1. Work in the fields of rehabilitation training robots, industrial exoskeleton robots, and humanoid robots.
2. Capable of completing design for the overall structure of robots, robot control, or AI research in any of these areas.
3. Track cutting-edge technology trends, analyze the adaptability and advantages of new technologies, and conduct innovative research.
4. Perform other tasks as assigned by leadership.

1. Recent PhD graduates in Mechanical Engineering, Automation, Electronics, Control Engineering, Computer Science, or related fields are preferred.
2. Applicants must be under 35 years of age and have obtained their PhD within the last 3 years. Applicants are not allowed to apply for postdoctoral research in the same first-level discipline as their PhD-granting institution.
3. Strong research and innovation capabilities, along with a spirit of teamwork.
4. Good academic ethics and a rigorous scientific attitude, capable of meeting the job requirements.
5. Applicants with significant research achievements will be given priority.

1. Responsible for the construction of overall mechanical solutions for robot products, the design, development, and optimization of transmission and structural systems, and coordinating with industrial design
2. Collaborate with the design and production departments to execute the overall mechanical structure design of the robot
3. Develop a testing plan for robot products and cooperate with the execution of product quality control
4. Perform relevant CAE analysis according to product development and design requirements
5. Other tasks assigned by the leader.

1. Mechanical engineering or other related majors, full-time undergraduate degree, master's degree or above is preferred
2. More than 5 years of work experience as a mechanical engineer
3. Proficient in using SolidWorks, CAD, UG, and CAE analysis software
4. Have a deep understanding of structural engineering, transmission mechanisms, motor drive mechanisms, machining, molds, production/component tolerance knowledge, and machining processes
5. Having theoretical foundations in structural mechanics, kinematics, dynamics, etc
6. Priority given to those with experience in developing and designing robotic arms, those with experience in developing surgical robots, those with experience in developing exoskeleton robots, and those familiar with rope drive designers
7. Excellent English communication skills: Effective listening, speaking, and writing skills
8. Respecting and accepting work arrangements according to business and work requirements, with good cooperation
9. Be rigorous in work and have a strong sense of responsibility.