工程与应用科学

材料工程

MSE in Materials Engineering

德克萨斯大学奥斯汀分...

学院名称

暂无

专业编号

标准考试成绩要求
  • TOEFL79  

  • IELTS6.5  

专业排名

材料工程专业排名暂无排名 ,US News 2018

招生人数

全球范围内招收学生暂无,秋季 2018

学年学费

暂无

奖学政策

提供奖学金

学年学制

30 credit hours

所在校区

暂无

录取要求

There are no specific requirements for admission to the MS&E program but applicants would benefit greatly from having a B.S. degree in physical sciences (chemistry, physics) or engineering disciplines. Generally, these majors have similar requirements for math (calculus and differential equations), chemistry and physics (for scientists and engineers) that are the underpinnings of MS&E. Biology and non-science majors usually have not completed these courses.

申请材料清单

立即申请

1. RESEARCH YOUR GRADUATE PROGRAM OF INTEREST:

Cockrell School of Engineering Graduate Degree Programs

Cockrell School of Engineering Faculty Research Directory (NOTE: for interdiscipinary programs, check program website for complete faculty listing.)

2. FOLLOW THESE APPLICATION INSTRUCTIONS TO SUBMIT YOUR APPLICATION AND ALL REQUIRED INFORMATION.

A UT EID (an electronic identifier) is required to initiate the application process. If you do not have a UT EID, you must establish one using the page for Prospective Graduate Students and selecting “Get a UT EID”. We may have already created a UT EID when we received your test scores or other documents. If we determine that you already have a UT EID, we will connect you to your existing UT EID. Creating a new UT EID using the "I need a UT EID" link from the login page will result in an error on the application.

Login to Apply for Graduate Admissions.

Once you log in using your UT EID, you will be directed to a screen that contains a link to "General Instructions for All Graduate Applicants." Please review these.

Select "U.S. Graduate" or "International Graduate." NOTE: Applicants with Permanent Resident status or International Applicants who have previously attended The University of Texas at Austin should select "U.S. Graduate."

Select the semester of entry.

Choose the specific graduate program to which you want to apply.

Click, "Select Major and Create Application."

To enter your application information, click on each of the left side tabs (e.g., Biographical, Personal, Education, etc.) and enter the information requested. Be sure to save your information by clicking the save button at the bottom of the screen for each section.

You may be asked to upload certain documents; please upload the documents as PDF files. Once you have submitted your application and paid your application fees, you can upload supplemental documents (such as transcripts) from your Status Check page.

You can complete your application in more than one sitting; just be sure to save your information. Once you have submitted your application, you will NOT be able to modify your application. Remember, you will need your UT EID information to login again.

If you have submitted your application and need to make a change, please contact the Graduate Coordinator of the program to which you are applying.

To apply to more than one program, just repeat the process. All applications on file for your EID will be listed. Do not pay an additional application fee. Within 48 hours after submitting your application, the application fee that you initially paid will be applied to your new application.

Once you have submitted your application and paid your application fee, go to your Status Check page to upload PDF documents of your transcripts. For more information on this, refer to the Applying for Graduate Admissions page.

3. STAY INFORMED AND MONITOR THE STATUS OF YOUR APPLICATION:

Cockrell School of Engineering Contact List: Graduate Advisers and Coordinators by program area.

The Graduate School requires:

A score of 550 (paper test), 213 (computer based test), or 79 (internet based test) on the Test of English as a Foreign Language (TOEFL)

OR

A 6.5 on the Academic Examination of the International English Language Testing System (IELTS).

Scores above the minimum do not guarantee admission and please keep in mind that TOEFL scores are only valid for 2 years following the test date. Our program does not accept expired test scores.

We require three (3) letters of recommendation for your application. Please be mindful that all letters must be submitted via the application portal, so emailed or mailed letters will not be accepted.

截止申请时间:

秋季12月15日 春季10月1日

专业介绍

1. We offer interdisciplinary programs.

Students are able to study core materials subjects while also developing depth within a specific area that cuts across multiple areas of science and engineering.

2. We are highly ranked.

The Materials Science & Engineering Graduate Program is part of the Cockrell School of Engineering, which consistently receives high rankings in U.S. News and World Report.

3. We offer excellent funding.

Funding opportunities within the program typically provide a stipend, medical benefits, and tuition coverage. Almost all students in the program have a funding package of this quality.

4. We produce professionally competitive applicants.

Our students frequently find exceptional jobs in industry, at research labs, and in academia after graduation. In 2013, 4 graduates went into academia, 6 went into industry, and 2 went into other professional positions or to national labs.

5. We are Austin!

With a low cost of living, high economic growth, and festivals like SXSW and ACL, it’s no wonder that Forbes magazine consistently rates the “Live Music Capital of the World” as one of the best cities in the nation in which to live.

课程设置

  • ME 386Q-14 Electrochemical Materials

  • CHE 384 Nanomaterial Chemistry and Engineering

  • Elective #32. CH 390L Electrochemistry I or II

  • ME 387R09 Practical Electron Microscopy

  • ME 386Q Electrochemical Energy Systems

  • ME 397 Introduction to Micro and Nanomanufacturing

  • EE 396K-25 Organic/Polymer Semiconductor Devices

  • ME 397 Nanotech Sensing/NEMS/Energy

  • EE 396K-27 Charge Transport In Organic Semiconductors

  • EE 396V/CHE 384 Inorganic Nanostructures For Device Applications

  • EE 396V Semiconductor Nanostructures

  • EE 396V Advanced Solid-State Materials/Nanostructures

  • ME 381R Nanoscale Energy Transport/Conversion

  • ME 381R7 Nanoscale Energy Transport/Conversion

  • ME 382Q Solar Energy System Design

  • ME 397 Nanotech for Sustainable Energy

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