What makes a good mechanical engineer? Design,

I also study mechanics, and I can give you the following suggestions:

1. Go deep into the grassroots and understand the needs of grassroots design. There will always be deviations when the ideal thing is applied in practice, and the best way to reduce the deviation is to go to the next line.

2 Go to related industry companies to study and visit, broaden your horizons and enrich your knowledge3 Have innovative thinking and not rest on your laurels. Dare to break the rules and use new methods to solve problems at a higher level.

4. Solid basic skills, mechanical class is very complex, material mechanics design of public coordination, etc. All require a fairly in-depth understanding.

First of all, it is necessary to have knowledge of mechanical principles, mechanical design, mechanisms, material technology, mechanical manufacturing, etc.

Second, as a mechanical engineer, you need to develop your spatial imagination ability and be able to predict the final molding of the product.

Third, be proficient in at least one 2D drawing software, one 3D drawing software, and one mechanical analysis software, and be able to judge the mechanism you designed, and be able to run smoothly without interference.

Fourth, you should also have a good ability to communicate with customers, and use your mechanical products to help customers achieve the functions they want.

Fifth, with the overall planning ability of perfect mechanical, electronic and material technology, he is looking for the best solution, which can not only complete the functions that the customer wants, but also meet the appropriate cost requirements.

Finally, it is necessary to continue to learn lessons from failures and turn yourself into a master, and engineers need more experience.

1.Proficient in drawing product design drawings and process drawings (tooling, fixtures, etc.) that meet national standards.

2.Proficient in the use of mechanical principles, mechanical mechanisms, mechanical design and national standards and international standards, according to the requirements of the design task: creative design effect is good, low cost products.

3.Proficient in the use of computer-aided design: 2D software engineering drawings, 3D software design products and modeling renderings.

4.Able to draw renderings, can correctly express the overall sense of coordination, texture, color change, subjectivity of the equipment, and the overall effect and harmony of the product.

5.Familiar with various materials (material properties, characteristics, size, color and lustre, etc.) and heat treatment methods, in order to correctly select materials and appropriate heat treatment methods.

6.Proficient in the correct use of typical mechanical mechanism types, especially the advantages and disadvantages of each mechanical mechanism, commonly used structural methods, methods, etc.

7.Improve the knowledge and cultivation of various aspects of machinery, and be familiar with various basic characteristics and variants. Learn about the historical development and adoption of various devices. Mechanical mechanism, structural mode, method.

8.Possess the knowledge and skills of surveying and mapping (measurement methods and accuracy), and be able to correctly make on-site surveying and mapping sketches and improve design related information.

9.Familiar with various processing technologies and assembly processes, and be able to correctly compile processing and assembly processes. Correct selection of processing equipment and various tools.

10.Have a wide range of cultural knowledge and accomplishment (the development status of various types of equipment). This is beneficial to the design of products with stable performance, beautiful appearance and a sense of the times.

11.Will be good at the collection and accumulation of design data, such as reference books (manuals, standards, etc.), new methods of surveying and mapping, photography, copying and recording, etc., and constantly accumulate useful design data. and process drawings (tooling, fixtures, etc.).

1. Mechanical engineer refers to a person who is engaged in work in the mechanical engineering industry and has a certain level of experience and level.

2. Mechanical engineers are generally divided into three levels, junior mechanical engineers, intermediate mechanical engineers, and senior mechanical engineers. Mechanical engineer usually refers to the three levels of mechanical engineer collectively, but can also refer specifically to intermediate mechanical engineer.

3. In terms of professional direction and academic level, mechanical engineers need to have a mechanical major, bachelor degree or above. In terms of practical experience and work ability, he has a certain number of years of industry experience, and can apply professional knowledge principles to specific practice, including proficient in engineering drawing, engineering materials, product design, manufacturing technology and other engineering design skills.

Personally, I think mechanical design engineers are better. Mechanical design engineers are mechanical majors, requiring familiarity with general equipment and process flow of electronic product production, familiar with PCB board design software and proficient in the use of AutoCAD and other mechanical design software, familiar with PLC and other programming control technology. It mainly implements the reliability test of the structural parts of the product, and does a good job in the evaluation and verification of the parts and the risk analysis of the product structure.

Process design is based on the requirements of the production program and the overall design, make correct decisions on the production process, equipment, personnel, department settings, material requirements and flow, equipment layout and other issues of the workshop, calculate the process investment, and put forward reasonable requirements for the design of workshop construction, power supply, heating, water supply, power, drainage and environmental management inside and outside the workshop, so as to ensure the integrity and coordination of the design.

The process specialty in the design of the mechanical plant is the "leading specialty" among many professions, and it is one of the first professions to contact with the owner, which can fully understand and master the production, use and requirements of the project products. The craft profession has a relatively complete conception of the integrity of the project, so it is also called the "leading profession".

Crane designers refer to professional designers engaged in the design and development of the modeling, mold, performance, and structure of cranes and their parts.

Job content: Participate in the formulation and review of crane design schemes;

control the producibility of the assembly and processing technology of the crane design scheme;

Organize the process preparation and preparation of relevant documents in the trial production stage of the crane prototype;

Participate in the trial installation and review of crane prototypes;

Cooperate with the production workshop to solve the relevant technical problems in the crane production stage;

Collect and sort out crane design drawings and establish corresponding databases.

From the design of equipment - manufacturing - sales - procurement - installation - use - maintenance - repair - transformation - scrapping - the management of a certain item in the whole process of the file, as for what will be done, it depends on your future working environment, in short, it is inseparable from these links.