What should a metallurgical student who didn t study hard in his freshman year do?

The road is walked, not thought out. Be able to figure out what to do, do it according to your own ideas, don't look ahead, don't be ambitious, even if the idea is low, but you can't think of a better one for the time being, so just stick to this idea and do it. If you don't understand, then pick a job and do it.

In the process of doing it, take your time and don't be in a hurry, because you are really young, and you have a lot of time to try and change directions, although this is not very good. All of the above are worst-case scenarios, but not necessarily the worst-case scenario. Staying in good shape, the most important thing.

Find a job that you think is suitable to do well, accumulate experience and capital, and prepare for the future when you have ideas and projects, thinking that this society is really not as simple as the interpersonal relationship in school, one is learning and living, the other is how to survive, the scale and height are different, which means that the environment is not the same, you have to experience the society to know the rules and methods of survival, and the second is that if you are not satisfied with your current educational level, choose to continue your studies and climb up, Then I suggest that you strive for the school's post-secondary education, study for undergraduate, and then have the conditions to continue to be admitted to graduate school.

If you are not willing to live an ordinary life, not satisfied with your current situation, then the way to change yourself is to spend three times or five times the time of others to learn, to work hard, except for this road, there is no other miracle at all, most people are in the waste, in the complaining, in the waiting to become more and more mediocre, and even degenerate. It is best to engage in those highly competitive jobs, young are not afraid of failure, young can also be shameless, the more competitive the industry, the more you exercise a person, the more you can stimulate a person's potential, people are not so much struggled, but are forced out.

Don't expect what you learn in school to come in handy, you can use 20% of your expertise on the job and you're already good. In the workplace, competence is one aspect, and emotional intelligence is more important. Without a certain interpersonal foundation, it is difficult for you to get along in the unit, unless you have a skill, and others are indispensable to you.

I guess you won't be able to do that yet. Don't think about starting your own business, work for someone else first. Bury this idea in your heart first, and practice your idea while working, at least to ensure that you have three meals a day without worry.

Wait until the conditions are ripe before considering starting your own business.

Successful people are all the way to overcome difficulties and succeed, the vast majority of successful entrepreneurs, are the winners of the workplace, entrepreneurship is those who have achieved success, only qualified to talk about things, this is an upgrade, is a step forward, is an evolution from excellent to excellent, it is not a retreat. It's not because I can't work part-time, so I went to start a business, and people who didn't graduate from elementary school went directly to study for a doctorate, that's the logic! Ordinary people have ordinary people's way of living, and people in this world are ordinary people, everyone is working hard, everyone is alive, there are no special resources, and I don't have any outstanding ability, so I should go to work with peace of mind.

Learn to keep tapping into your potential in life. We're all human beings, and we probably don't know where we have an advantage. Therefore, learn to find your own advantages in life and choose a certain employment direction according to your strengths.

Don't go with the flow. Don't look at what the people around you do, just do what you do, maybe what others do is not for you. Someone else's strengths are likely to become your weaknesses.

So, be firm in your ideas and let yourself know that you can do what is right for you. Experimenting can be your advantage. You don't know what's right for you, so you have to be bold and brave to try.

Find a unique advantage that can be yours.

Firm beliefs. Once you've stood up for your beliefs, don't be distracted by other people's opinions, sarcasm, or ridicule. Someone else is not you, you don't understand what you're thinking, you don't know where you started it.

People who don't know you are not qualified to comment on your affairs easily. Don't be dazed, don't think too much. Don't let too much distract you from your belief in the struggle.

Dreams do not allow for too many distractions. Those distracting thoughts will only make your heart more and more fragile, and think more about one person, and in the end, it will hurt yourself.

I think you can start with what you do or what you like and set yourself a goal. Find a job first, even if you are not satisfied, at least increase your social experience, and the more you have contact, you will know what you want to do and what to start with. You can learn a skill from scratch and choose a direction to develop.

Metallurgical Engineering Rotational Major.

I heard my friend often say that my friend also studied this major, and he has graduated and worked.

I heard him say that this major may be more difficult, his undergraduate study at that time was divided into two stages, the freshman and sophomore years were basically to learn some basic university courses and professional chemistry basic courses, and the junior and senior years were basically to learn metallurgical principles, metallurgical furnaces, metallurgy, smelter design and some specialized metal smelting courses.

Metallurgical companies are also found in basically every province, and most of them are large state-owned enterprises. The employment scope of undergraduate graduates is relatively narrow, mainly for the smelting industry, and the basic competitiveness of changing to other industries is relatively small.

It is still easy to find a job for the smelting industry, and the demand is basically greater than the first. However, the working environment of the Xiangbu smelting industry is basically very poor, and the on-site workshop is noisy, the smoke and dust are also very large, and there are various harmful gases.

Basically, if you are on site, you must wear a gas mask. It is also for these reasons that some college students do not know that they are willing to develop in this industry.

No matter what the major, it depends on whether you like it or not.

Summary. Dear: It's true that I'm tired after work. Generally, college students who graduated from metallurgical engineering majors are on the front line in the factory, that is, under the workshop, with a harsh working environment, high working temperature and huge noise.

But you can work hard for a few years to work the management, and it's better not to be on the workshop.

What is the metallurgical engineering major like? I heard that it was very sad, had no future, and was tired and had no money.

Dear: It's true that I'm tired after work. The general metallurgical engineering graduates are the first line in the factory, that is, the workshop, the working environment is bad, the working temperature is high, and the noise is huge. However, you can work hard for a few years to manage the scattered layer, and it is better not to be in the workshop.

After graduating from metallurgical engineering, it is relatively easy to find a job, and most of the companies recruited are powerful state-owned enterprises, such as Jinchuan Company, Xiamen Tungsten Industry, etc., and the competition is not particularly fierce. Some of these multinational private enterprises can also be considered. After entering the company, the technical work is to start from the technician, slowly to the engineer, if there is a certain management ability, the possibility of Chunchang promotion to do production management is also great.

The scope of employment of this major is narrow, and graduates can be engaged in production, design, scientific research and management in the metallurgical field, and can also be engaged in related teaching work in educational institutions. Rare earth engineering graduates should go to metal import and export companies, materials and metallurgical enterprises, design institutes, colleges and universities, environmental engineering, chemical industry and other departments to engage in scientific research, technology development, management and management, engineering design and production. Rare earths are relatively okay.

Is that girl suitable for this major?

It's okay to kiss you, both men and women.

Hello <>

According to the survey, the employment prospects of metallurgical engineering are good, and graduates can be engaged in basic research, technology development, engineering design, technological transformation and other aspects in the field of iron and steel metallurgy and non-ferrous metallurgy; In the fields of materials, chemical engineering, environment, mechanical engineering, etc., he can be engaged in technology development and technological transformation related to metallurgical disciplines; In iron and steel metallurgy, Menghu non-ferrous metallurgical production enterprises can be engaged in production organization, technology and economy, quality management, environmental safety, operation and sales, etc.; In metallurgical research and design institutes, it can be engaged in scientific research and development, plant design, process transformation and other aspects. In colleges and universities, they can be engaged in metallurgical experimental teaching; In higher vocational and technical schools, you can work in metallurgical teaching.

Summary. Kiss <>

Hello I am glad to answer for you, clear answer: the best way out to learn metallurgy: steel mills, non-ferrous factories representative units:

Baowu Iron and Steel, China's aluminum steel mills, non-ferrous factories and enterprises are the most traditional metallurgical engineering, iron and steel metallurgy, non-ferrous metals, metallurgical and chemical and other professional places, is currently facing the critical moment of capacity transformation and upgrading, although the situation is not as good as in the past, there are many employers are recruiting, with the aging of many metallurgical enterprises (such as the average age of Masteel employees up to 47 years old), it is imperative to expand the recruitment of young employees.

The best way out to study metallurgy.

Kiss <>

Hello, I'm glad to answer for you, clear answer: the best way out to learn metallurgy: steel mills, non-ferrous factories on behalf of the old and medium units:

Baowu Iron and Steel, China's aluminum steel mills, non-ferrous metals and non-ferrous factories and enterprises are the most cautious and integrated metallurgical engineering, iron and steel metallurgy, non-ferrous metals, metallurgical and chemical and other professional places, is currently facing the critical moment of transformation and upgrading of production capacity, although the situation is not as good as in the past, there are many employers are staring at recruitment, with many metallurgical enterprises employees aging more and more serious (such as the average age of Masteel employees up to 47 years old), it is imperative to expand the recruitment of young employees.

Employment prospects: China's metallurgy is the pillar of the national economy, China's steel output is the world's first, and many non-ferrous metals are also the first, so the amount of talent needed is also very large, the employment rate of this major is very good, and the general graduates are more adaptable and easy to find. With the rapid development of modern science and technology, metallurgical technology has also put forward higher requirements for the comprehensive quality of practitioners, such as the wide application of computer technology in the field of metallurgical engineering, which makes students gradually contact and master the rich and practical computer knowledge in the university. Industry:

After graduation, he mainly worked in machinery, instruments, new nuclear energy and other industries, roughly as follows: 1. Machinery and equipment heavy industry 2, instrumentation industrial automation 3, new energy 4, environmental protection 5, petrochemical industry mineral geology 6, mining industry smelting 7, construction building materials engineering 8, raw material processing.

Position: After graduation, he is mainly engaged in R&D, technology, sales engineer and other work, which is roughly as follows: 1. R&D engineer 2, process engineer with residual engineer 3, sales manager 4, safety evaluator 5, material engineer 6, sales engineer 7, automation slag line engineer 8, metallurgical engineering such as a teacher.

1. Iron-making posts.

It is to go to the ironmaking plant, specifically the blast furnace related, and the sintering plant are all related to ironmaking, and you can also go to the positions of raw materials and ingredients, which are generally trained first and then fixed.

2. Steelmaking positions.

The main thing is the steelmaking plant, there is a converter, as well as refining outside the furnace, continuous casting, etc., there are specific arrangements in the factory, and there are more people in the general metallurgical engineering in the steelmaking plant.

3. Design or scientific research.

After graduation, students can be engaged in product design, production, production organization and management, product sales, scientific research and other aspects in some large and medium-sized metallurgical enterprises, metallurgical related equipment manufacturing, metallurgical raw and auxiliary materials production and sales, etc.

4. Technical and managerial positions.

In the enterprise, if you do technology, you start from a technician, and then go to an engineer, if you have outstanding ability and management ability, you are also promoted to production management.

5. Commissioning and quality inspection positions.

The operation of the production line, the commissioning, use, maintenance and management of the main production equipment, as well as safety production, environmental protection, product quality analysis and inspection, etc.

Seven years after graduating from the 985 metallurgical major, I personally feel that first of all, this major is very employable, and then you have to have money at home, otherwise it is easy to become an old bachelor, and then you are not afraid of the heat, not afraid of staying up late, it will be difficult to survive in the first few years, and you will feel even more difficult to endure after a few years. In fact, these are those without human resources, and it is good to have human resources to engage in logistics.

To put it bluntly, just graduated out of the furnace front worker, that is, a little skilled worker, the position is very hard, the temperature is very high, generally in the steelmaking plant and ironworks, very hard, a few of my friends are Jiangda, do a few years to change careers, it is too hard and very dangerous, are dealing with high temperatures, career development is generally the furnace front worker - furnace chief - then to the engineer - to the senior engineer - to the chief engineer - to the deputy factory, generally speaking, the undergraduate graduation is like this, if you graduate with a doctorate, It is possible to teach in colleges and universities, to be honest, there is no point in asking these questions, some people are already millionaires in college, some people are in the post for ten years, or small workers, depending on your personal ability, if you have the ability, you can be the factory director in five years, if not, 20 years is still just a furnace worker, don't take the diploma too seriously, the diploma is just a brick for your first job knock on the door, once the knock is finished, it is waste paper, with work experience, the diploma is waste paper, the undergraduate is not as good as a dog, the master walks all over the street, only the doctor can shake it! ~