Job Responsibilities:
1. Participate in organizing information on the working principles, algorithm principles, calibration principles, static FOV, dynamic FOV, and other……
Job Responsibilities: 1. Participate in organizing information on the working principles, algorithm principles, calibration principles, static FOV, dynamic FOV, and other information of various sensors in robot vacuum cleaners, and build knowledge accumulation; 2. Based on the organization of sensor-related information, communicate with R&D, product, and other teams to understand the overall machine fusion solution and software logic strategy, participate in formulating sensor-specific R&D testing plans, and participate in the work of formulating overall machine acceptance plans based on sensor capabilities; 3. Participate in the design of test plans related to overall machine motion perception for robot vacuum cleaners, the output of test cases, and the closed loop of version testing; 4. Possess strong learning ability, execution ability, communication ability, and logical thinking, be willing to take on challenges, and be good at integrating resources to drive goal achievement; "Overall Machine System Test Engineer (Mid-level) (Motion Perception)
Job Requirements: 1. Understand the principles of overall machine SLAM algorithms for robot vacuum cleaners, and understand the working principles of the overall machine of robot vacuum cleaners; 2. Be familiar with the working principles of various sensors on the product side of robot vacuum cleaners (monocular, binocular, LDS, line laser, infrared, point ToF, cliff, IMU, ultrasonic, bumper, etc.) and the corresponding algorithm principles, and understand the calibration methods and calibration principles of sensors on the robot vacuum cleaner side; 3. Have experience in comprehensively considering and transforming multiple dimensions such as user requirements, product requirements, structural design, and R&D technical solutions into the design of test acceptance plans for individual sensors and fused overall machines, and be able to design boundary scenarios for robot vacuum cleaner motion perception based on information such as sensor static FOV, robot vacuum cleaner overall machine FOV, and accuracy range, combined with the overall machine, and conduct acceptance; 4. Have an educational background in automation, automatic control, sensing, artificial intelligence, etc., and possess interdisciplinary knowledge in mechanical, electrical, software, and other fields; 5. Bachelor's degree or above, 3 years or more of work experience, good communication skills, and good logical thinking;; 6. Experience in robot vacuum cleaner-related testing is preferred, and experience in sensor-related testing is preferred;