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[信息发布] 香港科技大学招收计算机相关专业PhD(2021Fall)

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发表于 2020-11-15 11:13:10 | 显示全部楼层 |阅读模式

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2021年秋季学期,香港科技大学空气动力学声学与噪声控制技术中心拟招收计算机软硬件相关专业博士生,以下是2个方向的招生简章,优秀本科生和硕士研究生均可报名,有意者可将简历发送至Dr. Yi Fang meyfang@ust.hk
AANTC网址:aantc.ust.hk

PhD Student in Rotor/Helicopter Aerodynamics and AeroacousticsDepartment of Mechanical and Aerospace Engineering
Studentship: ~216,000 HKD per annual
Expected Start Date: 1st September, 2021
A PhD studentship is available in aerodynamics and aeroacoustics of rotor/helicopter and the sports-engineering at the Aerodynamics Acoustics and Noise Control Technology Centre (AANTC) at HKUST. For the rotor/helicopter study, the PhD candidate will be part of a research group aimed at developing software for drone noise computation and the relavent environmental impact evaluation based on the established physics-based models.
The research areas of the PhD thesis research may include one or more of the areas below:
  • To develop a drone noise prediction platform on multiple platforms (Web, Desktop App, Android App, IOS App).
  • To develop a drone noise visualization platform to build the cutting-edge human-computer interaction interface such as VR and AR. The platform should based on the mainstream visualization frameworks and engines.
  • To optimize the drone noise and aerodynamics prediction methods for real-time prediction and performance estimation. The optimization should be based on using state-of-the-art hardware (e.g. GPU parallel computing) and implementing advanced algotithms.
Key requirements include:
  • Bachelor or Master degree in computer science, software engineering, or other relevant engineering disciplines.
  • Proficiency in at least one mainstream programming language (C++, Java, Kotlin, Object-C…) (required).
  • Have experience in relevant full stack (web front-end/back-end/App) development (required).
  • Skilled in computer graphics (desirable) or computer vision (desirable).
  • Have relevant experience in VR development (desirable).
  • Familiar with mainstream visualization tools (desirable).
  • Fluency in English (required) and Mandarin (desirable).
Aerodynamics Acoustics and Noise control Technology Centre (AANTC)
The AANTC centre is led by Prof. Xin Zhang and it is based in the School of Engineering, which has a strong international reputation and consistently ranks highly among the top engineering schools. At the AANTC academic staff, research fellows and PhD students work together to develop advanced computational codes, noise prediction software and noise reduction concepts to provide engineering solutions for industry. The centre possesses a suite of high-order computational aeroacoustic codes, and various noise and flow facilities. The group has an extensive global network of academic links and industry collaborations. For current projects and research at the AANTC, please see http://aantc.ust.hk.
If you are interested, please send your CV and academic transcript to Dr. Yi Fang

PhD Student in Sports-Engineering AerodynamicsDepartment of Mechanical and Aerospace Engineering
Salary Range: Postgraduate studentship at about 216,000 HKD per annual
Expected Start Date: 1st September, 2021
A PhD studentship is available in Sports-Engineering Aerodynamics at the Aerodynamics Acoustics and Noise Control Technology Centre (AANTC) at HKUST. The position is a part of an exciting opportunity to work with professional sports teams, sports aerodynamics specialist and racing car professionals. The PhD candidate will take part in two projects. The first project aims to enhance the aerodynamic performance of professional cyclists. The second project aims to improve the racing strategies of professional windsurfers. The PhD candidate will be part of a team that focuses on developing software for athletes to enhance their performance in competitive sports based on the established physics-based models.
The research areas of the PhD thesis research may include one or more of the areas below:
  • To develop a sport assessment and training system on multiple platforms (Web, Desktop App, Android App, IOS App).
  • To develop a sport assessment and training visualization platform to build the cutting-edge human-computer interaction interface such as VR and AR. The platform should based on the mainstream visualization frameworks and engines.
  • To optimize the sport assessment and training methods for real-time assessment. The optimization should be based on using state-of-the-art hardware (e.g. GPU parallel computing) and implementing advanced algotithms.
Key requirements include:
  • Bachelor or Master degree in computer science, software engineering, or other relevant engineering disciplines.
  • Proficiency in at least one mainstream programming language (C++, Java, Kotlin, Object-C…) (required).
  • Have experience in relevant full stack (web front-end/back-end/App) development (required).
  • Skilled in computer graphics (desirable) or computer vision (desirable).
  • Have relevant experience in VR development (desirable).
  • Familiar with mainstream visualization tools (desirable).
  • Fluency in English (required) and Mandarin (desirable).
Aerodynamics Acoustics and Noise control Technology Centre (AANTC)
The AANTC centre is led by Prof. Xin Zhang and it is based in the School of Engineering, which has a strong international reputation and consistently ranks highly among the top engineering schools. At the AANTC academic staff, research fellows and PhD students work together to develop advanced computational codes, noise prediction software and noise reduction concepts to provide engineering solutions for industry. The centre possesses a suite of high-order computational aeroacoustic codes, and various noise and flow facilities. The group has an extensive global network of academic links and industry collaborations. For current projects and research at the AANTC, please see http://aantc.ust.hk.
If you are interested, please send your CV and academic transcript to Dr. Yi Fang


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 楼主| 发表于 2020-11-15 11:14:16 | 显示全部楼层
知乎链接:https://zhuanlan.zhihu.com/p/283134884
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 楼主| 发表于 2020-11-16 07:27:17 | 显示全部楼层 来自安卓客户端来自安卓客户端
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