High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

Last Issue: Cambridge University is hiring postdoctoral researchers with a starting salary of 280,000, valid until October 7

Qinghua University Youth Thousand Talents Program Professor Zhang Pinjia’s research group

Long-term recruitment of postdoctoral researchers, with a salary of up to 300,000

Application Requirements:

1. Applicants must be in good health and under 35 years of age;

2. Must hold a PhD from a domestic or foreign university, and have graduated within the last two years;

3. Relevant experience in motor design, motor drive and control, or electrical equipment monitoring;

4. Must have some experimental and English paper writing experience.

Salary and Benefits:

1. Offers generous salary based on the application situation of selected talent programs, with a maximum annual salary of 300,000;

2. After admission, enter the postdoctoral mobile station at Tsinghua University and can apply for various postdoctoral funds. Those who perform excellently after leaving can stay at the school for work.

3. Can apply for Tsinghua University’s temporary housing, solving issues related to household registration in Beijing and children’s schooling.

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

Provided by Professor Zhang Pinjia, special thanks

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

Expert Introduction

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

Professor Zhang Pinjia, Associate Professor at the Department of Electrical Engineering, Tsinghua University, PhD supervisor. Selected for the Youth Thousand Talents Program in 2015 and received the Excellent Youth Fund in 2018. Graduated with a bachelor’s degree from the Department of Electrical Engineering at Tsinghua University in 2006, then studied at the Georgia Institute of Technology in the United States, earning a PhD in 2010. After graduation, he worked at GE Global Research as a Chief Engineer and Project Manager. He mainly engages in online monitoring of electrical equipment, design and control of motor systems, and research and application in new energy and energy storage. He received the 2018 IEEE Industrial Applications Society Outstanding Young Achievements Award and the 2016 IEEE Industrial Electronics Society Motor Committee Best Paper Award. He has obtained more than 40 patents authorized and applied for in the United States, China, Europe, Germany, Brazil, etc., and has published over 20 papers in various IEEE Transactions.

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High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

High Reliability Monitoring and Control Technology for Electrical Equipment Based on Industrial IoT

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