Process Engineer

1.Design product process plans, plan process routes and optimize parameters. Develop complete process documents, SOPs and inspection standards for mechanical parts to standardize production flow and ensure processing quality and efficiency. 2.Design, select and optimize process tooling, fixtures and gauges to improve machining accuracy and automation level, reduce operation difficulty and defect rate. 3.Provide on-site technical support, timely solve process issues such as insufficient precision, abnormal processes and product defects. Analyze root causes, implement improvement measures and track effectiveness. 4.Participate in new product development, sample trial production and mass production launch. Conduct process feasibility evaluation, solve process problems in trial production, and support process validation and finalization for mass production. 5.Promote process optimization and lean production. Reduce energy consumption and manufacturing costs through innovation, flow simplification and parameter adjustment, and improve capacity and process stability. 6.Organize, file and update process technical documents and establish a process knowledge base. Ensure compliance with industry standards, customer requirements and quality systems. Participate in process reviews and improvement projects to continuously optimize manufacturing costs. 7.Train and guide production operators on process operation, quality control and safety. Supervise process implementation to avoid non-standard operations. Implement on-site process safety rules, identify potential hazards and ensure orderly production.

Qualifications: Male or Female, age 25–35 years old Educational Background: Bachelor’s degree or above in Mechanical Design, Manufacturing and Automation, Material Forming and Control Engineering, Industrial Engineering, Mechanical Engineering or related At least 3 years of experience in process design, process optimization or production technical support in mechanical processing / parts manufacturing. Experience in machining processes of bearings, shafts and similar mechanical products is preferred. Solid knowledge of mechanical processing, manufacturing flow, process optimization and quality control. Professional Skills: Proficient in machining process development, tooling and fixture design and optimization; skilled in AutoCAD, SolidWorks and other design software Familiar with on-site process control and process improvement; mastery of quality tools including SPC, PFMEA, 8D, PPAP Familiar with machining processes (required), such as turning, milling, grinding, gear shaping, and gear hobbing. Knowledge of cutting tools and cutting parameters (preferred / can be developed) Able to read and analyze mechanical drawings (required). Proficient in GD&T , Geometric Tolerance , Surface Roughness , Datum , Tolerance Zone Understanding of ISO9001, IATF 16949 quality systems; able to independently prepare process sheets Capable of analyzing and solving process abnormalities, improving productivity and controlling costs. Strong ability in process development, problem analysis and problem-solving.