Is it useful to read a graduate student in mineral processing

You are right, I have the same experience as you, I also studied mineral processing, graduated more than 2 years ago, and currently belongs to the grassroots personnel of the concentrator. Factories and mining enterprises are all in remote and inconvenient mountains, and the working environment is poor, dirty, bitter and tiring. The leaders in the factory have not learned to belong to the old workers, with many years of work experience, these enterprises have little mobility and are easy to form a fixed circle of influence and family, the water is relatively deep, and it is more important to pay attention to relationships, and it is difficult for outsiders to have good positions and be promoted.

Basically, no one teaches you to help you, so you have to figure out and ask your colleagues on your own. The work is difficult, lacks fairness and justice, is lifeless, and is not suitable for young people.

The factory has to grasp the key points, the old factory process is generally very stable, and the management personnel have a certain amount of experience, so the technical requirements of the process are not high, and the technicians are dispensable. The scope of school learning is not deep, after entering the factory, I know the principle, but there are still many deficiencies in the details, there is a great lack of teaching in school equipment and electromechanical, and I am not very familiar with it, and the mechanical and electrical aspects are indeed more valued in the concentrator, especially the electrician. The breakthrough is the experiment and process transformation, if you are familiar with the process calculation of the experiment and put forward the plan, you will also be valued.

At the grassroots level, skills and capabilities are equally important. To continue to study professional skills in depth, it is also necessary to develop social skills.

Because what I learned in school was some theory and design, purely on paper, and lacked practice, I felt very stupid and ashamed to be an apprentice with the workers in the factory for the first time. The basic operation is necessary to do when you first go to work, you can't do it if you give you a deputy factory director, and you can't find anything to do if you are a technician, you must lower your head, do things modestly, and do your job well. Only by doing every post at the grassroots level can we understand the characteristics of the entire process and guide production.

In production, we should be familiar with the equipment characteristics of the factory, the problems in the process, the properties of ores, economic and technical indicators, equipment configuration, production organization and scheduling, as well as emergency handling, as well as the daily management of the team should be learned. Practice solid basic skills. It is of great help to analyze the characteristics of your factory and think about the problems in design from the perspective of the producer, which will be of great help to you to go to the graduate school and the design institute in the future.

Now that mineral processing is gradually becoming more important, it is a good way to go to graduate school. In the future, you can do mineral processing tests and mineral processing design, which are the most needed by the mine now, and they are much more profitable than the dry factory long. I often recommend that you go to graduate school.

It is a good thing to have the ability to go to graduate school, and after graduating from graduate school, you can enter a large mining company, you don't have to enter a factory, you mainly rely on your own efforts, and you can be independent in your work, and the future is good.

After graduating from the graduate school in mineral processing, they can be engaged in the production, design and excavation, scientific research and development, technological transformation and management in the field of mineral (metal, non-metal, coal) sorting and processing and comprehensive utilization of mineral resources. Career promotion or industry position mineral processing engineer, technician, etc. Mineral Processing Engineering Professional Business Training Objectives:

The major of mineral processing engineering cultivates high-level engineering and technical talents engaged in production, design, scientific research and development, technological transformation and management in the field of mineral (metal, non-metal, coal) sorting and processing and comprehensive utilization of mineral resources. Main Disciplines of Mineral Processing Engineering: Main Courses of Mining Engineering Mineral Processing Engineering:

Judging and judging physical chemistry, engineering fluid mechanics, mineral processing, geology, mineral processing plant process design, mineral processing experimental research methods, technical and economic analysis and production management, etc.

Summary. Dear, I am glad to answer for you: it is necessary to study for a Ph.D. in the master's degree in mineral processing engineering, and the advantages of a Ph.D. 1

The doctor is a status symbol. 2.In the long run and as a whole, the salary of a Ph.D. The salary of a Master's degree and the salary of a bachelor's degree.

3.Ph.D. has comparative expertise. 4.

Improve the ability of the individual as a whole. 5.There is a significant gap in the treatment of masters and doctors in the industry.

6.Ph.D. scholarships are high. <>

Dear, I am glad to answer for you: it is necessary to study for a Ph.D. in the master's degree in mineral processing engineering, and the advantages of a Ph.D. 1The doctor is a status symbol.

2.In the long run, the overall salary of the doctor's degree is the salary of the master's degree and the salary of the bachelor's degree. 3.

Ph.D. has comparative expertise. 4.Improve the ability of the individual as a whole.

Yinnian 5There is a significant gap in the treatment of masters and doctors in the industry. 6.

Ph.D. scholarships are high. <>

Now, a doctorate is not only a kind of academic qualification, but also an identity, and studying for a doctorate has its own impact on the development of individual comprehensive Nagano. Taking a long-term view, the average salary accumulated by doctoral students for a long time is higher than that of master's students, of course, this has to be divided into different fields. In the same industry, the salary gap between bachelor's and master's degrees is not large, but the gap between master's and doctor's degrees is quite large, and doctoral students are more likely to get promotion.

Is there a future for the development of the teacher's mineral processing engineering, and is it easy to get a job? Studying as an undergraduate is a transfer.

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Pro, the prospect of mineral processing engineering is good, and the employment is mainly in mining enterprises: mineral sorting, mineral processing, comprehensive utilization of mineral resources, process design, technology development, equipment transformation, dust detection equipment maintenance, and production management.

Mineral processing engineering mainly studies the basic knowledge and skills of minerals (metals, non-metals, coal) sorting and processing and the comprehensive utilization of mineral resources, separating useful minerals and gangue (useless) minerals, and improving smelting efficiency. For example, the quartz and other useless minerals in iron, copper, lead and other ores are screened out, the harmful elements in the ore Qingheng stone are removed, and the volcanic rock is processed into refractory materials.

Direction of employment. Mining enterprises: mineral sorting, mineral processing, comprehensive utilization of mineral resources, process design, technology development, equipment transformation, equipment maintenance, production management.

Postgraduate entrance examination. Mineral Processing Engineering, Mining Balance Engineering, Mining Engineering, Mineral Survey and Exploration.

The mineral processing engineering major is not a "very bad" major, it has an important position and development prospects in the mining field.

The major of mineral processing engineering mainly covers the process links of ore beneficiation, ore crushing, ore grinding, ore flotation and other processes, aiming to extract useful metals or mineral resources from raw materials, and refine and process. Here are some of the advantages and development prospects of the mineral processing engineering major:

1. Abundant resources: The development of mineral processing engineering is based on mineral resources, which exist all over the world. Therefore, the mineral processing engineering profession is of great significance for the excavation, development, and utilization of these resources.

2. Industry demand: The demand for mineral processing engineering graduates is relatively high in the mining field. Mining is an important pillar industry of the national economy, and graduates of mineral processing engineering have employment opportunities in mining, metallurgy, petroleum and other industries.

3. Technological innovation: With the development of science and technology, the mineral processing engineering profession is also constantly innovating and progressing. New mineral processing technology, the application of automation equipment and the research and development of environmental protection technology are expected to improve the efficiency of mineral processing and resource utilization, and create better economic and environmental benefits.

4. Wide range of research fields: The major of mineral processing engineering involves many fields such as physical properties, flotation, crushing and grinding of ores, providing students with a wide range of research and development fields. Graduates can play a role in improving mineral processing technology, mine engineering management, environmental protection, etc.

The nature of the mineral processing engineering profession

1. Engineering nature: The major of mineral processing engineering emphasizes the application of engineering practice and technical spring answering techniques, aiming to train students to master and apply mineral processing technology, and carry out engineering design and implementation of ore beneficiation, crushing, grinding, flotation and other processes.

2. Comprehensive nature: Mineral processing engineering involves many disciplines, such as orelogy, metallurgy, materials science, mechanical engineering, etc. Students need to have a certain foundation in mathematics and physics, and at the same time learn the basic knowledge of engineering mechanics, fluid mechanics, automatic control and other engineering disciplines.

Hello, I'm also a mineral processing major and I'm a junior now. Although we have very good employment in this major, I still recommend going to graduate school, and I also decided to go to graduate school recently. If you go to the coal preparation plant after graduating from the bachelor's degree, the environment is really worrisome, we went to the coal preparation plant for internship some time ago, noise, dust, etc. are big problems, and the coal preparation plant is far away from the city, and the traffic is not very convenient.

Besides, to be honest, there are not many professional knowledge after graduating from the bachelor's degree, and my personal feeling is that the two courses of mineral processing and plant design are more useful, and the others are really nothing, and you can learn more and more in-depth professional knowledge if you go to graduate school in the future, which is very useful for you to go to the field or research institute in the future (including graduate degrees, of course). After graduating from graduate school, you can go to graduate school, that is, work in big cities like Beijing, Tianjin, and Wuhan, and the working environment is of course much better than the on-site. It's up to you to decide whether to go to graduate school or not.

Good luck!

A1First of all, you have to say that the postgraduate entrance examination can improve your academic qualifications2Second, it can increase your life experience3Provide you with more employment opportunities4In itself, it is not easy for you to get a job after graduating from this major.

Yes, I'm a senior mining student. Go to the design institute, it's the best place to mine. Forget about the concentrator, not to mention the poor environment, if you go in and mix for more than 10 years, you will be a section-level cadre at most, are you willing?

I studied mineral processing, and now I'm in my third year, and I feel that since I didn't learn anything in college, I should go to graduate school.

Hello! I analyze this issue from my personal point of view: first of all, I support the postgraduate examination, I also took the postgraduate examination, of course, after the postgraduate examination does not mean how good the job is and how good the treatment is, but I still support the postgraduate examination, because the mining engineering students After graduation, most of the units signed are state-owned enterprises, and state-owned enterprises will recognize their academic qualifications, if you encounter a particularly good opportunity when you graduate, signing a job is also a good choice, but after the work, I still recommend continuing your studies, although the relationship between the old state-owned enterprises is complicated, But academic qualifications are also a hard indicator for their selection.

Good luck!

**: Because minerals are mostly solid, they are much easier to transport than oil. However, there are many types of minerals, and the purity of minerals varies greatly depending on the origin, so how to process minerals has become a hot topic.

The major of mineral processing engineering is the study of mineral (metal, non-metal, coal) sorting and processing and the comprehensive utilization of mineral resources. There are several main directions for mineral processing employment: Mine concentrator - work in a factory and control production indicators.

The work is relatively easy, and the salary is very objective; Scientific research institutes - such as Beijing General Institute of Mining and Metallurgy, Beijing Research Institute of Nonferrous Metals, Northwest Research Institute of Nonferrous Metals and other large state-owned scientific research institutions; Investment companies – providing mine investment advice to investment companies; Foreign large enterprises - the development form of the domestic mining industry is too good, and the domestic production equipment is generally backward, foreign mining machinery companies have seen the Chinese market, need local employees, and the treatment is very good. There used to be a saying in the resource world: "A good geological engineer (prospecting) tops 200 mineral processing engineers, because finding a deposit that is easy to separate saves a lot of mineral processing work."

For example, in Brazil, the grade of iron ore is about 65%, and there is no need for beneficiation at all, just direct iron smelting, and 97% of China's iron ore is poor ore with a grade of less than 30%. Now the sentence is reversed, a good mineral processing engineer tops 200 geological engineers. The reason is that China's mineral processing technology has been internationally advanced - any poor ore found by geological engineers, I can identify useful minerals for smelting for you.

With little risk and low pressure, but relatively high income, this major can be regarded as very, very promising.

Mineral processing engineering is subject to examination. Because zhi:

1. Now have a postgraduate degree

It is a stepping stone to finding a good job and entering a big company;

3. Graduate students are richer than undergraduates in terms of knowledge accumulation and academic level, and occupy a great advantage;

4. Obtaining a graduate diploma is also a great advantage in the process of future job promotion;

Entrance examination, that is, taking the entrance examination for master's students. The English expression is "take part in the entrance exams for postgraduate schools". The postgraduate entrance examination must first meet the national standards, and secondly, in accordance with the procedures:

Contact with the school, preliminary preparation, registration, preliminary examination, adjustment, re-examination, re-examination adjustment, admission and other aspects will be carried out in turn.

You don't have to be confused, I still support you to go to graduate school. You can learn a lot during the 3 years of graduate school, including the latest beneficiation.

Capacity, technology, process, master some of the most cutting-edge things, for you to engage in specific work in the future to lay a solid foundation. As for the work experience in the concentrator you mentioned, you will have time to accumulate it in the future, and different metals have different beneficiation processes, that is, the same metal has different processes due to such and such reasons! It's important to draw a line in that place, and it's much easier to draw a line in detail!!

I would like to ask, why don't you take the mineral processing major in Central and South China?