1. Primarily responsible for maintaining non-standard automated equipment, assisting with PLC programming for new equipment, and enhancing the production line’s level of automation, efficiency, yield rate, and safety; also develops custom tooling and molds tailored to production, R&D, process engineering, and testing needs.
2. Selection and procurement of electrical components and critical auxiliary parts for new equipment; tolerance design for non-standard tooling; outsourcing of machining operations; progress tracking; assembly and commissioning.
3. Maintenance and repair of the electronic and electrical components of automated equipment
4. Installation and commissioning of production equipment, preparation of IQ protocols and reports, coordination of development projects, and monitoring of project progress.
Job Requirements:
1. Bachelor’s degree in a mechanical, electrical, or automation-related field; at least 1 year of relevant experience.
2. Possesses strong communication skills, a team-oriented mindset, and innovative thinking, as well as robust stress tolerance.
3. Candidates with experience in equipment maintenance and custom‑solution development are preferred.

Working as a mechanical design engineer in the mechanical engineering field. Proficient in electronic products, general-purpose manufacturing equipment, and production processes. Familiar with PCB design software and skilled in using mechanical design tools such as SolidWorks and AutoCAD. Capable of undertaking structural design tasks.
Job Responsibilities:
1. Responsible for the structural design of machined and tooling products, including both external and internal structures as well as fixture design, ensuring that the products meet requirements for reliability, manufacturability, maintainability, and cost-effectiveness.
2. Based on market and production needs, propose improvement plans for product design and implement them promptly.
3. Conduct reliability testing on the product’s structural components, perform thorough component evaluation and verification, and carry out product‑level structural risk analysis.
4. Timely complete relevant design and technical documentation. 1. Responsible for the mechanical structural design of non-standard projects, preparing drawings, and compiling bills of materials;
5. Responsible for optimizing the mechanical structure of previous projects, providing standardization recommendations, and generating and archiving 3D design drawings.
6. Assist with electrical commissioning work.
7. Responsible for standardizing and improving machines with standardization potential, and for preparing and archiving relevant drawings.

1. Possess a college diploma or higher in a science or engineering field, and be capable of independently managing new product design and development projects, as well as coordinating patent-related matters for such projects.
2. Familiar with the structure and manufacturing processes of plastic and metal products; experienced in the design and development of plastic and metal molds, with expertise in follow-up and review.
3. Proficient in UG or PRO/E (CREO), CAD, and office software;
4. Able to guide products from pilot production through mass production and promptly resolve any issues that arise during manufacturing; possesses practical experience in production quality control and quality improvement.
5. Able to use tools to read and respond to professional English‑related reports;
6. Prepare technical documentation and design drawings in accordance with the R&D plan, record all relevant work elements, and compile complete product files; summarize product development experience, continuously improve product performance, and implement design modifications and enhancements as reasonably requested by customers or relevant company departments, thereby completing product finalization.
7. Possesses strong teamwork skills, a strong sense of professionalism, and a high level of enthusiasm for work;

1. Possess a college diploma or higher in a science or engineering field;
2. Familiar with the structures of plastic molds and metal molds, and capable of conducting follow-up reviews.
3. Proficient in using UG or PRO/E (CREO), and skilled in CAD and office software;
4. Able to guide products from pilot production through mass production and promptly resolve any issues that arise during manufacturing; possesses practical experience in production quality control and quality improvement.
5. Able to use tools to read and respond to professional English‑related reports;
6. Able to prepare technical documentation in accordance with the project schedule, produce 2D engineering drawings, document various work elements, and compile complete product files; capable of continuously optimizing manufacturing processes (including designing jigs and fixtures).
7. Possesses strong teamwork skills, a strong sense of professionalism, and a high level of enthusiasm for work;

1. At least three years of experience in customer quality management;
2. Responsible for handling customer complaints, leading quality review meetings, tracking and verifying the implementation progress of corrective actions, and preparing 8D reports for submission to customers.
3. Responsible for maintaining daily customer relationships, monitoring inspection standards and requirements, and continuously improving shipment quality.
4. Responsible for resolving quality issues that arise during the product manufacturing process, handling quality abnormalities, and leading quality improvement initiatives.
5. Proficient in various quality management tools, including MAS, SPC, FMEA, and the seven basic quality control tools, and able to apply them effectively.
6. Proficient in Microsoft Office and possesses basic English reading and writing skills.
7. Strong judgment, communication and coordination skills, and proficiency in both oral and written expression.

QS:
1. At least three years of experience in quality system and process management. Responsible for establishing IATF 16949 documentation and conducting internal and external audits; familiar with ISO 9001:2015 and other standards; candidates with experience in process optimization and implementation are preferred. 2. Possess hands-on experience in internal audits, external audits, customer audits, and other third-party assessments.
3. Proficient in Microsoft Office suite;
4. Possesses strong verbal communication and written communication skills;
5. Formulate and implement the company’s policies and procedures governing relevant documents and work-related materials.
6. Supervision and implementation of the countersignature, review, numbering, and distribution of controlled documents;
SQE:
1. At least three years of experience in supplier management (with a focus on quality improvement), proficient in using tools such as SPC, FMEA, MSA, APOC, PPAP, and 8D to analyze and resolve issues.
2. Analysis, tracking, and resolution of abnormalities on supplier material production lines and at the customer end;
3. QSA, QPA, and GP audits for new suppliers;
4. Annual audits and ongoing guidance for qualified suppliers;
5. Possesses a certain level of English reading and writing proficiency, with clear logical thinking;
6. Fair and impartial, with strong communication skills, and able to work overtime as required by the company.

Job Requirements:
1. Associate’s degree or higher in mechanical engineering or mechatronics;
2. At least three years of structural design experience;
3. Proficient in SolidWorks and AutoCAD;
4. Understand the processing characteristics of various materials, and be familiar with manufacturing processes such as sheet metal fabrication, extrusion, injection molding, and die casting.
5. Candidates with experience in sheet metal and injection-molded structural design in the electronics industry will be given priority.
6. Possesses a basic understanding of safety regulations.
Job Responsibilities:
1. Responsible for designing product structural components, establishing the Bill of Materials (BOM), and related tasks;
2. Responsible for testing and validating the performance of product structural components.

Job Responsibilities:
1) Design of device structures, simulation, testing, and analysis of relevant device characteristics, and optimization of device performance;
2) Develop test procedures to characterize device‑related parameters and analyze the impact of process variations on device performance.
3) Collaborate with departments such as process integration and reliability to develop and implement the tape-out plan;
4) Improve metrics such as chip yield, device performance, and reliability;
5) Responsible for the research and development of new devices and the early-stage exploration of cutting-edge technologies.
6) Proficient in SolidWorks and AutoCAD;
Job Requirements:
1) Bachelor’s degree or above, majoring in semiconductor engineering, microelectronics, materials science, chemical engineering, physics, or related fields;
2) Familiar with integrated circuit manufacturing processes and fundamental semiconductor principles, proficient in experimental design and data analysis. Candidates with experience in device development, circuit design, or senior-level TD/PIE are preferred.
3) Possesses a certain level of learning and comprehension skills, as well as judgment and analytical abilities, and has industry‑related English reading and writing proficiency.
4) Demonstrates a conscientious work ethic, possesses strong teamwork skills, and engages in proactive communication.