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Dynamics engineer

Job ID:



Beijing/Tianjin, China

Employment Type:

Full time positions

Created at:


Beijing JingWei HiRain Technologies is a high-tech enterprise and it developed rapidly, specializing in the research and development , production of electronic products in the fields of automobile electronics, intelligent driving, car networking, new energy automobile and artificial intelligence, as well as engineering consulting, development tools and automatic driving operation and maintenance service for specific scenarios. The headquarters of the company is located in Beijing, it has subsidiaries in Shanghai, Chengdu, Shenzhen, Detroit, Munich and offices in Changchun, Wuhan, Chongqing, Nanchang and Xi 'an, and it has established modern production factories in Tianjin and Nantong, it formed a perfect research and development, production, marketing and service system. It has more than 2600 employees, 65% of researchers have master's degree or above, Since it has established nearly 20 years ago, In recent years, the company has been awarded as "Beijing Patent Model Unit", "Zhong guan cun Key Intellectual Property Demonstration Unit" and "Beijing Practice Base for National Patent Examiners". With the concept of " The value of innovation, better service to customers", the company has more than thousands of domestic and foreign customers in the automotive industry.

  1.  Forward-looking exploration and technological innovation;
  2. Undertake the work related to dynamics in the prototype r&d project;
  3. Responsible for the research, design and verification of dynamics;
  4. Such as the establishment of vehicle dynamics model for new requirements, the study of new active and passive shock absorption methods, the analysis of mechanical system dynamics performance, experimental verification of prototype dynamics design, etc.

  1. Master degree or above, majored in vehicle, mechanics, mechanics, engineering physics, etc.;
  2. Have a basic knowledge of theoretical mechanics, and master the modeling and simulation methods of dynamic system.