Drivetrain Engineer

SANY Group; Atlanta (GA); Vor Ort; USD 120.000 - 180.000; Vollzeit

Zusammenfassung

SANY Group in Atlanta is seeking a drivetrain design engineer to lead the electric drivetrain architecture for large loaders, coordinating reducers, transfer cases and wheel-side systems.

You will oversee prototype commissioning and mine-site tests, troubleshoot noises and torque issues, verify vibration and interference, and drive improvements to efficiency, reliability and durability through industry benchmarks.

Aufgaben

• Oversee drivetrain scheme design and architecture matching for electric drivetrain systems on large loaders.
• Layout drivetrain components, interface definitions, and support structure; verify vibration, limit position, coaxiality and spatial interference.
• Define control boundaries and protection logic parameters; collaborate with electronic control and strategy teams to ensure power output matching and load protection.
• Follow up prototype commissioning and mine-site tests; troubleshoot faults such as abnormal drivetrain noise, shuddering, insufficient power, overheating and abnormal torque; deliver optimization with full issue closure.
• Establish design specifications and verification standards; benchmark against international products; continuously improve efficiency, reliability and durability of drivetrain systems.

Jobbeschreibung

• Responsible for the overall scheme design and drivetrain architecture matching of electric drivetrain systems for large loaders, including parameter matching of reducers, transfer cases and wheel-side drivetrain systems.
• Responsible for the layout of drivetrain components, interface definition and support structure design; verify vibration, limit position, coaxiality and spatial interference.
• Define control boundaries and protection logic parameters for the drivetrain system, and cooperate with the electronic control and strategy team to complete the matching of power output and load protection.
• Follow up prototype commissioning and mine-site tests, troubleshoot faults such as abnormal drivetrain noise, shuddering, insufficient power, overheating and abnormal torque, and deliver optimization with full issue closure.
• Establish design specifications and verification standards for drivetrain systems, benchmark against international benchmark products, and continuously improve the efficiency, reliability and durability of drivetrain systems.