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Lead Teamcenter development projects independently, translate customer requirements into product designs, and deliver product design solutions that meet client specifications. Collaborate within a global, diverse team.

No role-specific responsibilities were listed. Typical Process Engineer duties include developing and optimizing manufacturing processes, implementing process improvements, analyzing production data, troubleshooting production issues, supporting scale-up and transfers, ensuring safety and quality compliance, and collaborating with cross-functional teams.

Lead complex mechanical engineering projects, meet customers to gather requirements and design products to spec, and share technical knowledge with other engineers as part of a global, diverse team.

负责根据业务需求设计各类绕线机（单极、定子内外、无芯等）；利用历史与实时设备数据开发绕线模块；优化PPM与停机时间；熟悉传感器、追溯系统（条码/RFID）；将人工智能应用于机械设计并为新绕线平台提供改进建议，与内部外部团队独立沟通协作。

负责与业务单元沟通需求并设计多种绕线机（单极、定子内外、无芯等）；利用历史与实时设备数据开发绕线模块；提升PPM与降低停机时间；熟悉传感器及追溯系统（条形码、RFID）；将人工智能应用于机械设计并为新型绕线平台提出建议，能够独立工作并与内外部各方沟通。

Lead PPM and CS improvement initiatives, coordinate with customers, and drive production-line improvement activities for H36, PLG E-comation, and #400/#500/#700 lines.

Lead architecture and development of a dexterous robotic hand: mechanical design, sensing layout, control algorithms (force/tactile/vision fusion), hardware prototyping (drivers, motors, torque sensors), materials and biomimetic coverings, test system creation, support bi-arm/tool/AI interfaces, and manage cross-disciplinary teams from prototype to production.

Design and develop molds, fixtures, and automation systems for powder metallurgy (PM) and metal injection molding (MIM) parts; develop new JIM/PM/MIM production processes; transfer R&D products to mass production per JEPDS; execute assigned project plans.

Lead development and roadmap for robot joint modules. Architect modular joint platforms, oversee motor/gearbox/sensor selection and driver design, run multi-physics simulations (mechanical, electromagnetic, thermal, noise), approve design documentation, build and manage a high-level R&D team, and drive cross-functional collaboration with motor, software, supply chain and manufacturing to enable cost-effective mass production.

Design, implement and optimize automotive manufacturing and assembly processes. Create SOPs and process documentation, conduct feasibility studies, risk assessments and root-cause analyses, run prototypes/pilot runs, apply Lean and Six Sigma to improve efficiency, reduce waste, and enhance quality while coordinating cross-functional teams and supporting audits and CAPA.