Salary:10000-20000
Experience requirements:No experience required
Educational requirements:PhD
Job Description:
The Wu Zhiyi Research Group of the Chinese Academy of Sciences Beijing Institute of Nano Energy and Systems intends to recruit three researchers, including postdoctoral fellows, assistant researchers and associate researchers, due to the needs of scientific research and industrial development.
1、 Proposed research work
Direction 1: Micro nano energy and self driven sensing
Direction 2: Emerging Medical Devices and Applications
Direction 3: Intelligent Sensing and Driving of Robots
2、 Application requirements for full-time researchers
1. Obtaining doctoral degrees in instrumentation, biology, medicine, materials, and computer related fields, with priority given to research in energy harvesting and sensing, artificial intelligence and robotics, wearable devices, flexible electronics, and electronic medical devices. Can apply for postdoctoral fellows, assistant researchers, and associate researchers.
2. Solid professional foundation and experimental skills, strong interest in scientific research and innovative thinking, strong English reading and writing abilities, and influential academic papers published in international journals.
3. Has good execution ability and self-restraint, works diligently, is honest, has good teamwork and communication skills, assists in guiding and cultivating graduate students.
3、 Related benefits
In accordance with the relevant regulations of the Chinese Academy of Sciences and the Beijing Institute of Nano Energy and Systems, and in combination with the relevant incentive measures in the research team. Outstanding assistant researchers and postdoctoral fellows can be promoted to associate researchers.
4、 Application materials
1. Personal resume;
2. Overview of past academic achievements;
3. Job ideas for applying for the corresponding position;
4. PDF files of 3 representative works;
5. Copies of academic qualifications, degree certificates, and other relevant materials that can prove my work ability and academic achievements.
Applicants are requested to submit the above information via email and indicate the name of the position they intend to apply for in the email subject. After receiving the resume and materials, if interested, we will contact the applicant within one week.
5、 Contact Information
Contact: Wu Zhiyi
Mailing address: A322, No. 8 Yangyan East 1st Road, Huairou District, Beijing
Attachment: Introduction to the leader of the research group
Wu Zhiyi is a young researcher and doctoral supervisor of the Beijing Institute of Nanoenergy and Systems, Chinese Academy of Sciences. He received a bachelor's degree from Chongqing University in 2008 and a doctor's degree from Chongqing University in 2013. He once engaged in research work in Chongqing University of Technology, and went to the research group of Academician Wang Zhonglin of Georgia University of Technology from November 2017 to June 2019 for research. In December 2019, he joined the Chinese Academy of Sciences Beijing Institute of Nanoenergy and Systems and established an intelligent sensor and system laboratory. Mainly engaged in research in the fields of nanogenerators and self driven microsystems, and conducting research on their applications in the Internet of Things, biomedicine, robotics, information security, smart cities, and other fields. Specific research directions include micro nano energy and self driven sensing, emerging medical devices and applications, and intelligent sensing and driving of robots. More than 60 papers have been published in international authoritative academic journals such as Advanced Materials, Advanced Energy Materials, Materials Today, Nano Energy, ACS Nano, Applied Physics Letters, etc; Obtained 7 national invention patents; Hosted one project from the National Natural Science Foundation, one scientific and technological research project from the Chongqing Municipal Education Commission, and one project from the Chongqing Basic and Frontier Research Program. Participated in eight projects including the National Natural Science Foundation and the Chongqing University Science and Technology Innovation Team. The "Energy Harvesting Bracelet" published in Applied Physics Letters has been featured on the World Science and Technology Research News Network, interviewed by Xinhua News Agency, and reprinted by dozens of news media such as NetEase and Sohu.
?
Representative work
1. Intelligent tactile sensing system that surpasses human tactile sensing function
As a brand new carrier, the tactile sensor of robots should not only imitate the human tactile function, but can also expand the tactile sensing system of robots to new functions that the human tactile cannot reach by integrating new principles and technological means, achieving surpassing the human tactile function. As a key research direction of the research group, focusing on the differences in contact electrification of different materials, customized friction nano sensing arrays were used to expand the precise object recognition function of tactile sensing in open environments such as different temperatures and humidity, relying on machine learning. The relevant research results were published in Advanced Materials.
2. Emerging medical devices and applications
The friction nanogenerator, as a novel high-voltage power source and flexible self driving sensing, is dedicated to the research of implantable sensing, wearable devices, and miniaturized medical equipment and devices by the research team. At present, intelligent sensing and application research are being carried out for the urinary system and digestive system, as well as electrical stimulation medical application research as a high-voltage power supply combined with traditional acupuncture and moxibustion. The work shown in the figure is to promote the recovery of spinal injury by electrically stimulating the Dazhui acupoint and Mingmen acupoint. The relevant research results have been published in Materials Today.
3. Intelligent input devices applied to information security
Friction nano power generation intelligent input device is a smart input device developed by combining traditional input devices such as keyboards and touch screens with friction nano power generation technology, targeting the biological characteristics contained in keystroke dynamics, and meeting the development needs of the information age. It can not only provide high-level information security protection, but also effectively monitor the information input status. It has technological advantages such as source level information security protection, comprehensive information security protection, and universal integrated intelligent development. Under the leadership of Academician Wang Zhonglin, the team has been researching intelligent input devices since the birth of the friction nanogenerator. They have been working on principle verification, functional verification, performance testing, and sample development, and are currently promoting its industrial application


Please send your CV or resume as an attachment to the following email address:
mailto: rbhr@hrcenter.co.uk
With the subject line formatted as: 'Name + Position + Company Name + Location'.