What knowledge does a highly skilled mechanic, turner, fitter, mechanical engineer and other types o

Mechanical engineering. Metalworking.

Cold working. Common Machining Mechanical Principles, Hydraulics and Pneumatics, Electronic and Electrical Engineering, Control Engineering, Mechanical Cold Machining, Mechanical Thermal Machining, CNC, PLC or MCU, At least One Programming Language, At Least One 2D Drawing Software, At Least One 3D Drawing Software, Engineering Mechanics, Material Mechanics, Fluid Mechanics, Modeling and Simulation....

Mechanical engineering. Metalworking.

Cold working. Commonly used machined materials.

Mechanical Principles, Hydraulics & Pneumatics, Electronic and Electrical Engineering, Control Engineering, Mechanical Cold Machining, Mechanical Thermal Machining, CNC, PLC or MCU, at least one programming language, at least one 2D drafting software, at least one 3D drafting software, Engineering Mechanics, Mechanics of Materials, Fluid Mechanics, Modeling and Simulation, .........

Mechanical manufacturing, mechanical principles.

Metalworking.

Cold working. Mechanics of Materials.

Commonly used machined materials.

Hydraulic pressure. Electromechanical, control engineering

Cartography (including computer graphics).

This involves too much I worked hard for almost 10 years to become a senior technician Now I have changed careers But I still haven't forgotten the exam You should come step by step When you understand the same, you will naturally know what to learn next I didn't fool you I don't think there will be any answers that satisfy you Since I started this industry, I have often faced various technical problems All step by step.

Mechanical technicians should master the basic knowledge of mechanical drawing (mechanical drawing), master the most commonly used drawing software, some relevant national standards, understand processing technology, material mechanics, etc., and the rest should often read the "Mechanical Design Manual". Understand the principles of mechanical design, mechanism movement, machining technology and equipment selection, tooling and fixture design.

Job Responsibilities: Responsible for equipment maintenance and maintenance;

Responsible for dealing with equipment problems that affect production and ensuring the operation of the production line;

Responsible for the start-up and shutdown of the company's overhaul production line, the start-up of new equipment or production lines, and the temporary start-up and shutdown of the company's overhaul production line. Coordination of equipment;

Responsible for production accidents or abnormalities, according to the company-level accident emergency plan, cooperate with the workshop to start the plan;

Responsible for professional training of relevant equipment operators and maintenance personnel;

Assist engineers to analyze the abnormal causes of equipment and propose reasonable solutions;

Assist engineers in equipment design, assembly and commissioning.

First, 'the first priority of a mechanical technician, learn to overhaul.' Participate in the maintenance of each equipment, understand the structure, principle, performance, and maintenance methods of the equipment by participating in the maintenance, and be diligent in learning from the maintenance master.

Second, surveying and mapping is one of the basic skills of technicians, some are standard size custom parts, some are on-site measurement size custom parts, and the accuracy of surveying and mapping represents the level of technicians.

Third, be diligent in summarizing, good at induction, and do a good job of maintenance records. For key equipment and key maintenance processes, it is important to keep records. Every time you survey, you should carefully keep the base map and surveying and mapping data, which is the most important reference for you to do the same part surveying and mapping next time.

Fourth, be diligent in learning standards and norms. Technicians must learn to be familiar with the relevant standards and specifications, and to publicize and implement the standards and specifications, so that there will be no major problems, especially when it comes to safety issues, and there can be no luck.

Fifth, be proficient in computer-aided design. In addition to being proficient in graphic design, proficient in at least one 3D software, now the development of 3D is very fast, and it will be more difficult to work without using 3D software.

The basic knowledge of mechanical drawing (mechanical drawing is available), master the most commonly used drawing software, some relevant national standards, understand the processing technology, material mechanics, etc., and the rest should often read the "Mechanical Design Manual".

1 Mechanical principle, this is a must, understand the principle of many things to get started quickly.

2 Mechanical parts.

3 Cartography. 4. You need to know a little bit about CAD and CAM software.

Some basic things must be mastered, such as the ability to read mechanical drawings, can use Auto CAD, preferably use three-dimensional drawing software (SOLIDWORKS is relatively simple, it is recommended to learn it), will check mechanical design manuals, and understand some processes.

1. Understand mechanical drawings and be able to survey and map existing products and draw drawings;

2. Be proficient in at least one three-dimensional software, now the development speed of three-dimensional is very fast, and it will be difficult to work without using three-dimensional software.

3. Understand some basic mechanical design knowledge, at least be proficient in using the "Mechanical Design Manual".

4. Further, master the process of machining.

With the above basic knowledge, it is possible to pursue the job of a mechanical technician.

1. The work you mentioned is the work of the machining process engineer, and I feel very boring and confused! It's because you haven't really set foot on the mind, in fact, there is still a lot of work to be done, such as: when compiling the process card, it is not a mechanical copy, but a careful understanding of whether the process and tooling are reasonable?

Is there room for improvement? How do you design a simple and easy-to-use special geotool? --There is a lot of knowledge here, because to ensure the quality of the product can not rely on labor, but on special tooling to ensure it, after all, people's energy is limited.

2. Suggestion: Take advantage of the current favorable conditions, ponder the tooling for small changes in your free time, you can start with a simple design, and do not publicize before the success, in order to leave a way back. This is very beneficial in terms of improving one's design ability and developing one's future direction.

There is no unified standard for mechanical engineers, and there are actually many professions engaged in them, such as machine tools, engines, automobiles, machinery, etc., and those who are engaged in design, manufacturing, management and other aspects of work in the field of machinery can become mechanical engineers.

Mechanical engineer usually refers to professionals engaged in the mechanical industry, and the mechanical engineer we most commonly refer to refers to the title, that is, the intermediate engineer. In addition, there are mechanical engineer qualification certification of the Mechanical Engineering Society, survey and design registered mechanical engineer, etc.

A mechanical engineer is a person who works in the mechanical engineering industry and has a certain level of experience and level. Mechanical engineers are generally divided into three levels, junior mechanical engineer, intermediate mechanical engineer, and senior mechanical engineer. Mechanical engineer usually refers to the three levels of mechanical engineer collectively, but can also refer specifically to intermediate mechanical engineer.