Name: He Bing Gender: Male Age: 28

Current place of residence: Suzhou Nationality: Han nationality Marital status: unmarried 　

Expected salary (before taxes): 22K Entry time: one month

Education

2015.09-2019.07 Hebei University of Science and Technology (B.S.) Material forming and control process

2019.09-2022.07 Jiangsu University of Science and Technology (M.S.) Materials Engineering

English Proficiency: CET-6

Certificate: IWE (International Welding Engineer).

Personal advantage

1. Familiar with the process development process of new energy vehicle power supply electronic control and drive assembly products, and have practical experience in new process development and introduction.

2. Good at fastener process development to ensure high-quality product production.
3. With rich experience in line construction and commissioning, we can quickly solve on-site technical problems and ensure the efficient operation of the production line.

Work experience

Process Engineer of Suzhou Inovance United Power System Co., Ltd

2022.07-present

Content:

1. Responsible for the process development of electric drive assembly products for new energy vehicles, innovate and optimize the process scheme, and improve the process level.
2. Responsible for the introduction of new projects, identification of four new processes (new technology, new materials, new equipment, new processes) and four new management.
3. Preparation of process documents for new products (flow path diagram, PFMEA, work instructions, list of new equipment treatment tools, list of special characteristics of the process, foolproof and error-proof list, etc.).

4. Lead the prototype trial production activities, responsible for tooling design drawings, purchase, and acceptance.
5. Responsible for the initial process capability analysis and verification of the A/B prototype of the P1 project, follow up the prototype trial production problem solving, and identify the manufacturable problems.

6. Compile the SPEC of the wire body and perform the line experience receiving test with the wire body supplier.

7. Responsible for PLM&MES system maintenance, on-site equipment transformation and the implementation of lean production methods to improve production efficiency and product quality.

Performance: 22 years of positive performance: A (top 10%), 23 years of annual performance: A (top 10%), 24 years of annual performance: B+ (proportion of 30%-50%)

Project experience

1. Lead the development of the ideal W series electric drive assembly from B sample to C sample, output PFMEA risk analysis report, and identify key control points.

2. Optimize the visual inspection system and adopt vPr. The algorithm realizes FIPG defect detection, reduces the visual false alarm rate of the production line, and improves the TA index of the production line.

3. Coordinate the whole process of PPAP mass production review, submit 6 major process documents, and obtain access conditions.
4. Through process optimization and equipment transformation (CT from 72s to 60s), perfect product error prevention, finish400 units in a single shift.
5. Sort out the product scrapping process, formulate parts scrapping standards, and reduce the manufacturing cost by about 3.2 million yuan in the product cycle.

1. Responsible for the transformation and compatibility of QR multi-line body, complete the manufacturing system plan from shafting to assembly, and achieve the cost target and line investment target.

2. The leading product A-sample trial production tooling reduces the cost, improves the maturity of process verification in the trial production workshop, and meets the installation requirements of customer prototypes and R&D internal test prototypes.

3. In the early stage of the project, promote the standardization of tightening equipment and the unification of electrical logic, formulate the single-point process requirements for tightening, and output the tightening master file.

4. Optimize and adjust the press-fitting mechanism to the wire supplier, and output the process verification list of the new line products.

5. Sort out the equipment data upload list, ensure the accurate traceability of the uploaded data in the MES system, and realize the automatic SPC calculation of part of the data, and effectively monitor the process variation.
6. Complete the product valve audit, promote the production line climbing, and achieve the mass production handover index.