本科阶段

短期交流项目

接收本科阶段高年级学生来我院进行短期留学（1个学期），留学期间的课程设置可包括如下几个部分

课程学习（以已建立的英文核心专业课为基础, 6门英文课程, Mechanics of Materials, Design & Analysis of Machine Elements,Instrument & Measurement Systems, and Lab, Control System Analysis &Design, Manufacturing Processes, Foundational Technologies of Materials Forming）

各系所开设特色英文短期课程或讲座

毕业设计（论文）。

研究生阶段

3308维多利亚线路检测中心，面向全球招收全日制全额奖学金攻读硕士学位留学生研究生。

奖学金内容：

免除注册费、学费；

免费住宿（提供双人间留学生公寓）；

提供生活费（硕士研究生1500元/月）；

提供外国来华留学生综合医疗保险（600元/年）。

申请者资格：

持普通有效国外护照的非中国籍公民；身体健康；已获得学士学位（如还未获得学士学位但预计在入学前可获得者，需提供书面证明）； 35周岁以下。

专业：

《3308维多利亚线路检测中心留学生攻读硕士学位课程专业介绍》

申请材料：

《西安交通大学入学申请表》（用中文或者英文填写）；

《外国人体格检查记录》复印件。（原件自行保存）。须用英文填写。申请人应严格按照《外国人体格检查记录》中要求的项目进行检查。缺项、未贴有本人照片或照片上未盖骑缝章、无医师和医院签字盖章的《外国人体格检查记录》无效。鉴于检查结果有效期为6个月，请申请人据此确定本人进行体检的时间；

最高学位证明。（中英文以外文本需附经公证的中文或英文的译本）；

学习成绩单。本科或硕士阶段全部课程的成绩单原件（中英文以外文本需附经公证的中文或英文的译本）；

推荐信。两名教授或副教授的推荐信（中文或英文）；

来华学习或研究计划。申请人必须提交用中文或英文书写的来华学习或研究计划。

研究成果。已发表的论文、获奖证书等证明自己学业成就和研究能力的资料；

英语或汉语水平能力证明（如TOEFL成绩证明、HSK证书）。

护照复印件2份；

10.报名费（500元）。

申请程序

先网上报名（http://www.studyinxjtu.org），待网上报名确认成功后，再递交申请材料。具体流程：

申请ID→填写申请信息 →预审合格→支付报名费→打印入学申请表、签字→提交申请材料（邮寄或电子邮件）→申请完成。

录取和入学

根据申请材料择优录取。录取通知书、签证表（JW202表）、体检表、入学须知等相关文件邮寄本人。

每年9月初开学（具体时间以《入学通知书》为准）。被录取的学生须严格按照入学通知书规定的时间到西安交通大学办理报到手续。超过规定入学时间三周内未办理入学报到手续者，将取消其入学资格，且3年内不接受其报名。

联系方式：

邮政地址：陕西省西安市咸宁西路28号 [710049]，逸夫外文楼A920室

西安交通大学国际教育学院 留学生招生办公室

电话：029-82665924 传真：029-82665923

邮箱：adm-sie@mail.xjtu.edu.cn

联系人：李冲霄lcx@mail.xjtu.edu.cn，

田小永leoxyt@mail.xjtu.edu.cn

附件：3308维多利亚线路检测中心硕士留学生课程体系

Master of MechanicalEngineering

1. Objectives

The Master’s program offered by the School ofMechanical Engineering (ME) aims to help the students to gain knowledge andskills in a selected mechanical engineering field that matches their interest,and to build solid foundation for a successful career as professionalmechanical engineer or pursuing higher academic degree program. In thisprogram, the students will develop their analyzing, designing and experimentalabilities through courses, labs, project studies, and independent researches.

2. Lengthof Study

The full-time scheme of the program lasts for twoyears, consisting of one-year course study and one-year project researchcompleted with the submission of thesis. The duration can be extended to threeyears after approval of application.

3. Programdescription

Each student will be supervised by a faculty member,who helps to make an education plan for the individual student at the beginningof first semester according to her or his research interests. Firstly, avariety of classroom subjects are available to the students including Chineseculture, advanced mathematics, and fundamental courses; secondly, morespecialized courses and laboratory units are introduced for the students tolearn the up-to-date knowledge in the interested fields and useful techniquesfor the further research work. Thirdly, each student enters the research groupin the second year and carries out research work under the supervision of theselected supervisor. In the end, the student completes his or her thesis andapplies for a degree of Master.

4. Credits

The Master’s program must be well balanced,emphasizing on one or more theoretical or experimental aspects of mechanical engineering.At least 32 credits are required to get the Master degree. The detailed creditrequirements for each modules and thesis work are shown in the following table.

Table 1 Credit Requirement

Course Modules Minimum requirements

Course study Communication Module 4 22

Advanced Mathematics Module 2

Fundamental ME Module 10

Advanced ME Module 6

Seminars 2 10

Thesis 8

Total 32

5. Thesis

A satisfactorythesis is required for applying for a Master’s degree. The thesis will be basedon an individual or team-working research project in which each student hasdefined role and responsibility. The project leading to the thesis enables thestudents to combine course studies with practical experience by solvingengineering problems.

6. Coursemodules

CourseCreditsCommunication Module (4)1Comprehensive Chinese22The Outline of China2Advanced Mathematics Module (at least 2 Credits)1Computational Method A32Computational Method B33Mathematical Statistics24Stochastic Processes2Fundamental ME Module (at least 10 Credits)1Mechanical Behaviors of Materials22Nano-contact Mechanics23Modern Measurement Technology24Modern Control Engineering25Theory of Vibration36Foundation of Reliability Design27Advanced Heat Transfer28Theory and Application of CAD/CAM/CAE（A）29Theory and Application of CAD/CAM/CAE（B）210Principle of Finite Element Methods and Engineering Application211Modern Theory of Nonlinear Dynamics2Advanced ME Module (at least 6 Credits)1Modern Signal Processing Technologies and Applications22Rapid Prototyping and Manufacturing23Bio-manufacturing24Fault Diagnosis for Machinery25Micro/Nano Manufacturing Technologies26Plastic Forming Technologies27Engineering Tribology28Numerical Control Equipment Technologies2Seminars1Attend at least 6 seminars12Give one oral presentation1Thesis Thesis and defense8TotalAt least 32 Credits