学存款证明
被芬兰高等院校接受的外国学生，必须出示能够支付在芬兰生活和学习所需所有费用的证明。芬兰及其它国家的居民均可作经济担保人。经济担保证明形式应是银行出具的申请人立户及带有存款金额的证明。担保人必须在芬兰一家银行以申请人名义(即在申请人名下)存入一年所需费用6500美元，然后由银行出个申请人立户及存款金额证明。
申请人须有最低额为7000美元银行汇票，或本人在芬兰银行的存款证明，第三国经济担保无效。
芬兰的学生可以每周打工20个小时，但是工作很不好找，主要是语言问题。如果申请去的是一些小城市学习，工作机会更少。雇主非常看中学习成绩，所以打工，也还是先要好好学习。
二、芬兰留学申请材料
1、填写完整的申请表。
2、学历或大学在读公证书及各学期成绩单的公证书。
3、英语语言能力证明:TOEFL或IELTS成绩或英文考级证明。
4、个人简历：包括出生日期、婚姻状况、家庭住址、个人爱好、学习经历、工作经历等。
5、工作经历公证书：如已工作请写明工作经历、工作职务及职责范围，并附工作单位评语、推荐信(加盖公章)。
6、学习计划：要写明赴芬兰就学目的、选择专业动机、赴芬兰就学经济来源、个人发展计划、兴趣爱好及性格特点的描述等，全文应在1000字左右。
7、照片6张。
8、在一张空白纸上打印上你的中、英文通信地址、邮编及电话。
注：以上资料均要求中、英文对照，除公证书外全部使用A4规格纸张。
篇2：机械工程专业留学申请书
2021机械工程专业留学申请书
Dear _,
An experienced engineer of security printing with China’s Central Bank, I now would like to scale higher intellectual heights by pursuing Ph. D. studies in mechanical engineering at your university. I believe that my strong background in CAD has adequately prepared me to embark on this endeavor.
I have been working since 1996 for the People’s Bank of China, a Chinese version of the Federal Reserve, at its unique research institute of security printing, with the responsibility of designing the Chinese currency and the machinery to produce it. By engaging me in a variety of projects, the job afforded me ample exposure to cutting-edge developments in computer technologies, particularly in CAD software. I have, for example, recently redeveloped a purchased CAD (Computer Aided Design) software to make it more suitable for our own purposes. By adding our own part/subassembly to the database and make our own drawing criteria, we have achieved dramatically better efficiency.
My job performance, which has won me professional respect from all of my colleagues, was achieved thanks to the strong background I acquired as a student in computer science. My undergraduate GPA ranked first among the 63 students of classmates in mechanical department, for which I was awarded first-class and second-class prizes many times. My graduate GPA ranked among the top 4% of the 105 students in my year, which won me the “San Hao” scholarship every year during the three years of my graduate studies.
Unlike many other Chinese students, who are content with performing well in exams, I made a point of learning through my own hands-on experiences. In the Master’s program at the Beijing Institute of Printing, I gained an in-depth understanding of artificial intelligence, including expert system and genetic algorithm, especially in neural network. For my thesis, I programmed a multi-level BP neural network with C language to analyze my mathematical model, and applied much of my knowledge in optimization. I thus became able to program with a host of different computer languages, especially C++, with which I helped my graduate advisor to design a paper-cutting machine. To analyze the mechanism statically and dynamically, I programmed a software system to analyze and emulate it on screen. In undergraduate studies, I had often programmed with Fortran77 and the Basic language.
Upon the completion of my Master’s studies, I easily passed the doctoral record examination in CAD/CAM of Beijing University, one f the top universities in China. But I gave up the opportunity in order to gain more practical experience in the industry. The decision proved to be right, as it guaranteed me better access to sophisticated facilities, such as state-of-the-art personal computers. With the People’s Bank of China, I have thus accumulated solid expertise in many kinds of operating and application software systems, particularly in CAD. I now have a firm grip on the latest developments in computer science in China.
The challenges I met and the successes I achieved at the People’s Bank have not only endowed me with confidence but also fired off my desire to further improve myself. I have enjoyed high-quality and efficient production with the use of a kind of PC-based CAD software, MDT, developed by Autodesk Corporation. I now have a dream: some day, every person can design his favorite product with some sort of CAD software, and then search for an ideal factory over high-speed internet its production; and the factory will put specifications of the product, as it has received them via the high-speed internet into its CIMS, and out pops the product, as designed, at the end of the factory’s production line. It is a beautiful dream for every engineer, but many difficulties the speed of data-transfer and how to manage the product data among CAD, CAM, CAPP and CAE systems. These questions are fascinating, and I would like to come up with my own answers to them.
To prepare myself for advanced studies in your country, I have persisted in improving my English proficiency. As demonstrated by my score of 700 (96%) in the verbal section of GRE, I now have an adequate command of English for undertaking graduate studies in your program.
After carefully comparing the strengths of many universities, I find Mercy University particularly suited for my purpose. It has got the best combination of quality faculty, many state-of-the-art facilities, and an intriguing academic environment. Currently, China still lags significantly behind Western countries in mechanical engineering. I hope that, with a few years of graduate studies under your seasoned guidance, I will be able to return to my motherland and help bring mechanical engineering in my country to international standards.
Although my ultimate objective is a Ph. D. degree, I am willing to do a Master’s degree if necessary. In either case, I would like to concentrate my studies in one or a combination of the following areas: CAD, CAM, CIMS, Computer graphics, Mechanical design, Mechanical manufacturing, Optimization, Artificial intelligence, and Robotics. Your favorable evaluation of my application will be highly appreciated.
Yours sincerely,
xuexila
奥地利留学生活常识一览
一、衣
奥地利的夏天气候是比较凉爽的，平均气温是十几度，的气温也可以达到三十几度，夏季的衣服你可以带休闲装、衬衫和外套。奥地利冬天的气温比较冷，在室内会有暖气提供，不过外面还是非常寒冷的，你还是带上你的羽绒服和薄的毛衣过来。奥地利的人他们穿着是很随意的，牛仔裤是他们经常穿的，他们不注重衣服是否高档，只要是整齐简洁就可以。如果你带够了衣服的话，就不用经常在这里买衣服，等到打折季再去买折扣就会有很多，买多了到时候回国的时候也带不了。
二、食
你在奥地利读书可以去学校的食堂吃饭，或者是在你住的地方做饭也可以，学校的食堂会给学生补贴，自己做饭的购买食材的成本要少很多。如果是几个好朋友一起聚餐的话，其实费用不是很多，因为如果是AA的话分到每个人的费用是很少的。在奥地利学校的食堂吃饭首先要买票，学生持有学生证可以有优惠价。在奥地利的超市有亚洲的食品，吃不习惯奥地利的美食的学生可以自己来做饭，食品的价格也不贵。
三、住
在奥地利住宿都是要申请的，你可以申请到离学校很近的房子，环境都还不错，单人房的价格是要比单人房的价格要贵的，里面还有很多公共设备是一起用的。很多的学生就是因为没有住到学校的宿舍才开始在外面租房的，租的房子一定要找距离学校很近的房子，这样上下学也很方便，不好的一点就是学校附近的房子都还挺贵的。
四、行
在奥地利人们出行大多数的都会坐地铁，因为地铁是不用担心会堵车的，而却还比较安全。要是你平时不赶时间的话可以坐坐公交，欣赏一下奥地利的美景。你要提前去办公交卡，乘车也会比较方便，不用再排队去买票了，而且对于学生来说还有优惠价。
奥地利留学要提前安排好的事项
1.联络接机要提前
大多数学校都会安排接机服务，如果学生是准备住在学校宿舍，学校会安排有关人员到指定机场接机;如果学生住寄宿家庭，一般是由将入住的家庭派人接机;如果学生是通过留学中介办理的，在学生出发前，中介都会帮学生安排好接机事宜，学生只需随身带好接机人的联系方式，万一班机误点可以到了目的地机场后与接机人取得联系。一定要在把定预定机票的时间跟留学顾问老师商量好，确定时间国外有人接机，这一点相当重要。
2.申请宿舍要赶早
住是一大问题。建议学生，住宿是事先必须解决的问题之一，而且必须在入境前给予充分落实。对于初抵异域的学生，如果学校提供住宿，在没有熟人的情况下，选择住学校宿舍，作为过渡。等基本适应当地的生活和学习后，可考虑按照自己的生活方式选择其他的住宿形式。不过学校的宿舍一般比较紧张，需较早申请。
3.心存感恩有人帮
遇到困难可以联系在读学校的事务局或国际学生服务处。有关签证办理的事项找移民局，当你的人身安全受到威胁或者在当地发生法律纠纷等大件事情时可以向中国驻当地大使馆求助。顾问表示：“新生落地后的接机、住宿、银行开户、熟悉周遭环境等事项都可请求当地中国留学生会帮忙。由于同学会是义务帮忙，因此在寻求同学会协助时，请心存感激，不要抱持理所当然的态度。”
4.设两账户巧理财
出境携带的现金总额是不能超过5000美元(大约2万元人民币)的，建议留学生身上带美元左右即可，以备不时之需，带旅行支票或汇票，既方便又安全。到目的地后开一张银行卡，将带的钱存到当地银行，存取都很方便。当然各地的情况也有所不同，告诫学生，不要一味即使家里经济背景良好，也不要一直炫富，以免带来不必要的攀比之心与麻烦。
篇3：机械工程专业留学申请书
机械工程专业2021留学申请书
Dear _,
An experienced engineer of security printing with China’s Central Bank, I now would like to scale higher intellectual heights by pursuing Ph. D. studies in mechanical engineering at your university. I believe that my strong background in CAD has adequately prepared me to embark on this endeavor.
I have been working since for the People’s Bank of China, a Chinese version of the Federal Reserve, at its unique research institute of security printing, with the responsibility of designing the Chinese currency and the machinery to produce it. By engaging me in a variety of projects, the job afforded me ample exposure to cutting-edge developments in computer technologies, particularly in CAD software. I have, for example, recently redeveloped a purchased CAD (Computer Aided Design) software to make it more suitable for our own purposes. By adding our own part/subassembly to the database and make our own drawing criteria, we have achieved dramatically better efficiency.
My job performance, which has won me professional respect from all of my colleagues, was achieved thanks to the strong background I acquired as a student in computer science. My undergraduate GPA ranked first among the 63 students of classmates in mechanical department, for which I was awarded first-class and second-class prizes many times. My graduate GPA ranked among the top 4% of the 105 students in my year, which won me the “San Hao” scholarship every year during the three years of my graduate studies.
Unlike many other Chinese students, who are content with performing well in exams, I made a point of learning through my own hands-on experiences. In the Master’s program at the Beijing Institute of Printing, I gained an in-depth understanding of artificial intelligence, including expert system and genetic algorithm, especially in neural network. For my thesis, I programmed a multi-level BP neural network with C language to analyze my mathematical model, and applied much of my knowledge in optimization. I thus became able to program with a host of different computer languages, especially C++, with which I helped my graduate advisor to design a paper-cutting machine. To analyze the mechanism statically and dynamically, I programmed a software system to analyze and emulate it on screen. In undergraduate studies, I had often programmed with Fortran77 and the Basic language.
Upon the completion of my Master’s studies, I easily passed the doctoral record examination in CAD/CAM of Beijing University, one f the top universities in China. But I gave up the opportunity in order to gain more practical experience in the industry. The decision proved to be right, as it guaranteed me better access to sophisticated facilities, such as state-of-the-art personal computers. With the People’s Bank of China, I have thus accumulated solid expertise in many kinds of operating and application software systems, particularly in CAD. I now have a firm grip on the latest developments in computer science in China.
The challenges I met and the successes I achieved at the People’s Bank have not only endowed me with confidence but also fired off my desire to further improve myself. I have enjoyed high-quality and efficient production with the use of a kind of PC-based CAD software, MDT, developed by Autodesk Corporation. I now have a dream: some day, every person can design his favorite product with some sort of CAD software, and then search for an ideal factory over high-speed internet its production; and the factory will put specifications of the product, as it has received them via the high-speed internet into its CIMS, and out pops the product, as designed, at the end of the factory’s production line. It is a beautiful dream for every engineer, but many difficulties the speed of data-transfer and how to manage the product data among CAD, CAM, CAPP and CAE systems. These questions are fascinating, and I would like to come up with my own answers to them.
To prepare myself for advanced studies in your country, I have persisted in improving my English proficiency. As demonstrated by my score of 700 (96%) in the verbal section of GRE, I now have an adequate command of English for undertaking graduate studies in your program.
After carefully comparing the strengths of many universities, I find Mercy University particularly suited for my purpose. It has got the best combination of quality faculty, many state-of-the-art facilities, and an intriguing academic environment. Currently, China still lags significantly behind Western countries in mechanical engineering. I hope that, with a few years of graduate studies under your seasoned guidance, I will be able to return to my motherland and help bring mechanical engineering in my country to international standards.
Although my ultimate objective is a Ph. D. degree, I am willing to do a Master’s degree if necessary. In either case, I would like to concentrate my studies in one or a combination of the following areas: CAD, CAM, CIMS, Computer graphics, Mechanical design, Mechanical manufacturing, Optimization, Artificial intelligence, and Robotics. Your favorable evaluation of my application will be highly appreciated.
Yours sincerely,
xuexila
澳大利亚留学贷款怎么办理呢?
【解答】1、到移民局认可的银行办理：
澳大利亚移民局认可的金融机构有6家：中国银行、中国工商银行、中国建设银行、中国农业银行、中信实业银行和上海浦东发展银行。
2、符合留学贷款的基本条件：
笼统意义上说，适合申请贷款的人范围很广。银行有关部门介绍，申请留学贷款的借款人都必须是具有完全民事行为能力的中国公民，有合法的身份证件，在固定住所、稳定职业和收入来源，提供就读学校的《录取通知书》或《接收函》，提供就读学校开出的学习期内所需学杂费生活费的证明材料，还要提供贷款人认可的资产抵、质押或具有代偿能力并承担连带责任的第三方借款人(一般为借款人父母)，并且借款人已拥有受教育人所需的一定比例的费用，同时落实贷款人规定的其他贷款条件、提供质押物的相关证件材料。
3、留学贷款的申请人：
你自己，配偶，父母，兄弟姐妹，祖父母;叔叔/舅舅，姨/姑(必须是澳大利亚公民，澳大利亚永久居民或久居澳大利亚的新西兰公民)
4、申请步骤(以中国人民银行为例)：
第一步：申请人直接向中国人民银行提出贷款申请;
第二步：银行对贷款进行审核。银行贷款人在收到借款人的申请材料后，在7个工作日内就会作出答复;
第三步：如果银行同意贷款，银行将同意贷款的金额、期限、利率和偿还计划通知借款人;
第四步：银行与借款人和担保人签订借款合同和担保合同并办理有关贷款手续。(注：贷款期限一般为一至六年，最长不超过十年。贷款限额：原则上不超过受教育人在校就读期间所需学杂费和生活费用总额的80%。最低为1万元，不超过50万元。)
5、注意事项：
1)在递交签证申请时一定要向移民局同时提供三份贷款材料，他们是：个人留学贷款证明书(Certificate of Creditability Personal Loan for Study Abroad);个人存款证明书(Certificate of Deposit);贷款合同(Loan Contract);
2)以上三份材料需提供中英文，有的银行不能提供中英文材料的时候，需要经过具有NAATI资格的人士翻译方才有效;
3)贷款的期限一定要覆盖整个学业期限;
4)移民局对于还款的方式并不是十分在意，所以大家可以根据自己的实际情况选择最合适的还款方式;
5)办理贷款的情况下，收入证明也十分重要。
澳大利亚留学体检须知
一、体检时间
体检安排在拿到学校发放了电子录取之后，因为这个时候基本上可以确定自己的录取状态，拥有了准留学生的身份，然后大家再去指定的医院接受体检。
不能够太早的去体检，因为体检报告的有效期只有三个月，过期就作废了;也不能够太迟，可能会影响大家的正常时期流程，耽误自己的安排，从而影响大家的行程。
二、体检地点
不能够自己随便找一个医院进行体检，因为体检报告可能会不受认可，大家一定要进入使馆的查看受认可的医院名单，然后选择最近的医院去检查即可。
在前往医院之间，可以提前打电话预约一下时间，工作人员还会告诉你需要携带的材料，以及体检之前的注意事项，大家一定要听从他们的指导。
三、体检项目
去澳洲的体检项目都是最常规的，大家只需要接受身高、体重、视力、心肺和尿检即可，如果申请医学或者教学相关相关的专业，还需要进行血液项目的检查，没有其他的要求。
四、体检结果
一般情况下，体检的结果第二天就可以拿到手，大家直接前往医院的相关窗口领取即可，如果结果出现差错或者非正常状态的话，可以申请再次体检或者复核，需要在3个工作日内递交申请。
五、注意事项
体检前应该注意自己的休息，保持充沛精神体力，不要熬夜，因为可能会影响最后的检查结果。
体检前三天应该保持清淡饮食，勿饮酒、忌油腻食物，清淡饮食才能够将饮食的影响降到最低。
女学生应避开经期!这一点需要预估自己的生理期去预约时间，因为体检中有尿检的项目，经期会影响最终的检查结果。
篇4：机械工程专业留学申请书
20机械工程专业留学申请书
Dear _,
An experienced engineer of security printing with China’s Central Bank, I now would like to scale higher intellectual heights by pursuing Ph. D. studies in mechanical engineering at your university. I believe that my strong background in CAD has adequately prepared me to embark on this endeavor.
I have been working since 1996 for the People’s Bank of China, a Chinese version of the Federal Reserve, at its unique research institute of security printing, with the responsibility of designing the Chinese currency and the machinery to produce it. By engaging me in a variety of projects, the job afforded me ample exposure to cutting-edge developments in computer technologies, particularly in CAD software. I have, for example, recently redeveloped a purchased CAD (Computer Aided Design) software to make it more suitable for our own purposes. By adding our own part/subassembly to the database and make our own drawing criteria, we have achieved dramatically better efficiency.
My job performance, which has won me professional respect from all of my colleagues, was achieved thanks to the strong background I acquired as a student in computer science. My undergraduate GPA ranked first among the 63 students of classmates in mechanical department, for which I was awarded first-class and second-class prizes many times. My graduate GPA ranked among the top 4% of the 105 students in my year, which won me the “San Hao” scholarship every year during the three years of my graduate studies.
Unlike many other Chinese students, who are content with performing well in exams, I made a point of learning through my own hands-on experiences. In the Master’s program at the Beijing Institute of Printing, I gained an in-depth understanding of artificial intelligence, including expert system and genetic algorithm, especially in neural network. For my thesis, I programmed a multi-level BP neural network with C language to analyze my mathematical model, and applied much of my knowledge in optimization. I thus became able to program with a host of different computer languages, especially C++, with which I helped my graduate advisor to design a paper-cutting machine. To analyze the mechanism statically and dynamically, I programmed a software system to analyze and emulate it on screen. In undergraduate studies, I had often programmed with Fortran77 and the Basic language.
Upon the completion of my Master’s studies, I easily passed the doctoral record examination in CAD/CAM of Beijing University, one f the top universities in China. But I gave up the opportunity in order to gain more practical experience in the industry. The decision proved to be right, as it guaranteed me better access to sophisticated facilities, such as state-of-the-art personal computers. With the People’s Bank of China, I have thus accumulated solid expertise in many kinds of operating and application software systems, particularly in CAD. I now have a firm grip on the latest developments in computer science in China.
The challenges I met and the successes I achieved at the People’s Bank have not only endowed me with confidence but also fired off my desire to further improve myself. I have enjoyed high-quality and efficient production with the use of a kind of PC-based CAD software, MDT, developed by Autodesk Corporation. I now have a dream: some day, every person can design his favorite product with some sort of CAD software, and then search for an ideal factory over high-speed internet its production; and the factory will put specifications of the product, as it has received them via the high-speed internet into its CIMS, and out pops the product, as designed, at the end of the factory’s production line. It is a beautiful dream for every engineer, but many difficulties the speed of data-transfer and how to manage the product data among CAD, CAM, CAPP and CAE systems. These questions are fascinating, and I would like to come up with my own answers to them.
To prepare myself for advanced studies in your country, I have persisted in improving my English proficiency. As demonstrated by my score of 700 (96%) in the verbal section of GRE, I now have an adequate command of English for undertaking graduate studies in your program.
After carefully comparing the strengths of many universities, I find Mercy University particularly suited for my purpose. It has got the best combination of quality faculty, many state-of-the-art facilities, and an intriguing academic environment. Currently, China still lags significantly behind Western countries in mechanical engineering. I hope that, with a few years of graduate studies under your seasoned guidance, I will be able to return to my motherland and help bring mechanical engineering in my country to international standards.
Although my ultimate objective is a Ph. D. degree, I am willing to do a Master’s degree if necessary. In either case, I would like to concentrate my studies in one or a combination of the following areas: CAD, CAM, CIMS, Computer graphics, Mechanical design, Mechanical manufacturing, Optimization, Artificial intelligence, and Robotics. Your favorable evaluation of my application will be highly appreciated.
Yours sincerely,
xuexila
澳大利亚悉尼留学优势解读
1.天气环境
悉尼全年都是日照充足的地中海气候，每年都超过340天为晴天，夏季平均温度26℃，较潮湿;冬季平均气温16℃。
夏季(12月-2月)：夏季往往是悉尼最热的时候，尤其是1月，这也是澳洲人喜欢度假的时候，沙滩也成了澳洲人的聚集地，例如悉尼的Manly沙滩，Bondi沙滩。另外，这期间还有澳洲的新年，海港大桥的新年烟火秀也是不能错过的活动。
秋季(3月-5月)：秋天比较温暖，是全年最适宜旅游的季节之一，适合徒步旅行或者爬山。
冬季(6月-8月)：冬季最冷的是7月，一般不会太冷，但有时候也有低温天气，温度到6-7℃，甚至还有接近零度的时候。
春天(9月-11月)：春天的悉尼生机勃勃，天气渐渐温暖，但温度没有夏季那么高，日间气温大概是11-23℃左右。
悉尼被评为世界最宜居城市之一，适宜的气候占了很大的功劳。不管是来留学，还是工作，还是选择移民，悉尼都是一座完美的选择~
2.就业机会
悉尼作为澳洲极大的城市，也是澳大利亚的经济中心，自然也是澳洲就业机会最多的地方。不管是留学期间找兼职、实习，还是毕业之后找工作，悉尼都是机会最多的地方，尤其是对于学商科的学生。而去澳洲的留学生中，有超过一半的就选择商科，这也是为什么留学生扎堆悉尼的重要原因。
3.多元化城市
悉尼聚集了来自世界各地的人，不管是留学生、移民、游客，这也就意味着你能找到来自同一个国家的小伙伴，也能交到来自不同文化背景的朋友。另外，多元化还意味着，你在悉尼永远不会无聊，永远会有各种精彩的活动，例如在我大天朝的春节时，悉尼也会有大型的庆祝活动，庆祝游 行，烟火等等。
4.旅行机会
澳大利亚国土辽阔，是世界国土面积第六大的国家，也就意味着有大批颜值在线的景点等着你去探索!从澳洲国宝级景点大堡礁，到大大小小的沙滩，再到世界上最干净的地方塔斯马尼亚州，从悉尼连接着澳洲的各处风景。
5.悉尼景点
1)在悉尼塔龙加动物园(Taronga Zoo)与动物们亲密接触。从环形码头(Circular Quay)乘坐渡轮去动物朋友们居住的水滨家园塔龙加动物园看望它们。这座动物园里生活了2，900多种外来及本土动物，包括大猩猩、老虎、豹子、黑猩猩、长颈鹿、袋鼠和考拉。
2)悉尼歌剧院(Sydney Opera House)。沿着环形码头漫步，寻找悉尼歌剧院永不褪色的秘密。丰富多样、日程紧凑的演出计划让歌剧院成为悉尼最繁忙的音乐、艺术和表演场馆之一。参加幕后之旅(Backstage Tour)，了解歌剧院背后的工作机制。这类游览活动信息量丰富，且有包括日语、普通话和法语等多种语言讲解。
3)攀登悉尼海港大桥(Sydney Harbour Bridge)。于1932年竣工的悉尼海港大桥被亲切的称为衣架(The Coathanger)，是一座名副其实的工程杰作。游客可自由地在这座横跨悉尼海港(Sydney Harbour)的宏伟建筑上漫步或骑自行车。而攀爬大桥体验则能够将你的乐趣提升到新的高度，悉尼大桥攀登公司(Bridge Climb)提供众多攀登项目，无需特别的攀登技巧就能爬上桥身，还有黎明与黄昏攀登计划可供选择。
6.知名院校多
最后，就是留学党来悉尼最重要的一个原因了。中国的留学生，除了偏爱商科之外，也偏爱澳洲名气极大的八大院校，而其中，有两所就在悉尼：澳洲第1所大学悉尼大学，以及就业较好的新南威尔士大学。
悉尼大学(The University of Sydney)，始建于1850年，是坐落于南半球金融、贸易与旅游中心——澳大利亚新南威尔士州首府悉尼的世界顶尖研究型大学。悉尼大学是全澳历史最悠久的大学，是整个南半球的学术殿堂和全球知名的高等学府。
新南威尔士大学曾被欧洲权威杂志Spear‘s评为澳洲大学中最盛产百万富翁的学校。这可不是空穴来风，根据数据公司Wealth-X的统计，在全球大学毕业生超过3000万美元身价的校友样本中，新南威尔士大学毕业的估计超高净值校有575位，是澳洲大学中人数超多的。
除此之外，以商科著称的麦考瑞大学，世界排名Top200的悉尼科技大学、西悉尼大学都是不错的选择。
澳大利亚留学生活费清单
一、生活购物
衣服有季节性的差异，夏天的衣服轻薄，虽然相对便宜，但是大家购买的频率也会更高一些，而且大部分的衣服是季抛，很少会穿到第二年。
而冬天的衣服则要相对好一些，一件质量好的衣服甚至可以陪伴你度过整个留学生涯，但是即便是这样，大家还是需要做好购物的规划，尽量选择一些物美价廉的衣服，这样才能保证自己一年的开支不超过澳元。
二、一日三餐
在平均物价不低的澳洲留学，不管是在那一座城市，吃饭这件事都不算便宜，在学校可能会相对划算一点，但是总是吃食堂肯定会不习惯的。
所以大家不妨考虑一下自己做饭吃，只要条件允许，大家可以自己在超市或者市场内购买食材，然后开火做饭，这样一年的总开支会节省不少，5000澳元就足够了。
三、住宿开支
如果大家的预算有限的话，建议还是以学校住宿为主，虽然环境比较简单，只有基础的家居，但是在安全上保障还是比较高的，并且性价比非常高，一年1万澳元绰绰有余。
租房的住宿环境会好很多，单词额会更高，最关键是大家可以拥有独立的住宿空间，即便是合租也会有单独的卧室，不过价格就要贵上不少了，每年至少要比住校翻一倍。
四、交通出行
地广人稀的澳大利亚，大家日常的出行，如果仅仅靠自己的双脚肯定是不够的，如果不出远门，可以考虑买一辆自行车，但是如果每天都要出行，那么就建议大家选择公共的交通工具。
乘坐公交或者地铁，可以考虑办理公交卡，可以享受刷卡折扣优惠，这样每年的开支在500澳元左右。
篇5：英国留学机械工程专业
专业概况
机械工程是工程学的一个重要分支，以自然科学和技术科学为理论基础，结合生产实践中的技术经验，涉及设计、建造和机械，是研究和解决在开发、设计、制造、安装、运用和修理各种机械中的'全部理论和实际问题的应用学科。
机械工程专业分支专业
能量类-主要涉及能量、摩擦、燃烧、流体等;材料类-主要涉及纳米微米材料、聚合工程、生物机械等;制造类-主要包括设计和制造两大方向;控制类-主要设计计算机辅助工程、系统与自动控制、微电子系统等。
课程设置
数学、物理、机械原理与设计基础、制造工程基础、控制工程基础、测试与检测技术基础、理论力学和材料力学、热力学与流体力学、机械原理与设计基础等。
就业前景
机械工程学涉及设计、建造和机械，是很多工程类专业的基础;工程师的工作需要涵盖计算机、IT等最新开发技术的掌握。毕业起薪高，成为目前的英国留学 热门专业之一。机械工程师可以在很广泛的行业领域就业，如汽车、航空航天、海运、农业、化工、民政、能源和医药行业。雇主包括当地和中央政府、军事武装部门、所有制造行业和研发公司。
入学条件
高中毕业，有高中毕业证书，高中GPA：80分以上，申请英国TOP10，雅思7分以上，A-level成绩AAA―AAB，申请英国TOP20，雅思6.5分以上A-level成绩AAB―ABB以上，申请英国TOP30，雅思6―6.5分以上，A-level成绩BBB也可以。
推荐学校
英国布里斯托大学University of Bristol
英国爱丁堡大学(The University of Edinburgh)
英国谢菲尔德大学The University of Sheffield
英国帝国理工学院Imperial College London
英国纽卡斯尔大学 Newcastle University
英国埃克塞特大学University of Exeter
英国兰卡斯特大学 Lancaster University
英国苏塞克斯大学The University of Sussex
英国诺丁汉大学The University of Nottingham
英国利物浦大学The University of Liverpool
篇6：留学加拿大专业机械工程专业
留学加拿大热门专业机械工程专业
一、加拿大留学机械工程专业课程设置：
主干课程工程力学、工程图学、机械设计、机械制造技术基础、机电传动控制、测试与传感技术、先进制造技术、机械系统设计、机电控制系统分析与设计等。
二、加拿大留学机械工程专业职业前景：
就业方向：毕业生可在有关企业、科研单位、国家机关和高等院校从事机电产品设计、制造、管理、营销、科研和教学等工作。
专业服务机构（26.7%）
运输工具生产行业（11.9%）
机械制造行业（8.4%）
金属加工业（7.0%）
建筑行业（4.3%）
电力行业（4.2%）
其他制造行业（3.9%）
三、加拿大机械式程专业大学排名：
1、麦吉尔大学 McGill University
2、多伦多大学 University of Toronto
3、不列颠哥伦比亚大学 University of British Columbia
4、滑铁卢大学 University of Waterloo
5、蒙特利尔大学Université de Montréal
6、麦克马斯特大学 McMaster University
7、阿尔伯塔大学 University of Alberta
8、卡尔加里大学 University of Calgary
篇7：机械工程专业个人留学申请书
机械工程专业个人留学申请书20
Dear _,
An experienced engineer of security printing with China’s Central Bank, I now would like to scale higher intellectual heights by pursuing Ph. D. studies in mechanical engineering at your university. I believe that my strong background in CAD has adequately prepared me to embark on this endeavor.
I have been working since for the People’s Bank of China, a Chinese version of the Federal Reserve, at its unique research institute of security printing, with the responsibility of designing the Chinese currency and the machinery to produce it. By engaging me in a variety of projects, the job afforded me ample exposure to cutting-edge developments in computer technologies, particularly in CAD software. I have, for example, recently redeveloped a purchased CAD (Computer Aided Design) software to make it more suitable for our own purposes. By adding our own part/subassembly to the database and make our own drawing criteria, we have achieved dramatically better efficiency.
My job performance, which has won me professional respect from all of my colleagues, was achieved thanks to the strong background I acquired as a student in computer science. My undergraduate GPA ranked first among the 63 students of classmates in mechanical department, for which I was awarded first-class and second-class prizes many times. My graduate GPA ranked among the top 4% of the 105 students in my year, which won me the “San Hao” scholarship every year during the three years of my graduate studies.
Unlike many other Chinese students, who are content with performing well in exams, I made a point of learning through my own hands-on experiences. In the Master’s program at the Beijing Institute of Printing, I gained an in-depth understanding of artificial intelligence, including expert system and genetic algorithm, especially in neural network. For my thesis, I programmed a multi-level BP neural network with C language to analyze my mathematical model, and applied much of my knowledge in optimization. I thus became able to program with a host of different computer languages, especially C++, with which I helped my graduate advisor to design a paper-cutting machine. To analyze the mechanism statically and dynamically, I programmed a software system to analyze and emulate it on screen. In undergraduate studies, I had often programmed with Fortran77 and the Basic language.
Upon the completion of my Master’s studies, I easily passed the doctoral record examination in CAD/CAM of Beijing University, one f the top universities in China. But I gave up the opportunity in order to gain more practical experience in the industry. The decision proved to be right, as it guaranteed me better access to sophisticated facilities, such as state-of-the-art personal computers. With the People’s Bank of China, I have thus accumulated solid expertise in many kinds of operating and application software systems, particularly in CAD. I now have a firm grip on the latest developments in computer science in China.
The challenges I met and the successes I achieved at the People’s Bank have not only endowed me with confidence but also fired off my desire to further improve myself. I have enjoyed high-quality and efficient production with the use of a kind of PC-based CAD software, MDT, developed by Autodesk Corporation. I now have a dream: some day, every person can design his favorite product with some sort of CAD software, and then search for an ideal factory over high-speed internet its production; and the factory will put specifications of the product, as it has received them via the high-speed internet into its CIMS, and out pops the product, as designed, at the end of the factory’s production line. It is a beautiful dream for every engineer, but many difficulties the speed of data-transfer and how to manage the product data among CAD, CAM, CAPP and CAE systems. These questions are fascinating, and I would like to come up with my own answers to them.
To prepare myself for advanced studies in your country, I have persisted in improving my English proficiency. As demonstrated by my score of 700 (96%) in the verbal section of GRE, I now have an adequate command of English for undertaking graduate studies in your program.
After carefully comparing the strengths of many universities, I find Mercy University particularly suited for my purpose. It has got the best combination of quality faculty, many state-of-the-art facilities, and an intriguing academic environment. Currently, China still lags significantly behind Western countries in mechanical engineering. I hope that, with a few years of graduate studies under your seasoned guidance, I will be able to return to my motherland and help bring mechanical engineering in my country to international standards.
Although my ultimate objective is a Ph. D. degree, I am willing to do a Master’s degree if necessary. In either case, I would like to concentrate my studies in one or a combination of the following areas: CAD, CAM, CIMS, Computer graphics, Mechanical design, Mechanical manufacturing, Optimization, Artificial intelligence, and Robotics. Your favorable evaluation of my application will be highly appreciated.
Yours sincerely,
xuexila
澳大利亚留学行前考虑事项
一、提前考虑
院校方面：
这方面主要说的是几个点，第一个点是录取。学生要知道你等待的offee截止日期，避免选定学校的时候会发生冲突。
第二个点是选好了之后要登记，通过自已校内网去选课，选课是非常重要的，对学生来说事先做好一个功课是很有必要的，以此你可以了解到自己的专业，到底会学些什么课程。
个人方面：
首先说签证的程序，去澳洲签证的话程序是蛮快的，但也许有些材料需要补交，建议学生注意关注信息的动态。
提前可以考虑好住宿的问题，先就想好到底是要提前申请到宿舍，还是在外面寄宿或与朋友合租。要去了解一下每种住宿方式优点，以及那种更适合自己。
二、钱财方面
毕竟在异国他乡，该国的银行跟我国是不一样的，有很多学生需要知道的地方，比如说该国的四大国有银行那四家，还有自己在该国的户名账号，要避免汇款错了这种事情的发生。此外还要了解一下。自己院校周围有些什么银行，主要是为了方便直接交易款项。
值得注意一点的是，超过800奥币才去柜台办理，且大部分的买东西都收现金，学生身上带一些澳币，小额的就可以了，带多了也不方便。
三、随身物品
该国的气候还是挺舒服的，但是夏季也有炎热的时候，可以带一两件薄点衣服，以免刚到该国院校没有时间去买。除了衣物药品也可以带一些，但只带点止痛感冒的小药就可以，主要是在外国买药比较多规矩，怕到时候没有办法直接买到。字典的话不建议学生带纸质版的，就手机上有小词典就可以了，非常方便。
另外行李还有纸质文件夹，单独放在一旁，万一被水侵湿了就不好。还有一些重要材料的复印件、千元澳币，都可以放在身上可备不时之需。
澳大利亚留学要了解的生活常识
一、衣
因为南北半球的差异，澳洲的季节跟中国是倒过来的，当中国夏季来临时，澳洲就进入冬季。春天9-11月， 夏天12月-2月，秋天3月-5月，冬天6月-8月。澳大利亚虽有四季，但季节与季节的温差却不是很大。夏季温度约25℃至35℃，冬季温度约10℃至20℃，而澳大利亚的诸多城市都集中在海滨，即使在气温的夏季来到这里，凉爽的海风也会给你送来凉爽的心情。
小提示：小伙伴从家里多带些衣服。在衣服的选择上，不必要带过于厚实的衣服和被褥等御寒物品，大衣等基本御寒的衣服还是要有的。
二、食
作为一个典型多元文化的移民国家，澳洲并没有属于自己的特色食物，但这里汇集了世界各地的精致美食，法国菜、意大利菜、印度菜、日本料理、墨西哥菜等应有尽有，并有很多快餐店可供选择，平均伙食费用60到100澳元左右。
出国前，大部分中国学生没有做过饭，但出国后，90%以上的人会做饭。一方面，习惯了中餐的国内学生恐怕没办法忍受餐餐都是汉堡、香肠等这样的食物，另外澳洲的物价虽然不是很高，但在外面吃终究花费较大，一个月下来就得近千澳元，这对留学生来说也是一笔不小的支出，倒不如自己下厨做饭，既经济又实惠，而且基本上澳洲的大型超市都可以买到中国做饭时所需要的蔬菜肉类以及各种调料。
同时澳洲也有1元、2元店铺出售便宜的日用产品。
小提示：如果，你会经常去市场买菜。那要偷偷告诉你，中国城的水果市场在每天收市时，都会以1澳元的价格大甩卖，而且东西很新鲜呢。
三、住
在澳洲，刚到当地不熟悉情况的留学生可以暂时住在寄宿家庭，价格相对合租高，但在安全性上能保证，并且寄宿家庭还提供饮食，费用150-200澳元/周，对于新生来说是非常方便划算的。
澳洲的寄宿家庭筛选较为严格，提供寄宿服务的家庭必须为澳洲当地的居民，并受过良好的教育，没有犯罪记录，身体健康、无种族歧视等。留学生和澳洲家庭住在一起，可以有更多的机会去了解当地的风俗习惯和文化，真正体验西方的生活。
澳洲有些学校不提供宿舍，学生需要自己租房住。在澳洲租房，离市中心远一点，房租相对会便宜些，而且house相比apartment更便宜。租房子时，需要与房东签定合同并支付押金，还要自备厨具及寝具;有些房子可能连家具也没有，也是需要自备的。
小提示：关于水费，如租用公寓，水费由房东付;如是独立式房子，超出使用水量则需租房人自己付(因澳洲水资源紧张，所以限制水用量)。为节省费用，学生可以几个人一起合租，大家可一起做饭，共同分担房租、水费、电话费等。
四、行
公共交通：澳洲拥有覆盖广泛、相对安全的公共交通系统，包括轨道交通，公共汽车，电车等。公交汽车或者火车都是按照时刻表运行的，时刻表在车站、学校都可以免费领取。个别的州如新南威尔士州，国际学生乘坐公共交通还可享受优惠折扣。
如果买车的话，留学生需要参加路考并获取澳洲的驾照，而且还需承担车辆注册登记、维修、车险及保养等费用。建议留学生购买月票，在墨尔本月票一般是每月80多澳元，可以随时乘坐汽车，电车和火车。
小提示：如果，你需要经常坐车，那建议你可以购买月票。在墨尔本月票一般是每月80多澳元，可以随时乘坐汽车，电车和火车。
篇8：机械工程专业申请留学申请书
年机械工程专业申请留学申请书
Dear _,
An experienced engineer of security printing with China’s Central Bank, I now would like to scale higher intellectual heights by pursuing Ph. D. studies in mechanical engineering at your university. I believe that my strong background in CAD has adequately prepared me to embark on this endeavor.
I have been working since 1996 for the People’s Bank of China, a Chinese version of the Federal Reserve, at its unique research institute of security printing, with the responsibility of designing the Chinese currency and the machinery to produce it. By engaging me in a variety of projects, the job afforded me ample exposure to cutting-edge developments in computer technologies, particularly in CAD software. I have, for example, recently redeveloped a purchased CAD (Computer Aided Design) software to make it more suitable for our own purposes. By adding our own part/subassembly to the database and make our own drawing criteria, we have achieved dramatically better efficiency.
My job performance, which has won me professional respect from all of my colleagues, was achieved thanks to the strong background I acquired as a student in computer science. My undergraduate GPA ranked first among the 63 students of classmates in mechanical department, for which I was awarded first-class and second-class prizes many times. My graduate GPA ranked among the top 4% of the 105 students in my year, which won me the “San Hao” scholarship every year during the three years of my graduate studies.
Unlike many other Chinese students, who are content with performing well in exams, I made a point of learning through my own hands-on experiences. In the Master’s program at the Beijing Institute of Printing, I gained an in-depth understanding of artificial intelligence, including expert system and genetic algorithm, especially in neural network. For my thesis, I programmed a multi-level BP neural network with C language to analyze my mathematical model, and applied much of my knowledge in optimization. I thus became able to program with a host of different computer languages, especially C++, with which I helped my graduate advisor to design a paper-cutting machine. To analyze the mechanism statically and dynamically, I programmed a software system to analyze and emulate it on screen. In undergraduate studies, I had often programmed with Fortran77 and the Basic language.
Upon the completion of my Master’s studies, I easily passed the doctoral record examination in CAD/CAM of Beijing University, one f the top universities in China. But I gave up the opportunity in order to gain more practical experience in the industry. The decision proved to be right, as it guaranteed me better access to sophisticated facilities, such as state-of-the-art personal computers. With the People’s Bank of China, I have thus accumulated solid expertise in many kinds of operating and application software systems, particularly in CAD. I now have a firm grip on the latest developments in computer science in China.
The challenges I met and the successes I achieved at the People’s Bank have not only endowed me with confidence but also fired off my desire to further improve myself. I have enjoyed high-quality and efficient production with the use of a kind of PC-based CAD software, MDT, developed by Autodesk Corporation. I now have a dream: some day, every person can design his favorite product with some sort of CAD software, and then search for an ideal factory over high-speed internet its production; and the factory will put specifications of the product, as it has received them via the high-speed internet into its CIMS, and out pops the product, as designed, at the end of the factory’s production line. It is a beautiful dream for every engineer, but many difficulties the speed of data-transfer and how to manage the product data among CAD, CAM, CAPP and CAE systems. These questions are fascinating, and I would like to come up with my own answers to them.
To prepare myself for advanced studies in your country, I have persisted in improving my English proficiency. As demonstrated by my score of 700 (96%) in the verbal section of GRE, I now have an adequate command of English for undertaking graduate studies in your program.
After carefully comparing the strengths of many universities, I find Mercy University particularly suited for my purpose. It has got the best combination of quality faculty, many state-of-the-art facilities, and an intriguing academic environment. Currently, China still lags significantly behind Western countries in mechanical engineering. I hope that, with a few years of graduate studies under your seasoned guidance, I will be able to return to my motherland and help bring mechanical engineering in my country to international standards.
Although my ultimate objective is a Ph. D. degree, I am willing to do a Master’s degree if necessary. In either case, I would like to concentrate my studies in one or a combination of the following areas: CAD, CAM, CIMS, Computer graphics, Mechanical design, Mechanical manufacturing, Optimization, Artificial intelligence, and Robotics. Your favorable evaluation of my application will be highly appreciated.
Yours sincerely,
xuexila
澳大利亚留学选专业要考虑的因素
1、就业机会
很大一部分人留学动机是希望能找到更好的工作以及更大的回报。首先要考虑的是你对何种职业更感兴趣。其次，由于澳洲和中国对于不同职业的就业需求以及就业前景完全不同。所以你应该了解澳洲和中国对于不同职业的就业需求数据，以此确定未来的发展方向。如果你想有更多的选择，你同时关注中国和澳洲的就业市场。
专家建议学生考虑到就业机会的时候，应该考虑一下你的文凭是否具有独特性。在选择专业时，你当选择一个独特新颖的领域，这样会让你与众不同。其实，有很多专业可供选择，例如保险精算学，酒店管理，电子商务，创新管理或者工程管理。
2、兴趣及强项
在选择专业时，你也应该多少考虑到未来30年里你会做什么样的工作。要想拥有成功的事业，你必须选择你喜爱的以及擅长的工作。因此，选择你感兴趣的以及适合你的专业尤为重要。大家切记不可选择一个你根本就不喜欢的专业。
3、专才和通才教育的不同选择
赴澳洲留学选择专业的另一个重要因素就是你该考虑到你所接受教育的特殊性。也就是说：专才专业。
专才教育的优势在于它可以使你具备从事特殊职业的资格，因此在就业的时候，会有很多选择。然而，如果你不愿从事那些领域的工作，专才教育同时也会在某种程度上限制你的选择。
而通才文凭将会使你在确定职业方向时难上加难，因为你没有任何专门培训及技术知识。反之，你将会有更广阔选择工作范围。
4、语言环境
赴澳洲留学语言环境是选择专业时应考虑的重要因素。大部分中国大陆学生选择在澳洲学习商科，工科以及IT领域。这主要是因为他们认为这些专业的毕业生需求量大而且所从事职业大多属于高收入阶层。
5、入学要求
在选择专业时，你对所选专业的入学要求多加考虑。一些专业如医学等很难申请。有些专业如工科要求你预先学习一些相关课程。因此，选择专业时，必须考虑到自己的学术历史及先前的学习基础。
6、学习的难易程度
赴澳洲留学还需要考虑到所选专业的难易程度。一些专业对学生要求很高，比如说医学。其他的专业如教育和法律要求学生有很高的英语水平。如果你能够应付所选专业的技术深度或者达到所要求的雅思水平，你就能够很快地做出正确决定。
留学澳大利亚生活需要注意的事项
1、不要提兔子
这一点很多人都不知道，当初有人觉得兔子可爱引入了澳洲，结果没有了天敌的兔子疯狂繁殖，差一点就把澳洲变成一片荒漠。直到今天，澳洲野兔的数量依然是人口的数倍...
澳人认为兔子是厄运的前兆，是一种不吉利的动物，对兔子特别忌讳，觉得人们看到它都会感到倒霉，所以跟人聊天时请避开。
2、不要随意给澳洲宝宝拍照
澳洲小朋友长得特别可爱，不少喜欢拍照的小伙伴一定注意了。
在澳有这样一条法律规定，如果没有经过对方父母的允许，擅自给14岁以下儿童拍照是违法行为。还有一点，一定不能在未经对方父母允许的情况下触碰孩子的身体。轻则会被当场呵斥，重则会被告上法庭。
3、不要不涂防晒就去享受日光浴
不要说所有的太阳都一样，澳洲的阳光可是比世界其他地方都要厉害。所以，一定不要忘了防晒霜，出门要擦，去海边擦，晴天要涂，阴天也要涂，只要在室外，就要涂好防晒霜。
4、切记不要逃票
澳洲的公共交通系统还算发达，但是很多时候都靠自觉，除了公交车有司机看管以外，火车和电车在大部分停靠站都没人监管，是不是刷卡全凭自觉。
有些人觉得一次就要几澳币的票价太多了，往往都选择逃票，这种行为一旦被查票员发现，马上就会被开具一张罚单...
几十澳币的罚款还是次要的，最主要的是会在信用记录上留下污点，对于以后办理一切依赖信用的服务时都可能会被拒，比如说贷款、办理信用卡等等。还会影响到签证申请，典型的贪小便宜吃大亏。
5、在澳洲不要随便下海游泳
在澳洲下海游泳，除了有溺水的危险之外，你永远不知道水里藏着什么。所以即使你是游泳健儿，去海边游泳也一定要去监管区域，在有防鲨网的地方游泳，不要一个人游太远。
6、不要晚上开车旅行
在澳洲，晚上开车，最危险的不是遇上酒驾，而是野生动物!很多动物都会在日落之后出没，包括的“马路杀手”袋鼠先生，才不管交通规则，或者是不是在马路中间。所以在澳洲，晚上开车还是挺危险的，尤其是开车穿过野外。
7、不要攀爬Uluru巨石
乌鲁鲁巨石，被称为是澳大利亚的心脏，是世界较大的整块岩石，是澳洲不能错过的景点，但也属于土著人。在澳洲土著人眼中，是一处有重要的宗教和文化意义的圣地。
所以，到了这种地方，不要胡乱攀爬(当然，也是因为很危险)。
8、不要随便喂野生动物
在路上如果遇到野生动物，不要随便给野生动物喂吃的，因为，对你或对动物都挺危险的。你不了解野生动物的习性，有的动物看起来天然无害，说不定什么时候就会伤人。
另外，给动物喂吃的，也可能导致动物陷入危险;如果遇到无害的小动物，最多是给喂点水…
9、野营不要忘了打扫卫生
因为澳洲的环境，很多人都喜欢去野营，但澳洲人保护环境的意识很强，所以，野营结束后记得把垃圾扔进垃圾箱，如果没找到也要收好，不要随意乱扔，否则有可能会被罚款，会面临更严重后果。
10、不要喝太多Goon
Goon，就是澳洲卖的很便宜的一种，袋装红酒，在澳洲人中很受欢迎，甚至发明了游戏，像是“Goon of Fortune”。不过，不要觉得这种廉价红酒就能随便喝，也很容易喝醉的。
11、在国家公园，不要另辟蹊径
澳洲有很多必去的国家公园，一般都很大，进去容易迷路，更别提随处都出现的野生动物。所以，去国家公园，一定要跟着公园的标识走，不要偏离游径。
12、找农场工作，不要去热门区域
如果你是去澳洲打工度假，想找农场工作，想要提高就业机会，不要去热门的区域。
13、雨季不要去澳洲北部
澳大利亚的北部地区，尤其是靠近赤道的北昆士兰地区，雨季很容易出现洪水，而且天气变化多端。所以，尽量在10月-2月的时候，避开北部地区。
14、在北领地不要太靠河岸
如果你不想变成鳄鱼的午餐，在北领地不要随意下河游泳，也不要离河太近…
15、不要忘了，你为什么来澳洲
不管是来旅游，还是留学，还是打工度假，都不要忘了你来澳洲的目的，不要只待在大城市，舒适区。澳洲有很多地方值得你去探险…
篇9：留学加拿大机械工程专业介绍
留学加拿大机械工程专业介绍
留学加拿大机械工程是以有关的自然科学和技术科学为理论基础，结合生产实践中的技术经验，研究和解决在开发、设计、制造、安装、运用和修理各种机械中的全部理论和实际问题的应用学科。机械工程的服务领域广阔而多面，凡是使用机械、工具，以至能源和材料生产的部门，无不需要机械工程的服务。加拿大作为资源型发达国家，毗邻美国，机械工程专业在各种领域（如石油，天然气，木材，航空航天，能源，汽车等）都有颇多涉及，是集机械、电子、信息技术为一体的`综合性专业，培养的学生知识面宽，思路开阔，具有较强的创新意识和工作能力，适应面广、发展潜力大，是个发展迅速、需求巨大的热门专业。机械工程师一直高居加拿大各类人才需求的top5.而作为这一行业的从业人员，毕业生需要在加拿大各省或地方的专业工程师协会登记，并经审核后获得由工程师协会颁发的专业资格证书。无论选择在国外发展还是回国效力，在发达国家积累的同行业工作经验都将是留学生的宝贵财富。
课程设置
主干课程工程力学、工程图学、机械设计、机械制造技术基础、机电传动控制、测试与传感技术、先进制造技术、机械系统设计、机电控制系统分析与设计等。
职业前景
就业方向：毕业生可在有关企业、科研单位、国家机关和高等院校从事机电产品设计、制造、管理、营销、科研和教学等工作。
机械工程师主要在专业顾问公司、电力行业、生产及加工行业、运输行业工作。
其雇主类型如下：
专业服务机构（26.7%）
运输工具生产行业（11.9%）
机械制造行业（8.4%）
金属加工业（7.0%）
建筑行业（4.3%）
电力行业（4.2%）
其他制造行业（3.9%）
篇10：美国研究生留学：机械工程专业
专业概况
美国的机械工程专业基本上都是设在工程学院下，该学科一般分为能量、材料、控制、制造四个主要方向，同时还有声学和光学两个新兴的小方向。申请美国的机械工程专业需要较强的数学基础、力学背景和较强的工程背景课程，以及一定的计算机课程和实践动手能力。
专业细分
1、能量大类，主要涉及的学科有：能量、摩擦、燃烧、流体这几大类;
2、材料大类，主要涉及机械领域内的纳米微米材料，聚合工程，生物机械;
3、制造，主要包括设计和制造两大方向;
4、控制类，包括计算机辅助工程，系统与自动控制，微电子系统。
申请Tip
机械工程专业申请最难的`是系统与自动控制、MEMS、计算机辅助工程，其次是制造、设计。较易申请的是纳米材料、生物机械、聚合工程。
较易申请的是纳米材料、生物机械、聚合工程。
申请ME要有很好的工程背景，即非常优秀的数学和物理学的成绩，良好的实际动手能力，即实验仪器的操作，常用计算机软件的熟练使用。
根据自身背景，选择学校档次。一般来讲，Master比较看重GT成绩，PHD看重科研经历。
机械工程专业申请方向
ME专业可以分四类：1.能量大类，主要涉及的学科有：能量、摩擦、燃烧、流体这几大类。2.材料大类，主要涉及机械领域内的纳米微米材料，聚合工程，生物机械。3.制造，主要包括设计和制造两大方向。4.控制类，包括计算机辅助工程，系统与自动控制，微电子系统。
美国机械工程专业申请策略
总体来说，美国机械工程专业申请最难的是系统与自动控制、MEMS、计算机辅助工程，其次是制造、设计。较易申请的是纳米材料、生物机械、聚合工程。
申请ME要有很好的工程背景，即非常优秀的数学和物理学的成绩，良好的实际动手能力，即实验仪器的操作，常用计算机软件的熟练使用。
根据自身背景，选择学校档次。一般来讲，master比较看重GT成绩，PhD看重科研经历，PhD的申请难度会比master大一些，毕竟人家学校是要给钱的嘛。
美国机械工程专业就业形势分析
美国机械工程专业的美国就业市场巨大，在工程类专业中，机械工程的市场需求率排名第一。约有80%的毕业生进入制造业工作。比如说为电梯、汽车、割草机和生产设备设计引擎，有些机械工程师也从事设计开发减少环境污染的新能源体系。职业导向：顾问工程师，工业工程师，塑料制造工程师，安全技术工程师，测试工程师，生产制造工程师，设计工程师等。
US News机械工程专业Top10名校
1 Massachusetts Institute of Technology 麻省理工学院
2 Stanford University 斯坦福大学
3 University of California Berkeley 加州大学伯克利分校
4 California Institute of Technology 加州理工学院
5 University of Michigan Ann Arbor 密歇根大学-安娜堡分校
6 Georgia Institute of Technology 佐治亚理工学院
7 University of Illinois Urbana Champaign 伊利诺伊大学香槟分校
8 Cornell University 康奈尔大学
9 Purdue University,West Lafayette 普渡大学西拉法叶校区
10 Princeton University 普林斯顿大学
篇11：机械工程个人留学申请书
2021机械工程个人留学申请书
Dear _,
An experienced engineer of security printing with China’s Central Bank, I now would like to scale higher intellectual heights by pursuing Ph. D. studies in mechanical engineering at your university. I believe that my strong background in CAD has adequately prepared me to embark on this endeavor.
I have been working since for the People’s Bank of China, a Chinese version of the Federal Reserve, at its unique research institute of security printing, with the responsibility of designing the Chinese currency and the machinery to produce it. By engaging me in a variety of projects, the job afforded me ample exposure to cutting-edge developments in computer technologies, particularly in CAD software. I have, for example, recently redeveloped a purchased CAD (Computer Aided Design) software to make it more suitable for our own purposes. By adding our own part/subassembly to the database and make our own drawing criteria, we have achieved dramatically better efficiency.
My job performance, which has won me professional respect from all of my colleagues, was achieved thanks to the strong background I acquired as a student in computer science. My undergraduate GPA ranked first among the 63 students of classmates in mechanical department, for which I was awarded first-class and second-class prizes many times. My graduate GPA ranked among the top 4% of the 105 students in my year, which won me the “San Hao” scholarship every year during the three years of my graduate studies.
Unlike many other Chinese students, who are content with performing well in exams, I made a point of learning through my own hands-on experiences. In the Master’s program at the Beijing Institute of Printing, I gained an in-depth understanding of artificial intelligence, including expert system and genetic algorithm, especially in neural network. For my thesis, I programmed a multi-level BP neural network with C language to analyze my mathematical model, and applied much of my knowledge in optimization. I thus became able to program with a host of different computer languages, especially C++, with which I helped my graduate advisor to design a paper-cutting machine. To analyze the mechanism statically and dynamically, I programmed a software system to analyze and emulate it on screen. In undergraduate studies, I had often programmed with Fortran77 and the Basic language.
Upon the completion of my Master’s studies, I easily passed the doctoral record examination in CAD/CAM of Beijing University, one f the top universities in China. But I gave up the opportunity in order to gain more practical experience in the industry. The decision proved to be right, as it guaranteed me better access to sophisticated facilities, such as state-of-the-art personal computers. With the People’s Bank of China, I have thus accumulated solid expertise in many kinds of operating and application software systems, particularly in CAD. I now have a firm grip on the latest developments in computer science in China.
The challenges I met and the successes I achieved at the People’s Bank have not only endowed me with confidence but also fired off my desire to further improve myself. I have enjoyed high-quality and efficient production with the use of a kind of PC-based CAD software, MDT, developed by Autodesk Corporation. I now have a dream: some day, every person can design his favorite product with some sort of CAD software, and then search for an ideal factory over high-speed internet its production; and the factory will put specifications of the product, as it has received them via the high-speed internet into its CIMS, and out pops the product, as designed, at the end of the factory’s production line. It is a beautiful dream for every engineer, but many difficulties the speed of data-transfer and how to manage the product data among CAD, CAM, CAPP and CAE systems. These questions are fascinating, and I would like to come up with my own answers to them.
To prepare myself for advanced studies in your country, I have persisted in improving my English proficiency. As demonstrated by my score of 700 (96%) in the verbal section of GRE, I now have an adequate command of English for undertaking graduate studies in your program.
After carefully comparing the strengths of many universities, I find Mercy University particularly suited for my purpose. It has got the best combination of quality faculty, many state-of-the-art facilities, and an intriguing academic environment. Currently, China still lags significantly behind Western countries in mechanical engineering. I hope that, with a few years of graduate studies under your seasoned guidance, I will be able to return to my motherland and help bring mechanical engineering in my country to international standards.
Although my ultimate objective is a Ph. D. degree, I am willing to do a Master’s degree if necessary. In either case, I would like to concentrate my studies in one or a combination of the following areas: CAD, CAM, CIMS, Computer graphics, Mechanical design, Mechanical manufacturing, Optimization, Artificial intelligence, and Robotics. Your favorable evaluation of my application will be highly appreciated.
Yours sincerely,
xuexila
出国留学俄罗斯优势解读
1、学历国际认可度高
中俄两国政府签署了相互承认对方学位及学历的协议，中国学生取得的俄罗斯学位及学历证书在中国教育部留学服务中心即可办理认证手续，且享受与大学毕业生同样的待遇;如：参加公务员考试等权利。
2、教育资源优
俄罗斯受教育程度全球第一。国际经济合作与发展组织OECD发布的报告显示，全球受高等教育程度居前五的国家分别为俄罗斯(53.5%)、加拿大(52.6%)、日本(46.6%)、以色列(46.4%)和美国(43.1%)。俄罗斯是科教大国，高等教育历史悠久，具有良好的传统和极高的国际声誉。
3、留学申请简易
无论是应届或往届高中、职高、中专毕业生;还是待业青年、在职职工;凡持有国内高中、职业高中、中专、成人教育、自学考试毕业证书;体检合格，年龄在16周岁以上;均可申请俄罗斯留学。部分院校也认可国内专科学历，可通过1年预科+2年本科学习+2年硕士学习获取全日制硕士文凭。(具体需和院校联系)
4、费用方面
在中俄两国政府鼓励和扶持两国学生互派留学利好政策的支持下，俄罗斯高校为中国留学生设置了较为低廉的留学费用标准，留学俄罗斯费用远远低于留学欧美院校;例如：俄罗斯联邦教育部直属十所高校(类似中国的985院校)，平均一年所有费用4—10万人民币(不同学校、不同专业有些差别)。
留学俄罗斯生活饮食习惯一览
一、口味偏甜
由于收到地理位置的影响，本地人会更嗜甜一些，而且对甜度的要求也比较高，在这里糖果和果酱是非常受欢迎的，大家到了之后，会吃到比国内口味更偏甜的糖食。
而且还会在做菜的时候，将糖当作一种调料放到菜里面，而且作为调味料的糖的种类还是不少的，大家可以根据自己的需求添加，分量掌握好的话，是会让菜变得更加美味的。
二、面包主食
这里的主食是面食，尤其是面包，和国内的大米是同等地位，这里的人一天至少会有一顿饭中会有米饭，而面条等食物也很受欢迎，部门城市还会将大米作为常见的主食。
所以在俄罗斯，买面包是非常便宜的，而且种类也不少，根据烹饪的方式和添加的调料会有不同的口味，大家还可以自己在家里烤面包，味道也是很不错的，很值得尝试。
三、香肠制品
丰富的香肠等熏制品，在俄罗斯也是作为常见菜而存在的，因为这里的肉类销量很高，为了方便保存，会采用熏制的方式来储存，而香肠就是欢迎的种类，很容易获取。
而且香肠在制作的时候就会加入调料，还是一种很方便烹饪的食材，几乎是懒人必备的选择，所以在俄罗斯的家庭内，香肠的储存是比较多的，而且还会由不同种类选择。
四、蔬菜很多
由于纬度的差异，很多在国内的蔬菜在俄罗斯并不常见甚至找不到，但同样的，这里也有很多国内找不到的蔬菜，甚至品种会更多，大家可以尝试不同的美味。
而且这里也会有比较独特的烹饪方式，炒煮也很常见，生拌的沙拉也很受欢迎，大家可以获取到很不错的新选择，这也是很值得常识的东西。
篇12：江南大学机械工程专业怎么样
机械工程专业培养适应中国社会主义现代化建设需要，德智体等全面发展，掌握机械设计与制造、生产管理、设备维护、质量控制基本理论和专业知识、具有较强的专业实践和创新能力，能从事产品开发与制造、质量检测、设备管理与维护、运行管理、技术推广与营销等工作的专业人才。
最后，在高考志愿模拟填报的时候我推荐你使用《蝶变志愿》进行模拟填报，蝶变志愿不仅可以根据考生的.喜欢的专业进行填报，还可根据MBTI和霍兰德性趣测试，测出适合自己的专业和职业发展方向。
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