Experienced Roles

Mechanical Engineer - Data Capture Equipment

Beijing

Full-time

3–5 years of experience

Bachelor's degree or higher

Job Responsibilities

Responsible for the overall mechanical structure and mechanism design of robotic teleoperation equipment, including exoskeleton structure, joint transmission, ergonomics, and wearable structure.
Design the mechanical implementation of the leader-follower mapping mechanism, ensuring consistency in range of motion, degrees of freedom, and kinematics.
Responsible for the design of mechanical structures related to force feedback and impedance interaction, ensuring force transmission accuracy, stiffness, and safety.
Responsible for the prototype design, processing, assembly, and debugging verification of remote-operated equipment.
Responsible for dimensional chain analysis, strength and stiffness verification, and key component life assessment.
Responsible for the routing of wiring harnesses and the reasonable layout and electromechanical integration of sensors and actuators in the structure.
Responsible for optimizing the comfort, safety, and reliability of remote-operated equipment in real usage scenarios.
Responsible for the standardized structural design from prototype to reproducible engineering version, laying the foundation for data collection and mass production.

Bachelor's degree or higher in mechanical design, mechanical engineering, mechatronics, or a related field, with 3–5 years of experience in structural or mechanism design.
Possess a solid foundation in mechanical principles, kinematics, transmission design, and materials technology.
Proficient in using at least one 3D design software such as SolidWorks, Creo, CATIA, or NX.
Possess experience in designing complex multi-degree-of-freedom mechanisms, understanding kinematic consistency and mechanism error propagation.
Possess good hands-on prototyping skills, capable of independently completing prototype assembly and problem diagnosis.
Possesses strong engineering capabilities, able to transform laboratory prototypes into stable and reproducible systems.
Has a strong interest in human-computer interaction devices, exoskeletons, force feedback devices, or teleoperation systems.

Experience with exoskeletons, leader-follower teleoperation devices, VR or force-feedback equipment, or teleoperated robotic arms.
Familiar with the integration methods of sensors such as encoders, torque sensors, and IMUs in mechanical systems.
Possess experience with joint modules, direct-drive motors, harmonic reducers, or wire rope/timing belt transmission designs.
Understanding of robot kinematics and dynamics modeling, with practical knowledge of leader-follower control systems.
Experience designing data capture equipment, research platforms, or simulation and validation equipment.

Mechanical design here does not end with drawing the plans; it needs to be worn, held in hand, and remain reliable and stable over long-term use.
You will frequently participate in prototype assembly, debugging, and user trial fittings, using real feedback to drive rapid structural iterations.
We hope you take responsibility for each set of remote operation equipment, as it directly determines data quality, control precision, and operational experience.

Submit your application below and our team will review your resume shortly.