国际学生入学条件
Entrance Requirements:
3.0 GPA in an accredited BSEE program is the standard for admission to the MSEE, Thesis Option, program. However, applicants with lower GPA may be granted probationary admission. Students who have BS degrees in other engineering fields may be admitted to the MSEE, Thesis Option, program, subject to the same GPA requirements. These candidates will be expected to take enough prerequisite courses (from undergraduate ECEN courses, and perhaps some courses in Mathematics, Computer Science and/or Physics) to accomplish two ends: (a) to assure a reasonable basis for success in the graduate courses associated with the MSEE, Thesis Option, degree, and, (b) to assure that when the candidate enters the workforce with the MSEE, Thesis Option, degree, there will be no potential deficiencies in the candidate's technical background. This may well require some prerequisite courses in areas of study in which the student has little interest and in which he/she has no intention of practicing after graduation. Students are sometimes admitted to an MSEE, Thesis Option, program with a grade of ''C'' in one or two junior- or senior-level courses. Students may be required, as a condition of admission to the MSEE, Thesis Option, program to repeat such courses, or take another undergraduate-level course in the same or closely related area of study. A grade of ''B'' or better MUST be attained for such prescribed prerequisite courses.
Students admitted unconditionally to the program are assumed competent to take the required MSEE, Thesis Option, courses. If the student feels unprepared for one of the required classes, he/she may enroll in the appropriate prerequisite courses.
Students admitted conditionally should enroll in the necessary undergraduate prerequisite courses as a first priority. Graduate courses may be taken concurrently with prerequisite courses in other areas. Students need not necessarily complete all prerequisite courses before taking the first 5000-level courses.
Note: The aforementioned prerequisite courses do not count towards the degree requirements of the MSEE, Thesis Option, degree. That is, these prerequisite courses are not listed in the Plan of Study.
The School of Electrical and Computer Engineering waives the foreign-language requirement for Master of Science, Thesis Option, degree.
Graduate Record Examination:
Scores for the Graduate Record Examination (GRE) general exam must be submitted with the application. Applicants scoring 153 and higher on the verbal section and 155 and higher on the quantitative section of the GRE have proven to be competitive within the ECE graduate program.
All applicants, including Oklahoma State University students, must upload a copy of their transcript for bachelor's degree(s) conferred or pending and for any graduate or professional coursework or degrees. If you do not have a copy of your transcript(s), please obtain and upload these prior to finalizing your application. The graduate program you are applying to may require two to four letters of recommendation. Applicants for whom English is a second language are required to demonstrate an acceptable level of spoken English usually by submitting a TOEFL or IELTS score. TOEFL score of 79 (internet based test) 550 (paper based test) is required. Alternatively, an official IELTS, academic stream, examination with a minimum overall band score of 6.5 will satisfy the English proficiency requirements for admission to a graduate program.
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雅思考试总分
6.5
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雅思考试指南
- 雅思总分:6.5
- 托福网考总分:79
- 托福笔试总分:550
- 其他语言考试:NA
CRICOS代码:
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课程简介
计算E和M的研究与无线通信和高速计算机设计越来越紧密地联系在一起。电磁场理论是实验室的主要研究和教育领域。电气工程中的应用包括恶劣环境中的RFID和无线通信。在OSU,当前的研究计划集中在使用计算电磁学来确定雷达从粗糙表面的雷达散射。该实验室是电磁干扰对策理论和潜在应用的先驱,其对策是微波技术,天线结构,粗糙表面散射和雷达截面的减小。
Research in computational E and M is becoming more and more closely tied to wireless communications, and high speed computer design. Electromagnetic field theory is the main research and education area of the laboratory. Applications in electrical engineering include RFID and wireless communication in harsh environments. At OSU current research programs focus on the use of computational electromagnetics to determine radar scattering of radar from rough surfaces. The laboratory is a pioneer in the research on the theory and potential applications of electromagnetic interference countermeasures microwave technology, antenna structures, rough surface scattering and reduction of radar cross section.
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