工业工程留学美国 留学美国工业工程专业

美国留学：工业工程专业介绍

可能大家都知道，美国工业工程专业一直以来都是非常火爆的一个专业，也是学生一直比较亲睐的专业，这个专业分有很多不同的研究方向，在这里我为您介绍一下美国工业工程专业的5个研究方向，希望以下内容会对您今后的职业规划有所帮助!

工业工程留学美国 留学美国工业工程专业

工业工程留学美国 留学美国工业工程专业

工业工程留学美国 留学美国工业工程专业

美国工业工程专业：Operation Research

就是我们这里说的运筹学。这个专业实际上是整个IE的一个理论基础，基本上各个学校都有这方面的研究，但是有一些专门的OR是在数学系下面的。Deterministic Operation Research和Stochastic Operation Research是任何IE department里必须修的核心课程。这个对于大多数人来说也是比较难的，而且对学生的数学能力的要求是比较高的。

美国工业工程专业：Human Factor

这个叫做人因工程或者是工效学。目前在国内这个方面有研究的学校还是比较少的，而且做得水平和国外来说相也很大。而在美国这个专业是很受重视的，几乎大部分学校都有这方面的研究人员。而且很多还有专门的实验设备来支持这方面的研究，而且这个方向的毕业生的就业形势也非常的乐观，我国作为如今全球经济发展的重要经济体，人因工程这个专业必定有很大的市场需求。

美国工业工程专业：Production and Manufacturing Engineering

包括的东西就非常广泛。很多专业的人都可以在这里面找到与自己相关的部分。比如说自动化，机械，电子，材料等等。典型的方向包括了Quality Engineering，Facility Design，Robotics，CAD/CIM等，这个专业需要学生具备一定的计算机水平和数学水平。

美国工业工程专业：Logistics and Supply Chain

这个是更为广泛的Operation Mament里的一个部分。美国有很多学校将这一专业放到商学院下面，可以说供应链和物流是一个研究的热点。不仅仅是IE里，商学院里也有很多做这方面研究的faculty。在美国，大部分针对这方面的研究是需要建模的(modeling)。所以说，实际上这方面的研究还是需要Operation Research的支持。

美国工业工程专业：Information System

管理信息系统。做的东西可能和计算机相关。需要比较高的编程能力。一般需要有编程能力。现在有一些很时髦的研究方向，比如说Data mining等等也有很多faculty在做研究。由于这个专业以后涉及到计算机领域的内容比较多，所以学生应当具备一定的计算机基础。

以上是美国工业工程专业的几个研究方向，可能并不是很全面，但了解了美国工业工程专业的研究方向后，希望在今后的职业规划方面有所帮助。

申请经验分享：美国工业工程PHD

我申请了美国十六所学校的PhD，除了Boston University是Systems Engineering，其他都是Industrial Engineering，到现在有7所美国学校还没结果，剩下九所里面有两个给了offer，一个给了口头的offer，三个拒信，三个ad，这个结果自己已经很满意了，希望我的申请经验能给同样希望去美国读博士的同学参考。

Industrial Engineering, Ph.D.

Applied 16: OSU, USC, BU, UIC, Rutgers, Northwestern, RPI, Northeastern, U Mass, UFL, PSU, Lehigh, U Pitt, WPI, Gatech, U Buffalo

Pending 7

Rej 3：Northwestern, U Pitt, U Buffalo

Official Offer 2：Boston U (TA), OSU (Fellowship)

Unofficial offer 1：UMass Amherst (Fellowship + RA)

AD 3：Rutgers (funding pending), RPI(declined), WPI(declined)

早上发邮件从了BU，我想我的申请之路就此告一段落吧，还有些没出来结果的，也没有再继续等待的必要了…Boston，心之所属的城市，附近那么多所可以选择的学校，也算为我们的将来许下一个初的蓝图吧。

介绍一下我的背景：

03年通过少年班招生考试进入，04年至08年在电信学院学硕班就读自动化方向，08年秋至今在电信学院信通系图像所学习。

应当说本科的时候背景还是不错的，GPA 88.8/100，ranking在学硕Top3;参加过一些数学建模比赛，成绩是北美赛的二等奖吧;大三暑期在GE实习过两个月，做的是一块X光探伤仪器控制板上的一个小的辅助软件，活儿很简单，但是速度很快，所以和同事们印象都很好。

1. 想出国：决定之前

我正式的决定想出国留学，是在研一的时候吧，那时一方面为大三时的放弃比较惋惜、一方面在读的过程中开始觉得学术研究也可以是一件很充实的事，另一方面是觉得自己还年轻还要多看看世界，倘若留在国内就是接踵而来的找工作嫁人生孩子，还有对国内各方面环境的相对失望和对国外环境的美好向往…很多原因综合起来让我做了这么一个决定，现在想想，走到现在这一步，虽然只是起点，也还满不容易的。

2. 打算出国：决定之后

如果做了决定，应该步的就是开始着手准备GT考试、认真对待课程以保证较好的GPA、积极寻找对申请有帮助的教研室实习或科研院所实习机会吧。

要坚定信心，没有什么是克服不了的难题。常常看到有同学在犹豫要不要考GT，或是觉得GT太难太，其实走过来你就会发现，仅需要复习英语的时刻，是整个申请之路单纯的日子了。

3. GT的备考

我对于大多数人的建议都是先考GRE再考TOEFL，有些同学可能担心自己英语基础不好，所以说先复习T，可是这样会导致你GT复习的都很艰辛，其实没有什么困难的，我一个在考G之前英语也是很一般，过四级都挣扎了几次，但认真复习上几个月之后，G的语文也取得了快500的分数~ 经过GRE阅读和写作的积累，TOEFL对大多数人的复习就是一个听力+口语的任务了，轻松很多。

4. 科研经验的积累

研究生同学们我就不说了，其实比起来很惭愧，很多人都有了较深入的研究方向，申请、陶瓷的时候也是有的放矢，我就悲催的多了，都是被动的等面试、等通知，所幸是RP还不错。

5. 实习和经历

我想不论是理工科还是文科、商科，与自己专业相关的实习与经历，应该都会是申请加分的一个亮点，所以多多去争取和把握机会吧。如果可以，也许在 500强的研发部门几个月的实习经历，会比一篇挂靠的水文意义大得多，而且你从中的收获和体会，可以直观的体现在自己的文书中，起到打动人的效果。

6. 文书写作

其实这一块儿我做得，直到11月初才参照着我朋友们的CV作出了自己的、直到11月30号凌晨(也就是我OSU的截止日期)才写完PS的初稿并扔给了在米国的odie和nut帮忙修改，到30号晚上提交出去的… 所以大家一定不要怯，不敢动手，真的是越早动手越从容，暑就把做好，9月份就有了改过几遍的PS，后期才有时间针对不同的学校不同的 program去修改。

虽然我的文书准备得比较仓促，但后的效果还不错，我觉得与对自己经历的组织和包装还是有一定关系的。举个很小的例子，不少奖学金，一般一个系甚至一个院只有一两个名额，但数额其实一般、也不是top rank的人获得，但如果你在奖项的后面简单的备注awarded to only 1 of undergraduate in the department,看起来会亮很多吧? 虽然只是很小的细节，但如果你对自己上每一点细节都能做如此类似的修饰和包装，是不是好一些呢? 还有对于comr skills，如果有足够的空间，按照proficient in/ familiar with/ basic knowledge on这三类来组织，而不是一古脑写上N个语言和开发环境，也许会看起来更加坦诚而细致。

我本科自动化硕士通信，主申的是Industrial & Systems Engineering，也算是转专业申请吧。其实初的动机除了觉得对ISE的研究方向比较感兴趣之外，也存在一些规避CS与EE热门申请的想法。现在感觉当时的选择也许不一定对，因为CS和EE还是经费和招生规模都大得多，大家也就不要太担心竞争激烈的问题吧。 不过说到转专业，我觉得自己的PS组织还算不错的，开头句 Some people are lucky enough to identify ttheir dream(忘掉是不是这个词了…) as early as childhood, while others, llike me, he zigzagged all the way through our inner-exploration and self-definition. I didn’t realize what my true interest lies until… 然后开始写到一个相关经历以及从该经历开始我考虑转专业的原因，我想这样类似的开头。

7. 美国工业工程专业申请

基本上到十月份十一月份，大多数人都开始网申、寄送材料了。所以为了保证这个过程的顺利进行，一定要早早动手，早早写文书，早早选择学校。学校的选择很多前辈也都总结过，单单看排名是不合适的，自己亲自去看每个学校的网站、实验室的介绍、导师和研究方向的介绍，然后根据学术水平、地理位置、气候、消费等等因素来大致的圈定一个范围。这些工作，必须是自己去做的，所以简单的“求定位贴”，真的是意义不大，常常在你自己浏览这些网站、查阅资料的过程中，通过对比自己与他们current student的背景，能对自身就形成一个较准确的定位了。

以上申请美国工业工程博士学位的申请经验总结希望与更多同学分享，大家共同进步，实现去美国留学的梦想!

美国留学工业工程专业个人陈述范文2篇

美国工业工程专业一直受到不少学生的青睐，那么美国工业工程专业的个人陈述怎么写呢?这是很多留学生比较感兴趣的话题。和一起来看看吧!下面是我整理的相关资讯，欢迎阅读。

美国留学工业工程专业个人陈述范文2篇

范文一

Personal Statement

Intended Program: Industrial Design

I was an industrial designer before I knew that I was. Supe you were required to remove the scales of a fish or the skin of a potato, what would you do? My solution was —find 10 lids of bear bottles and nail them, inside out, in two rows onto a strip of wood. The zigzag structures would make this a handy tool, which was at once cost-efficient and environmentally friendly as it was recycled from waste industrial materials that would otherwise be buried in dump hills. Though this hand-made industrial product I invented when I was an elementary school student was not manufactured on a commercial basis, my parents and all the neighbors liked it for its practicality.

Yet, I was deeply aware of its inherent limitations. It was coarse and rough and did not look beautiful. I told myself that I must create a beautiful design. Then the opportunity came. Representing our school, I participated in a XX and, by exercising my talents in painting, I produced a very “artistic” design which brought me a winning prizing.

In retrospect, it was my family background that triggered my creative design impulses. Both of my parents are architectural designers and in their studios I could meet their colleagues and friends who were architects, structure engineers, interior designers and furniture designers. Under their influence, my early design works already manifested three essential elements of modern industrial design—functional pragmati, aesthetic appeal, and environmental friendliness.

Now, on the verge of completing my undergraduate program in industrial design at the Department of XXX of XX University, I he gained a heightened understanding of industrial design as a scientific discipline. I he not only laid a solid academic foundation by excelling in all my specialized courses and achieving top scores in almost all of them; I he also improved my practical design skills through producing dozens of refined and sensitive works (please refer to my portfolio). As a junior student, I represented my university to participate in two international design competitions “XX” and “XX” Through effective teark, we succeeded in completing our competing pieces “XX” and “XX”

My undergraduate program is a journey of explorations and discoveries. While dloping my scholastic aptitudes and practical skills, I he honed my aesthetic sensibility, perception of the world around us, and understanding of human needs. It is a process of unreling my potentials and giving free play of my creative mind. My designs are characterized by bold originality, tempered by meticulous attention to n the minutest detail. In choosing industrial design, I he given full ventilation to my artistic impulses and concern for practical human demands.

Yet, a humiliating experience wrought an indelible memory on my mind, triggering my determination to pursue an aanced education in industrial design. At the end of the first semester, our department received a delegation of industrial designers from a German university. When touring XX, one of the delegates said to me: “I do not see many good design examples in this oriental metropolis. The gray buildings, with their uniform colors and contours, merge with the gray skyline indistinctively. The street lamps, bicycles, and cars, hardly any of them capture your attention.” I wanted to protest, but I had to admit that the first-rate designs are those of foreign products and the so-called good domestic designs are mostly copies of western design ideas. Under such circumstances, how to be truly creative becomes a question that has long obsessed me.

As far as I am concerned, the only way out of this dilemma confronting Chinese designers is to “think globally and act locally.” Against the backdrop of globalization, it is not that Chinese designers are not creative; the only problem is that they he failed to channel their creative impulses into international styles. To think globally is to dlop international perspectives that may enable them to become leaders in a rapidly changing global culture. To act locally is to tranute their private and national experiences into tangible design expressions. The integration of the international thinking and local action will lead to design works at once aesthetically appealing and thematically eloquent. The individual experiences of Chinese designers are significant only to the extent that they are fused with international sensibilities.

Toward such an objective, it is necessary for me to go to the cultural melting pot that is the XX to experience how cultural plurali has contributed to creative design and how the faculty and students of different cultural backgrounds communicate and interact with one another. I would like to explore the role that desiring, designing and producing play in the birth of a creative work. I would like to seek solution to two important questions—“How is it sible for me, as a native Chinese, to imbue the Chinese cultural elements and styles with new, modern, and global ones?” and “What’s the new role of designers with regard to the changing economic conditions of today and tomorrow?” I really want to become a designer who is an articulate original thinker, demonstrates leadership skills and seeks to use design as a vehicle for discovery and self-expression.

Howr, being a mere designer solely devoted to the solution of technical issues is not my total intention. I am equally interested in the idea of “total design program” in which the designer is not solely responsible for originating creative concepts but also for assuming the role of a mar who links up the otherwise discrete steps in the creation of a finished design product. The birth of a satisfying product is not simply determined by the pure design factors. It also depends on inter-departmental coordination, on technical support from engineering sciences and on marketing strategies. Otherwise, n the most original ideas would die in their infancy. In other words, a total design program is a perfect marriage of design objectives and business objectives. The designer is required to play a growing role in the mament of a design program. Therefore, the idea of “design for design’s sake” is not sufficient. Designers need to be rmed of the market feedbacks in order to deliver a total solution that addresses the clients’ needs on all fronts, including business details. In a word, the designer must he a clear awareness of the business context in which the design must thrive.

In this connection, I would like to seek answer to the question “How can I improve my skills to interact with other players in a particular design project and n serve as an agent for both the buyer/user and the seller/manufacturer?” I he attempted to t for an answer to this question by doing an internship this summer at a local company that designs aertisements for industrial products. It is so encouraging to find that the M.F.A. program offered by the School of Art & Design of the University of XX addresses this issue by treating the often overlooked “distribution” as a major component of a comprehensive, articulated process of creation. In order to ensure that creative work ultimay engages an audience in some context, your program teaches students to explore intentional distribution options, as well as issues of economic feasibility, rmation communication technology and social networking.

Through your program, I will be taught how to expand the inlectual reach of creative work and to utilize a comprehensive process for bringing creative work into the world. Apart from coursework, your program encourages students’ free exploration of creativity by involving them in summer collaborative projects, culminating activities including public exhibitions, creations in individual private studios, and group presentations of creative works. I beli that my prospective education in your graduate school will be an unparalleled opportunity for me to broaden my perspectives, improve my comprehensive skills, and prepare for an exciting career. But the most important outcome I expect from my embarking on your program is that, by capitalizing on my cross-cultural experiences, I will be well equipped to chart new directions in tomorrow’s creative work.

范文二

Personal Statement

Applied Program: Industrial Engineering (IE)

“God would laugh when human beings think,” a popular saying goes like this. I don’t know how much truth there is in this saying, but if human beings stop thinking, they will be no long called human beings, will they?

I recall this popular saying when I’m writing the present statement because it is my incessant thinking that has been inspiring my thirst for and persring pursuit of knowledge. It is through this pursuit that I he been tempering myself and adding value to my life. I’m fully aware that if I want to add more value to my life, I should nr be content with what I he learned in my undergraduate education and the achiments I he made in my work in well-known multinational enterprises. Instead, I should strive to scale new heights. Now it is the right time I apply for a Ph.D. program in industrial engineering, my specialized field of interest.

I consider my work experience at XX – a well-known international IT company - as an asset for myself. The company put a lot of trust in me. I was made responsible for the implementation and maintenance of all ERP s in all its factories in China and was appointed a key member for implementing the manufacturing mament of a refrigerator factory. Besides, I was a key member and aisor for the implementation of the Hub – a logistics solution - for two DVD/CD-ROM factories. I was honored an Excellent Employee in only half a year after joining the company. Moreover, I won appreciations from my superiors and colleagues with my sound communication skills, learning ability and work performance.

In fact, I he dealt with many aspects of industrial engineering in my work before joining XX. I had been working on designing and dlopment of an ERP in XX Technologies Co., Ltd. - a dynamic company in the tobacco industry - from July 2000 to August 2002. I was specifically responsible for designing and programming the warehouse mament and equipment and parts procurement module, ysis of program requirements and design of the CRM prototype . I spared no efforts in searching for the optimal solution and on-site investigations to familiarize myself with the operation procedures in all departments covering procurement, warehouse mament, customer serv and channel mament, and getting a large amount of most valuable data and experience.

I know well that my fruitful work performance would not be sible without my successful undergraduate education at the Department of Mechanical Engineering of XX University – a key university in China. In the curriculum for the specialty of Measurement Technology and Instruments, I dloped a strong interest in a wide range of courses including Probability Theory & Mathematical Statistics, Fundamentals of Control Theory, Comr Control Technology and Digital Signal Processing. I was obsessed with the things different theories can do. Probability predicts the likelihood that an nt will occur. Statistics taught me how to perform ysis. Control theories showed me that the world consists of large and all s that are interrelated and interact with each other and life is always in a itive/negative feedback at a certain moment. Comrs do complicated calculations and make machines work automatically to do the things man can or cannot do. And it was so fulfilling when programs I compiled controlled the comr in completing different tasks. My study of these courses laid a sound foundation for my dlopment of interest in industrial engineering.

Meanwhile, I nr confined myself to my own specialty because I knew this would make my perspective narrow and unenlightened. I would read extensively in the library books and journals in hologram rmatics, comr science, expert s as well as novels and journals in English. I was often so engrossed in my reading that I forgot the time.

I was honored an Excellent Student of my department in my third year for distinguished academic and extracurricular dlopment. Howr, what really distinguished me is my graduation thesis for which I brought into full play my ability to apply knowledge and exercise independent thinking. At the time, I was taking part in my supervisor’s project to design and dlop a real-time locomotive operation simulation for the XX. Therefore, I decided to base my thesis on researches in the project for its practical significance— the simulation could be used to calculate the most rationalized acceleration and deceleration speed for the locomotive at different times and places. I encountered many challenges in my research. For example, I didn’t know much about the performance of the motors in different models of locomotives. Howr, I didn’t give up. I consulted a wide range of documents, studied the most commonly used locomotive models and designed the basic computation model. Finally, I successfully completed my thesis and the results comd by the model were highly accurate. I received full recognition and high appraisal from my supervisor for my contribution to the project.

While I he made outstanding achiments in my work, I he also observed the hard facts in China’s machinery industry and other industries in their rapid dlopment. As reported frequently in the media, China is becoming the major manufacturing base of the world. Howr, we he been mainly relying on cheap labor to make up for our discrepancy in technology, while it is a known fact that the core competitiveness of an enterprise or a country lies in the improvement of efficiency, quality and technology-intensive products. To achi this goal, we need a variety of tools. Industrial engineering is one of such tools because it improves productivity of the entire society, lowers cost and improves quality. Moreover, as an interdisciplinary subject that encompasses integral design, implementation and improvement for human resource, materials, equipment, rmation, energy environment, etc., industrial engineering requires planning, forecast and evaluation of the effectiveness of the above s with industrial ysis and design theories and mods. Therefore, a practitioner in this field has to he comprehensive knowledge in mathematics, natural sciences, humanities and social sciences. And as a discipline bridging engineering and scientific mament, it covers a wide range of fields including operations research, human factors, manufacturing engineering, quality control, mament engineering and rmation s.

The Department of Mechanical and Industrial Engineering of the University of XX is known for its strong faculty and the fusion between research and applications. Therefore, I wish to pursue further studies there. If admitted into your program, I will bring into full play my independent thinking, creative and innovative spirit and self-improvement quality in both my studies and research. The fields I’m specially interested in include investigation of ytical and computational mods for optimization or stochastic, including risk ysis, and the dlopment of modologies for the design, planning and control of s in a variety of application domains, including manufacturing, distribution, material handling, transportation, power generation, health care, financial servs, rmation servs, and governmental servs.

Through studying at your university, I will pursue my professional dlopment in six I’s: Integration: integration of engineering technology and mament technology; Information: applications of rmation s; Ince: expanding my high ll ince; Interaction: collaboration, personal communication and team spirit; Idea: dlopment of ideas and creativity; International: broad international perspectives.

My personal motto is “Self-discipline and Social Commitment”. I he been setting one challenging target after another in the past to boost my thinking and enterprising spirit with lasting enthusia. I beli that I will become a top-notch scholar in industrial engineering through studying at your university. After I return to China on completing my program at your university, I will train more engineers in industrial engineering back in China. I will dedicate all my life to the prosperity and well-being of this society.

开设工业工程专业的美国大学有哪些

对于留学美国申请美国大学工业工程的学生来讲，选校是美国留学申请的步。而在选校前，首先要了解开设工业工程专业的美国大学有哪些。本文了开设工业工程专业的美国名校，供学生们在美国留学申请中选择。 佐治亚理工学院工业与系统工程学院

密歇根大学工业与运作工程系

普渡大学工业工程学院

威斯康星大学麦迪逊分校工业工程系

加州伯克利大学工业工程与运筹学系

宾州州立大学工业与制造工程系

西北大学工业工程与管理科学系

斯坦福大学管理科学与工程系

德州农工大学工业与系统工程系

康奈尔大筹学与工业工程系

弗吉尼亚理工学院工业与系统工程系

亚利桑那州立大学工业工程系

哥伦比亚大学工业工程与运筹学系

南加州大学工业与系统工程系

里海大学工业与系统工程系

北卡州立大学工业与系统工程系

佛罗里达大学工业与系统工程系

俄亥俄州立大学工业与系统工程系

伦斯勒理工学院决策科学与工程系统系

麻省理工学院运筹学中心

美国留学 佐治亚理工学院工业工程IE专业介绍

美国留学工业工程IE专业是理工科类申请的热门，在美国，佐治亚理工学院的工业工程一直名列前茅，因此每年很多学生赴美国留学都会选择佐治亚理工学院工业工程IE专业。下面是对佐治亚理工学院工业工程IE专业的介绍，希望对准备赴美国留学的学生有帮助。 佐治亚理工学院工业工程IE专业介绍

Ga Tech在工业工程专业一直处于领先地位，全系有60多名教员，且专业设置全面，历年来都吸引了众多和国内学生就读，申请奖学金难度较大。根据往年录 取情况，申请入读硕士研究生的平均GPA是3.6，GRE V552Q788+4，录取率为38.9%。申请入读博士研究生平均GPA是3.8，GRE V560 Q799+4.2,录取率14.85%。可见申请竞争之激烈。目前全院有名研究生，学生约20%以及207名博士生，学生约25%。

佐治亚理工学院是IE牛校，貌似人因以外其他所有方向都有，不管是找工作还是再读Ph.D都是很好的选择。不过亚特兰大气候不是那么好，北方的同学可能不会特别适应。学校的学费和生活费都比较贵，录取的难度也比较大。

关于美国佐治亚理工学院介绍

佐治亚理工学院 简称 Georgia Tech ，1885 年建校。Georgia Tech 是美国的理工学院，排名仅次于麻省理工学院(MIT )和加州理工学院(CalTech) 。根据US News & World Report 排名，佐治亚理工学院是全美公立大学第9名，工程学院排名前5 名，并有7个研究生专业课程排名全美前10 ，其中工业工程。可口可乐总部那座楼就在GT隔壁，只隔了一条街。不过那地方并不欢迎游客。在市中心(Downtown)另有一个可口可乐世界 (World of -Cola)是供游客游玩的地方。 不过市中心说起来也不远，从Tech校园南端出发，向南步行多半个小时就到了。在佐治亚理工学院校园里开阔地带一抬头就能看到的，除了可口可乐总部以外，还有南方贝尔(Bell South)总部，以及其它一些高楼。美国的财富500大公司(Fortune 500)里头，有12 个总部在亚特兰大。亚特兰大在这一指标上仅次于纽约、休斯敦而位于全美第三。