网站导航   4000-006-150  
小站教育
   首页
学生选择在小站备考:30天 526401名,今日申请3984人    备考咨询 >>

工程与应用科学

电气与电气工程

 学校:  

美国东北大学

   硕士生项目

Electrical andEngineering (M.S.,M.E)

标准考试成绩要求

TOFEL:79

IELTS:6.5

学年学制

32 SH

学年学费

$1,523 (per credit hour)

奖学政策

提供奖学金

所在校区

暂无

专业排名

暂无

招生人数

暂无

录取要求

Please note: In order to be minimally qualified to pursue admission through the Graduate School of Engineering, a candidate must have successfully completed or is in the process of completing an undergraduate bachelors degree from a regionally accredited U.S. college or university, or its equivalent from a foreign college or university. Any offer of admission is contingent upon a candidate’s successful completion of an undergraduate bachelors degree from a regionally accredited U.S. college or university, or its equivalent from a foreign college or university.

Completed online application form. (Paper applications are not accepted.)

Application fee of USD $75 to be paid online by credit card, electronic check, or by money order.

Two confidential letters of recommendation from individuals familiar with technical, professional, and personal qualifications submitted through the online application system.

Transcripts. Applicants should (a) acquire official or unofficial copies of their transcripts from each college or university that they have attended (if they do not already have such copies), (b) create scanned versions of same in PDF format (up to 500 KB in size), and (c) when prompted to do so in the application, upload and attach them to the online application. Ensure that the scanned documents are readable and include all courses, grades, (i.e. marks, scores, etc.) and credits completed to date. The scanned documents should also include information pertaining to the institution’s grading scale. Typically such grading scale information is on the backside of the documents or is on a separate page. This is particularly important institutions outside of the U.S. If such information is not readily available, please do not be concerned. Also note for institutions outside of the U.S. that only English versions of transcripts are required; and if transcripts are not in English, please arrange to have official English translations made. Translations provided by applicants themselves are not acceptable. Last, note that foreign credential evaluations of transcripts are not required or needed. Note that only above described scanned copies of transcripts attached to the application are needed initially during the admissions review process. Applicants may arrange to mail final, official transcripts to the Graduate School of Engineering after they are admitted, if they are admitted.

Statement of Purpose. The statement is submitted through the online application system.

Resume. The resume is submitted through the online application system.

For most programs, the GRE is required, except for applicants who have received or will receive a bachelor’s degree in engineering from an ABET accredited program from a college or university that is located within the U.S. Institution code is 3665; no department code is needed. As an exception all applicants to Bioengineering programs are required to take the GRE, and all applicants to Electrical & Computer Engineering programs are required to take the GRE (except applicants who have received or will receive a bachelor’s degree in engineering from Northeastern University located in Boston). Applicants to the Energy Systems program are exempt from the GRE if they have earned a 3.00 GPA or higher and received their undergraduate degree from a US institution.

Because applicants are not interviewed to assess their English proficiency, taking the TOEFL or IELTS exam and submitting official scores as part of the admissions process is required of most applicants who are non-U.S. citizens or non-U.S. permanent residents, regardless of the applicant’s undergraduate language of instruction. Institution code is 3665; no department code is needed. Applicants are exempt from the TOEFL or IELTS exam requirement if they hold (or will hold) a degree from an accredited institution located in the United States of America, Canada (excluding Quebec), United Kingdom of Great Britain and Northern Ireland, Ireland, South Africa, Australia, or New Zealand. The required minimum TOEFL score is 79 (internet-based), 550 (paper-based), and 213 (computer-based). The required minimum IELTS score is 6.5. If you do not meet the minimum TOEFL or IELTS requirements and you are intending to apply to a graduate engineering program at the master of science level, you are encouraged to apply first to Northeastern University's Global Pathways Program , where you can boost your English language skills and academic knowledge before beginning your engineering coursework.

Generally to be qualified for admissions consideration, applicants are required to hold (or be pursuing) an undergraduate engineering or technology degree in a closely related major. However, exceptions exist. Bioengineering applicants may hold any engineering or science degree (e.g. Biology, Chemistry). Chemical Engineering applicants are considered who hold Biology or Chemistry undergraduate degrees. For Engineering Management, mathematics or physics majors with linear algebra and multivariable calculus, or students of any major with the equivalent background in mathematics as an engineering major are acceptable. For Energy Systems, quantitative business or finance majors are acceptable if candidates also have some background in computer science and calculus. For Information Systems, any science, engineering, or other technical major are acceptable as long as the candidate provides evidence of technical or programming skills. For Mechanical Engineering, majors in applied physics are acceptable. For Operations Research, majors in any science discipline including computer science and mathematics are acceptable; other majors considered are economics, business, or other liberal arts with some background in calculus and linear algebra. For Telecommunication Networks, majors in mathematics, physics, or computer science are acceptable.

申请材料清单

Completed online application form. (Paper applications are not accepted.)

Two confidential letters of recommendation from individuals familiar with technical, professional, and personal qualifications submitted through the online application system.

Transcripts. Applicants should (a) acquire official or unofficial copies of their transcripts from each college or university that they have attended (if they do not already have such copies), (b) create scanned versions of same in PDF format (up to 500 KB in size), and (c) when prompted to do so in the application, upload and attach them to the online application. Ensure that the scanned documents are readable and include all courses, grades, (i.e. marks, scores, etc.) and credits completed to date. The scanned documents should also include information pertaining to the institution’s grading scale. Typically such grading scale information is on the backside of the documents or is on a separate page. This is particularly important institutions outside of the U.S. If such information is not readily available, please do not be concerned. Also note for institutions outside of the U.S. that only English versions of transcripts are required; and if transcripts are not in English, please arrange to have official English translations made. Translations provided by applicants themselves are not acceptable. Last, note that foreign credential evaluations of transcripts are not required or needed. Note that only above described scanned copies of transcripts attached to the application are needed initially during the admissions review process. Applicants may arrange to mail final, official transcripts to the Graduate School of Engineering after they are admitted, if they are admitted.

Statement of Purpose. The statement is submitted through the online application system.

Resume. The resume is submitted through the online application system.

截止申请时间:

15-Jan、15-May(秋);15-Sept(春)

专业介绍

At Northeastern the Master's Degree in Electrical and Computer Engineering can be pursued full-time or part-time. Some full-time students are supported by research assistantships which are awarded competitively during the application process, and which are occasionally available at other times. Part-time students will find that many graduate courses are offered by video streaming to allow them to maintain a full-time career.

At the time of applying to the program, the applicants select their preferred track as well as their concentration of study from the seven concentrations offered by the ECE department. These concentrations are

Communications, Control, and Signal Processing

Computer Networks and Security

Computer Systems and Software

Computer Vision, Machine Learning, and Algorithms

Electromagnetics, Plasma, and Optics

Microsystems, Materials, and Devices

Power Systems

Students enrolled in the MS in Electrical & Computer Engineering have the opportunity to also pursue one of the many engineering graduate certificate options in addition to or in combination with this program. Students should consult their faculty advisor regarding these options. The MS in Electrical & Computer Engineering can be combined with a Gordon Engineering Leadership certificate. Learn more about the benefits of this unique program.

联系方式:

Department of Electrical and Computer Engineering

409 Dana Research Center

360 Huntington Avenue

Boston, MA 02115

Main Number: 617.373.7529

Fax Number: 617.373.8970

课程设置

  • EECE 5576 Wireless Communication Systems 4 SH
  • EECE 5580 Classical Control Systems 4 SH
  • EECE 5610 Digital Control Systems 4 SH
  • EECE 5639 Computer Vision 4SH
  • EECE 5664 Biomedical Signal Processing 4SH
  • EECE 5666 Digital Signal Processing 4SH
  • EECE 5688 Image Processing and Pattern Recognition 4SH
  • EECE 5698 Special Topics Introduction to Machine Learning 4SH
  • EECE 5968 Special Topics in Security 4SH
  • EECE 7200 Linear Systems Analysis 4 SH
  • EECE 7203 Complex Variable Theory and Differential Equations 4 SH
  • EECE 7204 Applied Probability and Stochastic Processes 4 SH
  • EECE 7211 Nonlinear Control 4 SH
  • EECE 7213 System Identification and Adaptive Control 4 SH
  • EECE 7214 Optimal and Robust Control 4 SH
  • EECE 7242 Integrated Circuits for Communications and Analog Signal Processing 4 SH
  • EECE 7245 Microwave Circuit Design for Wireless Communications 4 SH
  • EECE 7293 Modern Imaging 4 SH
  • EECE 7310 Modern Signal Processing 4 SH
  • EECE 7311 Two Dimensional Signal and Image Processing 4 SH
  • EECE 7312 Statistical and Adaptive Signal Processing 4 SH
  • EECE 7313 Pattern Recognition 4 SH
  • EECE 7315 Digital Image Processing 4 SH
  • EECE 7323 Numerical Optimization Methods 4 SH
  • EECE 7332 Error Correcting Codes 4 SH
  • EECE 7334 Wireless Communications 4 SH
  • EECE 7335 Detection and Estimation Theory 4 SH
  • EECE 7336 Digital Communications 4 SH
  • EECE 7337 Information Theory 4 SH
  • EECE 7364 Mobile and Wireless Networking 4 SH
  • EECE 7398 Special Topics in Wireless Cognitive Radio Networks 4 SH
  • EECE 5639 Computer Vision 4SH
  • EECE 5640 High Performance Computing 4SH
  • EECE 5688 Image Processing and Pattern Recognition 4SH
  • EECE 5698 Special Topics Introduction to Visualization 4SH
  • EECE 5968 Special Topics in Security 4SH
  • EECE 5698 Special Topics Introduction to Machine Learning 4SH
  • EECE 5640 High Performance Computing 4SH
  • EECE 5698 Special Topics Computer Security 4SH
  • EECE 7205 Fundamentals of Computer Engineering 4 SH
  • EECE 7240 Analog Integrated Circuit Designs 4 SH
  • EECE 7313 Pattern Recognition 4 SH
  • EECE 7332 Error Correcting Codes 4 SH
  • EECE 7334 Wireless Communications 4 SH
  • EECE 7352 Computer Architecture 4 SH
  • EECE 7353 VLSI Design 4 SH
  • EECE 7357 Fault-Tolerant Computers 4 SH
  • EECE 7360 Combinatorial Optimization 4 SH
  • EECE 7364 Mobile and Wireless Networking 4 SH
  • EECE 7368 High Level Design of Hardware Software Systems 4 SH
  • EECE 7369 Simulation and Performance Evaluation 4SH
  • EECE 7374 Fundamentals of Computer Networking 4SH
  • EECE 7388 Special Topics: Computer Vision 2 4 SH
  • Mathematics Courses MATH 7232 Combinatorial Analysis 4 SH
  • MATH 7233 Graph Theory 4 SH
  • 5100 Foundations of Artificial Intelligence 4 SH
  • CS 5200 Introduction to Database Systems 4 SH
  • CS 5210 Implementation of Database Management Systems 4 SH
  • CS 5310 Computer Graphics 4 SH
  • CS 5340 Computer-Human Interaction 4 SH
  • CS 5400 Principles of Programming Languages 4 SH
  • CS 5500 Managing Software Development 4 SH
  • CS 5600 Computer Systems 4 SH
  • CS 5770 Software Vulnerabilities and Security 4 SH
  • 11 CS 6110 Knowledge-based Systems 4 SH
  • CS 6200 Information Retrieval 4 SH
  • CS 6310 Computational Imaging 4 SH
  • CS 6410 Compilers 4 SH
  • CS 6510 Advanced Software Development 4 SH
  • CS 6520 Methods of Software Development 4 SH
  • CS 6530 Analysis of Software Artifacts 4 SH
  • CS 6540 Foundations of Formal Methods and Software Analysis 4 SH
  • CS 6610 Parallel Architectures and Algorithms 4 SH
  • CS 6740 Network Security 4 SH
  • CS 6750 Cryptography and Communication Security 4 SH
  • CS 6760 Privacy, Security and Usability 4 SH
  • CS 6810 Distributed Algorithms 4 SH
  • CS 7800 Advanced Algorithms 4 SH
  • EECE 5648 Biomedical Optics 4 SH
  • EECE 7105 Optics for Engineers 4 SH
  • EECE 7202 Electromagnetic Theory 1 4 SH
  • EECE 7203 Complex Variable Theory and Differential Equations 4 SH
  • EECE 7245 Microwave Circuit Design for Wireless Communication 4 SH
  • EECE 7270 Electromagnetic Theory 2 4 SH
  • EECE 7271 Computational Methods in Electromagnetics 4 SH
  • EECE 7275 Antennas and Radiation 4 SH
  • EECE 7276 Microwave Properties of Materials 4 SH
  • EECE 7284 Optical Properties of Matter 4 SH
  • EECE 7285 Optoelectronics and Fiber Optics 4 SH
  • EECE 7287 Optical Detection 4 SH
  • EECE 7293 Modern Imaging 4 SH
  • EECE 7309 Special Topics in Electromagnetics, Plasma, Optics 4 SH
  • EECE 5606 Micro- and Nanofabrication 4 SH
  • EECE 5648 Biomedical Optics 4 SH
  • EECE 5680 Electric Drives 4 SH
  • EECE 5696 Energy Harvesting Systems 4 SH
  • 12 EECE 7201 Solid State Devices 4 SH
  • EECE 7240 Analog Integrated Circuit Design 4 SH
  • EECE 7241 Advanced Solid State Devices 4 SH
  • EECE 7242 Integrated Circuits for Communications and Analog Signal Processing 4 SH
  • EECE 7243 Integrated Circuit Fabrication 4 SH
  • EECE 7244 Introduction to Microelectromechanical Systems (MEMS) 4 SH
  • EECE 7245 Microwave Circuit Design for Wireless Communication 4 SH
  • EECE 7246 Design and Analysis of Digital Integrated Circuits 4 SH
  • EECE 7247 Radio Frequency Integrated Circuit Design 4 SH
  • EECE 7353 VLSI Design 4 SH
  • EECE 7276 Microwave Properties of Materials 4 SH
  • EECE 7284 Optical Properties of Matter 4 SH
  • EECE 7398 Special Topics in Magnetic Materials 4 SH
  • EECE 5580 Classical Control Systems 4 SH
  • EECE5610 Digital Control Systems 4SH
  • EECE5666 Digital Signal Processing 4SH
  • EECE 5684 Power Electronics 4SH
  • EECE5686 Electrical Machines 4SH
  • EECE 5688 Analysis of Unbalanced Power Networks 4SH
  • EECE 5694 Numerical Optimization 4SH
  • EECE 5698 Special Topic: Energy Harvesting Systems 4 SH
  • EECE 7200 Linear System Analysis 4SH
  • EECE 7211 Nonlinear Control 4SH
  • EECE 7212 Multivariable Control Systems 4SH
  • EECE 7213 System Identification and Adaptive Control 4SH
  • EECE 7214 Optimal and Robust Control 4SH
  • EECE 7220 Power System Analysis 2 4SH
  • EECE 7221 Power Systems Operation and Control 4SH
  • EECE 7323 Numerical Optimization Methods 4SH
  • EECE 7224 Power System State Estimation 4SH
  • EECE 7226 Modeling of Transients in Power Systems 4SH
  • EECE 7236 Special Topics in Control 4SH
  • EECE 7237 Special Topics in Power Electronics 4SH
  • EECE 7238 Special Topics in Electric Drive 4SH
  • EECE 7239 Special Topics in Power Systems 4SH
  • 13 EECE 7310 Modern Signal Processing 4SH
  • EECE 7312 Statistical and Adaptive Signal Processing 4SH
  • EECE 7325 Special Topics in Signal Processing 4SH
  • EECE 7335 Detection and Estimation 4SH
  • ENGR 5670 Sustainable Energy 4SH
  • CS 5010 Programming Design Paradigm 4SH
  • CS 5320 Digital Image Processing 4SH
  • CS 5330 Pattern Recognition and Computer Vision 4SH
  • CS 5520 Mobile Application Development 4SH
  • CS 5610 Web Development 4SH
  • CS 5700 Computer Networks 4SH
  • CS 5800 Algorithms 4SH
  • CS 6350 Empirical Research Methods 4SH
  • CS 6120 Natural Language Processing 4SH
  • CS 6710 Wireless Networks 4SH
  • In addition to these courses, all courses offered by the Professional Masters Programs (Computer Systems Engineering, Energy Systems, Engineering Entrepreneurship, Engineering Management, Information Systems, Sustainable Building Systems, and Telecommunications Systems Management) are also excluded, except those explicitly listed under “Depth Courses” of one of the ECE concentrations.
美国东北大学攻略

相似学院

  • 德雷塞尔大学
    学校性质:私立
    学校规模:国家一级综合大学
    录取率:75%
  • 乔治敦大学
    学校性质:私立
    学校规模:国家一级综合大学
    录取率:16%
  • 广岛大学
    学校性质:公立
    学校规模:国家一级综合大学
    录取率:18%
  • 印第安纳大学印第安纳...
    学校性质:公立
    学校规模:国家重点综合大学
    录取率:70%
  • 詹姆斯库克大学
    学校性质:公立
    学校规模:国家重点综合大学
    录取率:70%
  • 金泽大学
    学校性质:公立
    学校规模:国家重点综合大学
    录取率:67%
  • 神户大学
    学校性质:公立
    学校规模:国家一级综合大学
    录取率:82%
  • 冈山大学
    学校性质:公立
    学校规模:国家重点综合大学
    录取率:35%
  • 贝尔法斯特女王大学
    学校性质:公立
    学校规模:国家一级综合大学
    录取率:16%
  • 圣路易斯大学
    学校性质:私立
    学校规模:国家一级综合大学
    录取率:64%
版权申明| 隐私保护| 意见反馈| 联系我们| 关于我们| 网站地图| 最新资讯
© 2011-2024 ZHAN.com All Rights Reserved. 沪ICP备13042692号-23 举报电话:4000-006-150
沪公网安备 31010602002658号
增值电信业务经营许可证:沪B2-20180682