Company
Shanghai Institute of Microsystem and Information Technology Chinese Academy of Sciences
Location
Shanghai, China
Job Type
Full Time
Salary Range
Negotiable
Number to Recruit
1
Job Reference Code
J2201146
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Superconducting Electronics Technology Junior Researcher
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Shanghai Institute of Mircrosystem and Information Technology (SIMIT), Chinese Academy of Sciences (CAS), formerly known as Shanghai Institute of Metallurgy, was one of the earliest research institutes of Academia Sinica founded in1928. Since August 2001, the name has been changed to SIMIT according to its research fields and objectives. During the past 90 years, SIMIT always focuses on frontier of the metallic material science, and played a leading role in the scientific research. After the 1960s, SIMIT was again the first entity to have established the ultra-pure metal and III-V compound semiconductor materials research base, and first superconducting cable in China. Since 2004, SIMIT has developed a superconducting center dedicated to the fundamental research of superconducting material and electronics. Now the superconducting research center includes around 80 research staffs and 50 graduate students. The research field on superconductors has grown into one of the three major research field in SIMIT.
For further information of SIMIT, please visit our website: www.sim.ac.cn.
Responsibilities:
1.Complete the research and development of radar project in the front line, and be responsible for the design, code implementation and performance optimization of digital signal processing module subsystem;
2.Cooperate with RF simulation engineer and software engineer to design the whole system scheme and control/data interface.
Qualifications:
1.Master degree in radar engineering/signal processing and other related majors, with more than 5 years of work experience, and experience in data processing of distributed multistation radar, MIMO radar and external radiation source radar is preferred;
2.Know about the statistical signal monitoring and estimation, space-time adaptive processing, electromagnetic field and microwave technology, and have a solid foundation for various radar waveform design, clutter interference filtering, etc;
3.Proficient in digital receiver implementation, cooperate with RF processing team to complete ADC sampling, signal filtering, time-frequency synchronization, parameter extraction, etc. of customized waveform;
4.Proficient in MATLAB, complete the development of DSP/FPGA modules independently, especially hardware platform selection and performance evaluation. Complete the code implementation, processing resource optimization, function debugging, performance optimization, problem location, etc. on the hardware platform;
5.Familiar with signal testing methods, and master oscilloscope, spectrometer, signal source, network analyzer and other testers.
Benefit:
Provide competitive remuneration.