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  Develop concepts for geartrain related components to minimize part count, cost, and complexity in the drive unit
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  Design and analysis of geartrain components including rotating shafts, gears, differentials, torque split devices, spline, spring, botl,...
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  Design, coordinate, and execute system level and component level tests for performance, durability, reliability, and variability
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  Tolerance calculation for components and subsystem.
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  Risk assessment, root cause analysis and problem resolution for failures of geartrain components in validation tests
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  Provide technical guidance to cross functional teams (manufacturing, production, quality, supply chain and service) through entire development and life cycle of drive unit products
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  Work with Suppliers to drive process improvements and product excellence for high volume contract manufacturing
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  Work with other design and Test Engineering to develop and bring innovative technologies to mass production
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  2D and 3D  modeling utilizing CAD software
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  Build DVP, DFMEA for important components
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  "Control of BOM, CAD model and Engineering drawings "
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  "Sourcing, working with supplier to make the prototype & mass production parts "
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  "Build measurement guide for transmisison component. "
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  "Support to solve issue form production line "
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  Build transmission assembly guide and asembly samples for development phase.

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  Ensure seamless integration of transmisison system with emotor and housings and broader EV powertrain architectures.
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  Establish and maintain simulation workflows using advanced tools like KissSoft, ANSYS to predict gear and bearing performance under various operating conditions.

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  Work closely with the procurement team to select cost-effective materials and components that meet performance standards without compromising quality.
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  Optimize motor design for scalability, ensuring low-cost and efficient mass production aligned with company goals.

Requirements

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  7 year + experience in mechanical design
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  Experience in using 2D & 3D software, Experience in Teamcenter, GD&T and Tolerance analysis will be advantage
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  Knowledge about transmission system: Gear, shaft, bearing, belt, chain
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  Experience in 3D modeling within a product development environment CATIA preferred
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  Experience in CAE analysis or calculation software package like Ansys preferred
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  Experience in KissSoft calculation software preferred

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  Willing to step out comfortable zone
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  Can work independently and flexibly

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  English skill: proficient in all reading, speaking, writing & listening skill
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  Work well with office tools: Word/Excel/PPT
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  Catia V5, PLM Teamcenter

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  Understanding of transmission design.
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  Knowledge of  metal material (mechanical property; related heat treatment process, Dispose of materials,...)
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  Familiarity with Design for Manufacturing (DFM), Design for Assembly (DFA), and failure mode analysis.