美国乔治亚大学(UGA)招收工程博士，全额奖学金！

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美国乔治亚大学(University of Georgia) 医疗工程实验室 (Medical Robotics lab) 再招3~4名全职博士，全额奖学金，开学时间灵活。实验室网址：medicalrobotics.engr.uga.edu

有意者请直接发送简历给导师：professor Tse: ziontse@uga.edu

招生要求：

（1） PhD for Medical Robotics：
medicalrobotics.engr.uga.edu/recruitment/UGAMEPosition_PhD_MedicalRobotics.pdf

（2） PhD for Wireless Charging：
medicalrobotics.engr.uga.edu/recruitment/UGAEEPosition_PhD_PowerElectronics.pdf


乔治亚大学于1785年成立，是美国最古老的大学之一，校园环境优美，全美排名61

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招生要求：

    Applicants should have a degree in mechanical, electrical, or biomedical engineering, or in a related field, and also have hands-on experience with engineering designs, circuitry, system control and integration, particularly in mechatronic systems or medical device R&D. Preference will be given to applicants with demonstrated capability in the designing,
fabricating, and testing of novel devices, and strong expertise in LabView, Matlab and Solid Works or Pro/Engineer.

    Candidates will conduct research in the area of minimally invasive interventions in close collaboration with clinical partners.

    International PhD Applicants must meet the language requirement for admission of the University of Georgia (http://www.engineering.uga.edu/u ... ndbook-rev-2012.pdf),
    i.e. score of Internet based-TOEFL test minimum 80; Speaking>20, Writing>20 and Speaking >19.

    Qualification requirements for Ph.D. Applicants to be considered:

1. Degree requirement: BEng, (and M.S. degree preferred) in Mechanical/Electrical, Biomedical Engineering or similar backgrounds
2. GRE score: Verbal > 150 (450 on the old scale); Quantitative > 151 (650 on the old scale); Analytical > 3.5
3. GPA: Graduate > 3.5/4.0; Undergraduate > 3.0/4.0

    The positions will be based at the Medical Robotics Lab directed by Dr. Zion Tse at UGA. Applications should include your Curriculum Vitae with a full publication list, up-to-three published papers or manuscripts in preparation, and a list of reference contacts (email, telephone and current affiliation) in a single PDF file. Selection and interview process starts now. Please send all inquiries and application materials to Dr. Tse (ziontse@uga.edu). Information about the research group can be found at: medicalrobotics.engr.uga.edu/

    The University of Georgia is located in Athens, Georgia, about one and half hour east of Atlanta. We offer a competitive benefits and salary package. We are an equal opportunity employer M/F/H. To learn more about UGA College of Engineering log on to www.engineering.uga.edu

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PhD for Medical Robotics：

    Description: We are seeking exceptional, self-motivated individuals to construct and test a novel minimally-invasive device to reach far inside the human body. Research will include: mechanical and electronic circuit designs, prototyping, and pre-clinical testing of diagnostic and therapeutic devices to address clinical problems. A thorough understanding of and hands-on experience with user-centric designs, electronic circuitry, programming, and systems control in medical applications are highly appreciated. Publication of results is also an integral part of the positions.

    Graduate research assistantships are available and include monthly stipends and full tuition waivers.

    Key areas of research are listed below:

 Design, development, and experimental validation of mechanical and electronic systems for image-guided therapy
 Integration of novel and established tools for controlling and validating accurate placement of interventional devices
 Investigation of clinical workflows and validation of developed systems in collaboration with clinical partners

PhD for Wireless Charging：

    Description: We are seeking exceptional, self-motivated individuals with strong backgrounds in Electrical or Electronics Engineering to conduct research on wireless power transfer for the charging of electric vehicles.

    Graduate research assistantships are available and include monthly stipends and full tuition waivers.

    Key areas of research are listed below:
 Design, development and experimental validation of wireless charging stations for electric vehicles
 Investigation of safety issues associated to wireless charging technology

    Applicants with the following credentials are highly preferred:
 Solid background in power electronics and radiofrequency (RF) engineering
 Hands-on experience in MOSFET / IGBT for high power applications, inverter and power converter design, and power factor correction.
 Experience in battery charger or battery management system design, magnetic field and RF simulation, as well as wireless power transfer applications.
 Proficiency in LabView, Matlab, simulation software, and Solid Works or Pro/Engineer

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Ding~

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up up ~~~

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