2.te: test engineer, that is, test engineer; Usually responsible for the testing of related products and the verification of test algorithms.
3. I am a mechanical engineer, that is, a manufacturing engineer; Usually responsible for production line maintenance, equipment maintenance, esd protection, software maintenance, etc.
4. namely: industrial engineer, that is, industrial engineer; Usually responsible for quality management, as well as operational guidance.
5.PE: process engineer, that is, process engineer; Usually responsible for the design and implementation of product manufacturing process, NPI or OI production, standard time formulation, production process improvement, etc.
6.QE: quality engineer, that is, quality engineer; Usually responsible for reliability testing, system maintenance, introduction, process anomaly analysis, customer complaints, new product analysis to make collaborative improvement, education and training.
1, product engineers have absolute authority over production. Equivalent to an engineering engineer, PE focuses on field production. PE must have a good understanding of production technology, product performance and structure. It can be said that the person who is most familiar with production in a factory is PE, so that everything in production is under the control of PE. But now there are PIE engineers doing the combination of PE and IE.
2. Test engineer, the gatekeeper of software quality, with high starting point and large development space. The software testing industry in China is still in the development stage, so testing engineers have great development prospects. At present, the traditional software industry is still dominated by software test engineers.
3. Manufacturing engineers use material science knowledge and engineering theories and methods to design, integrate and upgrade manufacturing systems or related assembly lines. Maybe cooperate with marketers or product designers to improve product design quality and reduce costs.
4. Industrial engineers combine the knowledge and skills of mathematics, physics and social sciences with engineering analysis to optimize the design of production integration system. Make full and effective use of the human and other resources invested in the system to achieve the maximum output of the system.
5. There are many kinds of process engineers, which are mainly mechanical process engineers, chemical process engineers, manufacturing process engineers and electrical process engineers.
6. All planned and systematic activities implemented by the quality engineer in the quality management system to provide enough trust to show that the entity can meet the quality requirements and verify them as required.