Which of the development of metallurgy majoring to go to steel companies and scientific research will be better?
I I learned about metallurgical, but I do n’t know if it is going to work in steel companies or scientific research institutions in the future. I want to ask which development opportunities are great.
5 thoughts on “Metallurgy professional employment prospects”
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If our lives have left metal products, can this society run normally? Of course, such a horror state will only exist in our imagination. If such misfortunes appear, the entire human society may be returned to obscure state! Since ancient times, after being refined by copper metals, the relationship between human production and life and metal and their products has become increasingly closer. In modern society, people's clothing, clothing, food, housing and transportation are inseparable from metal materials, and the tools and facilities of production activities also need to use metal materials. It can be said that without metal materials without human civilization today. Metallurgical engineering is to extract metal and metal compounds from the ore, and then use various methods to make metal materials with certain performance.
The value of this major is reflected in her basic position. Metallurgical engineering provides strong production data protection for the economy, involving commercial applications, so it is a practical discipline. Achievements, guiding the development of metallurgical production technology direction and in -depth development; on the other hand, metallurgical projects have enriched the content of the above discipline with rich practical experience.
The metallurgical industry as an important production department of the national economy, making metallurgical engineering major development prospects. Take a more representative example. my country is a large steel country, and the total steel output of each year is at the forefront of the world. The indicator of steel production can certainly be used as an important parameter to measure the economic development level of a country, but the high output does not mean that we are the power of steel smelting. Because, we also import many special steel every year. The gap between special steel smelting technology and advanced countries shows that the development level of our metallurgical project is not high. To change this situation and promote the country from a large country to steel to steel, the cultivation of metallurgical technical talents must be increased. Therefore, metallurgical projects have great development potential. Candidates can seize this opportunity to contribute to the country's metallurgical technology and realize their own life value.
The major in this major cultivates senior engineering and technical talents with metallurgical physics chemistry, steel metallurgy and non -ferrous metal metal metallurgy, and can engage in production, design, scientific research and management in the field of metallurgy. Basic production technology knowledge about black and non -ferrous metal metallurgy, the basic knowledge of metallurgical production organization, technology economy, scientific management, and environmental safety, and the preliminary ability of industrial design is the ability of students to master the students. At the same time, students must have the basic knowledge and skills of diagram, machinery, electrical and electronic technology and computer applications, have analysis and solution of practical problems in the production of this major, and scientific research, develop new technologies, new processes, and new materials. The employment scope of graduates of this major is relatively narrow, but narrowing does not mean that there is no future in work. In the first line of production in the production of non -ferrous metal smelting plants, chemical factories or reagent plants to produce metal compounds, you can experience the joy of working value to create value. ; In the Nonferrous Metallurgical Research Institute (Institute), environmental protection research units, and schools, engaged in production organizations, scientific research
It scientific research is better
There are three major research directions for metallurgical engineering. First, metallurgical physics chemical direction: Learning content includes new metallurgy theory and new methods, metallurgy and material physics chemistry, material preparation of physical chemistry, metallurgy and energy electrochemical. Second, the direction of metallurgical engineering: The study content includes the research of new technologies of steel and non -ferrous metal metal metallurgy, new technologies and new equipment, the basic theory of modern metallurgy and the comprehensive utilization of metallurgical engineering soft science, metallurgy resources, the manufacturing and manufacturing of high -quality high value metallurgical products and the manufacture of metallurgy products Preparation technology of special materials. Third, the direction of energy and environmental engineering: learning content includes metallurgical engineering environmental control, cleaning and combustion of fuel and energy limit utilization, process energy saving and residual recycling, industrial solid waste, urban waste treatment, air pollution control, technology and new products Development and test work. These extensive branches constitute an important part of metallurgical projects, which has greatly promoted the development of the metallurgical materials industry and the national industrial construction.
At the same time, metallurgical engineering technology is also constantly drawing new achievements of relevant disciplines and engineering technologies for enrichment, updating and deepening, and in research on metallurgical thermodynamics, metal, molten pupa, slag, and salt structure More deeper. With the emergence of new metallurgical technology, new equipment, and new processes, metallurgical products will develop in terms of super purity and ultra -high performance.
The employment prospects are very broad
At present, only more than 20 universities in the country have opened this major. Professional talents cultivated each year are very limited, and market demand is particularly large. Relevant statistics show that the market's demand for metallurgical engineering professionals is 10 times that of the actual number of graduates of the major. Such a large market demand also provides a broad employment prospect for students in the major.
Pay content for time limit to check for freenAnswer Metallurgical graduates employment positions are mainly for steel metallurgy or non -ferrous metal metallurgical companies.nIf my answer is helpful, I hope you can like it, thank you!
You must have the psychological preparation of the steel company. Unless you are a high degree of education, you have to start from the front line. The higher education can only be said to be faster. Higher than state -owned enterprises, but the pressure is huge.
The environment of scientific research will be better, but the salary will be less than the front line or the director.
If you are a person who can endure hardships, it is recommended to go to the steel enterprise to develop. thanks.
If it is not a graduate degree or above and it does not matter at home, then you can only go to the steel mill. It must be developed well in scientific research. The salary, treatment, knowledge, and working environment are much better than steel mills.