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硬件方向：康奈尔大学生物医学工程(BME)高端医疗器械MRI博士(EE/射频天线，截止24/1/3
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【学校介绍】 康奈尔大学（Cornell University）在全球的QS和ARWU排名中位居第12-13名，是一所备受尊敬的常春藤名校。康奈尔大学医学院（Weill Medical College of Cornell University）坐落于纽约曼哈顿，附属的纽约长老会医院（New York-Presbyterian Hospital）常年在纽约市排名第一，同时在全美排名前十，该医院同时隶属于康奈尔大学医学院和哥伦比亚大学医学院。https://baike.baidu.com/item/%E5 ... %A7%E5%AD%A6/567130 【招聘信息】 1） 博士研究生，入读生物医学工程系，申请截止期为2024年1月3日， 2024年9月份入学。 2） 研究方向：高端医疗器械，医工交叉融合创新，高端医学影像。具体方向为，下一代MRI磁共振射频线圈设计及临床应用。电子工程或工程物理背景，射频，天线，电磁波，电磁场仿真，动手能力强，使用工具矢量网络分析仪(VNA)。 https://www.bme.cornell.edu/bme/ ... rograms/phd-program 有兴趣者请和教授联系讨论申请事宜(huh4006@med.cornell.edu 详细见后) 3）课题组同时欢迎优秀博士研究生联合培养及学者访问交流。 【招生要求】 科GPA 3.6+ 或者 A- 以上，毕业于国内top 20大学或有其他特长者获优先考虑(如有很强的动手能力或相关科研经历)。具备在国外获得生物医学工程硕士研究经历者尤佳。 【研究背景】 生物医学工程，医学影像， 磁共振成像(MRI) (毕业后就业面广) 具体方向包括：New-generation MRI RF coil design, development and clinical application. Novel MRI hardware development; 实验室的研究方向是磁共振高端医疗器械和系统开发，即高性能医疗器械创新。开发并应用可转换的磁共振成像新技术(MRI)，来解决临床上未被满足的需求，研究范围涵盖从大脑到心脏对人体各器官的成像。研究生会进入一个新的快速发展中的MRI分支领域，加入一个高度创新和交叉性学科的科研团队。研究生会接受全面的训练，学习和掌握MRI的诸多方面，如磁共振原理，数据图像采集和处理包括使用AI，高级磁共振技术开发以及在人体和患者上的临床应用。研究方向广，目前研究侧重于新技术在人体中的应用。 近年来，医工结合中国创新的探讨和实践变得活跃，例如国家高性能医疗器械创新中心的建立。强调高端医疗器械制造业，突破前沿技术，推动医工交叉融合创新发展，提升医疗器械产业创新能力。 另外，医学影像有望成为AI最先实现突破的少数几个领域之一，是top AI startups一流人工智能创新公司的主攻领域。博士生的研究方向侧重软硬件结合。 【实验室科研介绍】 康奈尔大学的实验室位于纽约曼哈顿上东区，拥有一流的设施。韩教授的学术任职包括：国际华人医学磁共振学会 (OCSMRM) 现任主席，国际磁共振工程学组(ISMRM MR Engineering Study Group)现任主席。韩教授是磁共振工程和技术领域公认的开拓者和领导者。他首先提出的下一代MRI线圈技术，已被世界许多一流的研究组所采纳，包括哈佛和麻省理工，斯坦福，UC伯克利，凯斯西储大学，GE和Siemens医疗等；也是美国白宫“脑计划” (BRAIN Initiative) 关于"下一代人类大脑成像器械和技术”的一个重要的在研方向, 是多个千万美元级别NIH在研课题的核心创新要件之一。韩教授最近获选国际医学磁共振学会(ISMRM)磁共振工程学组侯任主席，是近十多年获选的唯一华人，该学组围绕磁共振高端器械，是历史最长人数最多的ISMRM学组之一，目前有来自约40个国家的600多位会员。https://baike.baidu.com/item/人类大脑计划/15681332 【实验室科研介绍】 实验室坐落在洛杉矶西好莱坞的标志性建筑太平洋设计中心，有超过200平方米的面积和一流设施。韩教授目前主持美国国家卫生院(NIH)的三个在研课题，包括两个R01课题。实验室目前是全美磁共振工程领域获NIH基金资助力度最大的实验室之一。最新两个R01课题分别获得1%和3%的高分。近期实验室的一篇投稿在Nature Biomedical Engineering (期刊影响因子29)修改中。实验室工作，受到行业包括GE, Philips, Siemens (GPS)等国际影像巨头的密切关注。实验室在引领一个新兴的分支方向，该方向被业界认为是会改变整个MRI的主要方向之一 (one of three areas“what is cool, hot, & needed in MRI”that will shape the field in the future)。他也多次被通用医疗和西门子医疗邀请讲座，包括被通用磁共振威斯康辛州总部以及西门子德国总部邀请，讨论磁共振将来的发展方向。 Interested applicants please contact: Professor Hui Han Director of MR Engineering Research Laboratory Department of Radiology Weill Medical College of Cornell University New York, NY 10065 Email: huh4006@med.cornell.edu https://radiology.weill.cornell. ... /hui-han-laboratory (教授刚刚从洛杉矶的Cedars-Sinai/UCAL转入康奈尔大学)。 Prof. Han is the new faculty recently recruited to Weill Medical College of Cornell University in Manhattan, New York, following his transition from Cedars-Sinai/UCLA in Los Angeles. Prior to joining Cornell, he served as the Director of MRI Engineering at Cedars-Sinai Medical Center where he held al large research team and as an Associate Professor at UCLA. Cedars-Sinai is a world-leading academic medical center and ranks #2 nationally on the Best Hospitals Honor Roll. Among several other positions, the new Han lab at Cornell is recruiting PhD students (all fully funded) who will be enrolled by September 2024 at Cornell University. The candidates will join a highly innovative and interdisciplinary research program and work in a new exciting, fast-growing field of MRI. The students will receive a comprehensive training on several aspects of MRI including MRI principles, data & image acquisition and processing including ML/DL/AI, advanced MRI technical development and clinical application. Interest and experiences in hardware development are a plus but are not required. Our research focus is to develop translational MRI techniques and tools for unmet clinical needs in imaging throughout the human body from brain to heart. The Han Lab comprises a newly constructed lab space in the upper east side of Manhattan within the MRI Imaging Facility. Dr. Han is recognized as a pioneer and international leader in the field of MRI Engineering. Groundbreaking MRI technology he proposed has been adapted by many world-leading research groups including Harvard/MIT, Stanford, UC Berkeley, Case Western, GE and Siemens HealthCare. The technology is also one of key innovations in multiple ongoing large-scale, the White House BRAIN Initiative projects across the country on “Development of Next Generation Human Brain Imaging Tools and Technologies”. Dr. Han is currently the Principal Investigator of 3 major NIH awards. Innovation of his work is partly evidenced by two highly scored R01 awards: one R01 project on improving cardiovascular imaging, and the other on brain imaging. His lab is one of the most funded labs by NIH in the USA in his field. Dr. Han currently serves as the President of the Overseas Chinese Society for Magnetic Resonance in Medicine (OCSMRM). The Overseas Chinese Society for Magnetic Resonance in Medicine (OCSMRM) is a nonprofit professional association established in 1989. It brings together clinicians, physicists, engineers, biochemists, and technologists of Chinese descent worldwide. With a global reach, the OCSMRM has evolved into the largest and most influential international society for researchers of Chinese origin in this field, with a membership of thousands of dedicated individuals. He also serves as the Chair of the ISMRM MR Engineering Study Group, one of the largest MR Study Groups comprising over 600 members from about 40 countries. ISMRM is the International Society for Magnetic Resonance in Medicine. 发自小木虫IOS客户端 |
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