What kind of knowledge should a heat treatment engineer have?

1. Familiar with engineering drawing standards and representation methods. Master the selection and marking of tolerance fit.

2. Familiar with the performance, test methods and selection of common metal materials. Master the heat treatment principle of steel, and be familiar with the heat treatment methods and selection of common metal materials. Understand the types and applications of common engineering plastics, special ceramics, optical fibers and nano-materials.

3. Master the basic knowledge and skills of mechanical product design, and be proficient in the design of parts. Familiar with the design procedures and basic technical elements of mechanical products, able to use electronic computers to carry out auxiliary design of parts, familiar with practical design methods and understand modern design methods.

4. Master the basic knowledge and skills of manufacturing process, be familiar with the manufacturing process of typical parts, and be able to analyze and solve general process problems on the spot. Familiar with the basic technical contents, methods and characteristics of mechanical manufacturing processes such as casting, pressure machining, welding, cutting (grinding), special machining, surface coating treatment and assembly, and master some key points. Familiar with process planning and design knowledge of process equipment. Understand the principles and knowledge of production line design and workshop layout.

5. Familiar with occupational safety regulations, ethics and legal knowledge. Familiar with the basic knowledge of economy and management. Understand the concept and application of management innovation.

6. Be familiar with quality management and quality assurance system, master basic tools and methods of process control, and understand relevant quality inspection technologies.

7. Familiar with the basic knowledge of computer application. Familiar with the composition, function and programming of CNC system. Understand the basic concepts of computer simulation and the characteristics and applications of commonly used computer software.

8. Understand the related knowledge of mechanical manufacturing automation.