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Chaoyunsong

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[交流] 英国爱丁堡-Heriot-Watt大学-2022全奖博士生-电磁场与天线

英国Heriot-Watt大学(爱丁堡主校区)招聘博士研究生,导师:助理教授Dr Chaoyun Song (个人主页:https://www.researchgate.net/profile/Chaoyun-Song, https://researchportal.hw.ac.uk/en/persons/chaoyun-song)
研究方向:微波天线,射频电路,无线充电,提供全额奖学金以及生活费约每年16000英镑(共三年)。本科生及研究生均可申请。有兴趣者请邮件联系 C.Song@hw.ac.uk


Close date: Applications open all year round

Introduction·:
We are looking for a highly motivated and versatile student to work on an exciting interdisciplinary PhD project
on electromagnetic and thermal co-development of active RF devices involving antennas/arrays, high power
amplifiers and matching systems. The ultimate goal of the project is to develop innovative electrical & thermal
modelling techniques for integrated antenna and microwave circuits using new materials and manufacturing
technology (e.g. 3D printing). The technology represents a paradigm shift in that future active RF devices and
thermal management systems (e.g. heat sink) could be jointly developed in a highly integrated fashion, thereby
reducing the mass, size and cost whilst improving the system performance, reliability, efficiency and life
expectancy. The technology to be developed will have significant impacts on 5G/6G, massive MIMO and
satellite communication systems.
The project will be supervised by an interdisciplinary team at Heriot-Watt University (Edinburgh Campus).


About You:
The PhD student will primarily (i) develop novel modelling techniques to jointly predict the thermal and
electrical coupled performance of antenna and microwave circuits; (ii) develop novel integration methods for
RF and thermal management system using new material and manufacturing technology; (iii) design, fabricate
and experimentally verify the concepts through measurement campaign. Other activities supporting the
research will also be carried out when required. The PhD candidate is expected to develop the skills to lead
the research project and interact with colleagues, industrial partners and stakeholders with different
technical backgrounds and from different disciplines.
Applications are sought from highly qualified students with first degree (1st class or equivalent) in Electronic
Engineering, Physics and similar. A Master’s degree or practical working experience in relevant areas may be
advantageous.
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