Job Responsibilities

1. Assist procurement in supplier development and lead quality audit work during the development stage;

2. Analyze/handle defective materials at IQC, production line and customer side; contact suppliers for incoming defective materials, write exception reports, sample, register and ship defective samples; contact/respond/arrange suppliers visiting for rework;

3. Analyze quality issues with suppliers, and confirm/approve supplier 8D report root cause analysis and improvement countermeasures;

4. Establish, update and maintain the supplier open issue list, and urge suppliers to resolve quality issues effectively and timely;

5. Lead the establishment/update of material inspection standards; conduct quality review of new material samples, and execute tracking and archiving of new material sample trial production;

6. Use statistical techniques and quality tools to analyze supplier incoming material status/monthly scoring, and require risk suppliers to provide improvement measures;

7. Lead the promotion of supplier quality agreement signing, set supplier annual quality goals, develop supplier annual audit plans, and coach suppliers to improve quality;

8. Lead MRB review handling, and track and verify the follow-up of non-conforming review content;

9. Responsible for summarizing losses to the company caused by material defects and claiming against suppliers;

10. Handle defective material issues in the company warehouse, and publish and track the prohibited material list;

11. Report work progress to supervisors, and implement IQC personnel training and quality management system implementation;

12. Complete the department’s annual work plan and achieve the quality department’s quality goals.

Job Responsibilities:

1. Responsible for product changeovers, reflow temperature testing, etc.;

2. Responsible for sample placement machine debugging and SMT placement defect improvement;

3. Ensure normal operation of SMT equipment and perform equipment maintenance;

4. Track and improve the placement rejection rate;

5. Responsible for operator training.

Job Requirements:

1. Familiar with SMT manufacturing process flow and related operations;

2. Skilled with MPM printers, Panasonic placement machines, Ersa reflow ovens, etc.;

3. Familiar with various SMT positions, work processes and IPC standards;

4. Experience in electronics industry and automotive product placement preferred.

Job Description

Job Responsibilities:

1. Assist the procurement manager in daily procurement work;

2. Execute the issuance of purchase contract orders, material acceptance and payment processes, and follow up and implement them;

3. Place material requisitions for electronic materials on time and as needed, and analyze slow-moving materials;

4. Handle defective products;

5. Cooperate with the work of other departments.

Job Requirements:

1. Associate degree or above, with basic exposure to electronic components; ERP/MES system experience preferred;

2. Enthusiastic and proactive, able to work overtime;

3. Residing near Waigang, Jiading District preferred;

4. Hardworking, meticulous and responsible; strong team spirit.

Job Description

Job Responsibilities:

1. Responsible for supply chain development and management.

2. Responsible for sourcing new materials for new projects and completing related preparation before mass production introduction.

3. Responsible for cooperating with the procurement manager in regular supplier evaluation.

4. Responsible for settlement and write-off of purchased materials.

5. Responsible for analysis, integration, archiving and material cost optimization of the project cost BOM table.

7. Responsible for assisting the procurement manager in promoting daily materials work and following up on the implementation of the company’s procurement strategic guidelines.

8. Responsible for handling material sourcing during material shortages of non-mass-production projects.

9. Discover and report major issues in daily work, and assist in formulating solutions to meet supply needs.

10. Flexibly cooperate with other personnel of the supply chain management department and provide early material information for other company departments.

Requirements:

1. Good basic knowledge of electronics, familiar with the selection of electronic components.

2. Familiar with materials development business knowledge.

3. Familiar with ISO/IATF16949, HSPM/ESD and other system-related knowledge.

4. Proficient in ERP system operation, with strong sense of responsibility, supply chain development capability, and planning and execution capability.

Job Responsibilities

1. Responsible for writing the processing and assembly processes of electronic products and preparing work instructions;

2. Responsible for formulating and implementing the production process flow and process standards of electronic products, and analyzing and solving on-site process issues;

3. Responsible for formulating and revising the material consumption quota of product parts;

4. Responsible for the scientific integration and technical transformation of SMT workshop process flows;

5. Responsible for applying new materials, new processes and new technologies to electronic circuits;

6. Analyze and solve customer-complained electronic product quality issues, and formulate and implement corrective and preventive measures.

Job Requirements

1. Associate degree or above in electronics or related fields;

2. 2+ years of relevant work experience; foreign enterprise electronic process experience preferred;

3. Familiar with the production process of electronic products, and familiar with electronic product structure, sensors, electronic circuits and microcontrollers;

4. Able to compile electronic process documents, improve electronic product defects, and undertake the development and implementation of electronic engineering;

5. Team awareness and cooperative spirit.

Job Description

1. Responsible for the development and iteration of host computer and control software for automotive ECU non-standard test equipment, covering software function development, logic debugging and version maintenance of automated production line equipment such as ICT, FCT, EOL, aging test, laser welding, optical inspection and precision assembly.

2. Responsible for test equipment instrument driver and process scheduling development, realizing software control and data acquisition of DAQ, oscilloscopes, sensors, programmable power supplies, electronic loads, ECU communication and flashing; familiarity with NI PXI and Vector VTS platforms preferred.

3. Use C#, Python, LabVIEW and other languages to independently complete equipment test processes, control logic, data processing, logging and report functions; proficiency in AI-assisted coding to improve development efficiency preferred.

4. Responsible for equipment and host system interface development, realizing data interaction, protocol interfacing and interface joint debugging between equipment and production systems such as MES and AGVS, ensuring production line data interoperability and intelligent linkage.

5. Implement software reliability, automated and flexible design, adapting to multi-model ECU compatible testing and rapid changeover needs; identify software risks in development and on-site debugging, rectify and upgrade in a timely manner, and ensure issue closure.

6. Cooperate with cross-department teams to complete equipment joint debugging, acceptance delivery and mass production iteration, and output software design documents, operating specifications and version notes.

Job Requirements

1. Bachelor’s degree or above in software engineering, electronic information, automation, measurement and control or related fields, with 3+ years of complete project experience in automotive ECU non-standard test equipment software development.

2. Proficient in mainstream equipment development languages such as C#/Python/LabVIEW, familiar with test instrument scheduling, automotive bus testing and ECU flashing test processes; NI and Vector platform development experience preferred.

3. Familiar with production line system interface development such as MES and AGVS, with equipment informatization and data interfacing development experience, and understanding of the overall automated production line process.

4. Good software architecture thinking, familiar with software reliability, flexible and highly automated design concepts; non-standard equipment mass production project development experience a plus.

5. Strong communication and coordination skills, project collaboration and basic management thinking, efficient response, strong risk awareness, and thorough problem closure.

6. Good written English, able to independently read English technical manuals and instrument development documents, and adaptable to project delivery and technical iteration needs.

Job Description

1. Responsible for the mechanical structure development and implementation of automotive ECU non-standard test equipment, covering structural scheme design, whole-machine modeling, parts selection, drawing and processing, and on-site assembly and debugging of intelligent flexible production line equipment such as ICT, FCT, EOL, aging test, laser welding, optical inspection and precision assembly.

2. Responsible for the overall design, optimization and iteration of mechanical structures such as equipment fixtures, precision carriers, transmission mechanisms and protective frames, matching automated and flexible mass production needs to ensure equipment operating precision and stability.

3. Use CAD software such as SolidWorks and Creo to complete whole-machine 3D modeling, engineering drawing output, BOM compilation and standardized parts selection, cooperating with the full process of machining, assembly and debugging; structural stress CAE simulation capability preferred.

4. Lead equipment mechanical reliability, platform-based, automated and flexible structural design, optimize equipment changeover efficiency, operating stability and structural commonality, and solve mechanical issues such as assembly interference, precision deviation and structural fatigue.

5. Interface with electrical, software, project and supply chain teams, identify risks in structural design, machining assembly and on-site implementation, follow up on issue rectification and escalation in a timely manner, achieve full-process closure, and output complete mechanical technical documentation.

Job Requirements

1. Bachelor’s degree or above in mechanical design, mechanical manufacturing, automation or related fields, with 3+ years of complete mechanical structure development experience in automotive ECU non-standard test equipment.

2. Proficient in mainstream mechanical design software such as SolidWorks and Creo, able to independently complete whole-machine structural design of non-standard equipment; basic stress CAE simulation capability preferred.

3. Familiar with the structural principles of non-standard automation equipment, with structural design experience in reliability, platform-based, flexible and automated equipment, and familiar with key points of precision transmission and fixture design.

4. Good cross-department communication skills and project management mindset, efficient response, strong risk identification capability, and thorough problem closure.

5. Good written English, able to read English mechanical drawings, equipment specifications and other technical materials, and adaptable to project debugging and short-term business trips.