Which major is better for graduate school entrance examination materials processing engineering or b

Yan Tubao is a graduate student studying materials processing. Some of my brothers have now graduated from various universities. In fact, there are many directions for material processing, as you know, such as molding, casting, and welding. Of course, this is also a rough score.

I studied molding, and my research interests include simulation, auxiliary manufacturing, design, and so on. So not to mention the small direction of casting and welding. Many of the smaller directions in this category are treated differently.

I don't know what direction the landlord is in? I'll give you more details after I add it.

Rolling belongs to the direction of iron and steel metallurgy, and can also be classified as the direction of forging in material processing, which belongs to a relatively remote direction, and the employment status is not good, so it is not recommended to apply for the examination.

Computer simulation direction is a major that requires a high degree of education, which is generally carried out by powerful universities and scientific research institutes, mainly to do computer state simulation of the molding process, in order to detect the advantages and disadvantages of the molding process and method, and improve production efficiency. Since simple mold design does not require too much education, the simple mold design industry is dominated by secondary school students and undergraduates in the south, so do not learn to simply design molds, you can consider applying for simulation.

I won't say much about new processes and new technologies, hehe, the landlord also knows that this kind of "new" professional society is always unpopular.

05 Material Processing Engineering is too broad, depending on the school setting.

06 Computer-aided design in material processing The simulation mentioned above, coupled with the aided design and auxiliary manufacturing mentioned here, are all good directions.

07 Material Deep Processing Technology I really don't understand the meaning of deep processing, and I'm ashamed. Ask an expert for advice.

08 Material Forming Mold Design As I said above, it's very worthless to only learn design. . .

09 Liquid Molding Theory and Technology Casting direction, such as engine. The working environment is not good, and the money is okay, but it is generally not as good as the mold direction.

Having said so much, the landlord has not studied our professional courses, so the pressure to prepare from now on will be greater, I don't know which school you choose? In addition, in addition to the basics of materials science or metallurgy and heat treatment, some schools also take the basics of electrician, so it is better to refer to the examination subjects before considering the professional future.

It must be the number two, the material processing is the school of materials, the school of materials is engineering, and the material processing is a clear engineering major, which is definitely the number two, you don't believe it to go to a few schools with strong materials, one of my classmates was admitted to Northwestern Polytechnical University, and the second test of mathematics.

Tianjin University is also a mathematics second.

The employment of graduate students majoring in materials is very good.

Employment direction:

After graduating from the Gemstone and Material Technology Major, they can be engaged in the trade, identification, processing and production, quality supervision and inspection, production management, and scientific and technological development of jewelry and material technology in the departments of commerce and trade, economy and trade, commodity inspection, tourism, and banking.

After graduating from metal materials engineering, they can engage in scientific research, technology development, process and equipment design, production and operation management in the fields of metallurgy, material structure research and analysis, metal materials and composite materials preparation, metal material forming, etc.

After graduating from metallurgical engineering, they can be engaged in metallurgical technology and theory, smelting process and control, smelting technology and equipment design, production technology improvement, performance improvement and testing of smelting finished products, and metallurgical enterprise management.

After graduating from welding technology and engineering, they can be engaged in automatic welding, semi-automatic welding technology operation and construction, process specification formulation, product quality inspection, on-site production management and technical management for machinery manufacturing, shipbuilding and other industries, large and medium-sized enterprises.

Bioengineering is a broad field, including biotechnology, biomedicine, bioenergy and other directions. The direction in which the job prospects are good depends on the current market demand and personal interests and abilities. The following are some of the more popular bioengineering postgraduate directions:

1.Biomedicine: Biomedicine is one of the most rapidly developing fields in recent years, involving drug research and development, biopharmaceuticals, medical devices and other aspects. In the field of biomedicine, popular directions include biopharmaceuticals, genetic engineering, antibody drugs, etc.

2.Biotechnology: Biotechnology is the application of multidisciplinary knowledge of biology, chemistry, physics and other disciplines to the field of bioengineering, with the main goal of developing new biological products and bioprocess technologies.

In the field of biotechnology, popular directions include bioinformatics, genomics, proteomics, etc.

3.Bioenergy: Bioenergy is the field of energy conversion and utilization using biomass, microorganisms and other biological resources. In the field of bioenergy, popular directions include biomass energy, bio-oil, biogas, etc.

In general, biomedicine, biotechnology and bioenergy all have good employment prospects, but it depends on the individual's interests and abilities, and the market demand is combined.

Summary. Hello <>

The employment prospects for graduate students in biomedical materials are very broad. With the continuous development of science and technology, the research of biomedical materials has attracted more and more attention and attention. Graduates of this major can be engaged in medical devices, biomedicine, machinery manufacturing, etc., involving positions such as medical device R&D engineers, biochemical engineers, testing researchers, medical equipment salesmen, etc.

Biomedical Materials Graduate Employment Prospects.

Biomedical materials are good for employment not.

Hello <>

The employment prospects of graduate students in medical materials are very broad. With the continuous development of science and technology, the research of biomedical materials has attracted more and more attention and attention. Graduates of this major can be engaged in medical equipment, biological socks medicine, machinery manufacturing, etc., and the positions involved in the pants include medical device R&D engineers, biochemical engineers, testing researchers, medical equipment salesmen, etc.

1.Medical device industry: Graduate students in biomedical materials have a wide range of employment opportunities in the medical device industry, and can be engaged in the research and development, production, sales and maintenance of medical devices.

In addition, there are also good employment prospects in the registration and certification of medical devices. 2.Biomedical industry:

Biomedical materials research students also have a wide range of employment prospects in the biomedical industry, and can be engaged in drug research and development, formulation development, production, sales and drug registration. 3.Machinery manufacturing industry:

Graduate students in biomedical materials can also be engaged in the manufacturing of medical devices, electronic equipment, mechanical equipment and other aspects in the machinery manufacturing industry, with good employment prospects and development space. Therefore, the employment prospects of biomedical materials graduate students are very broad, the scope of work is wide, and the future development space is also very large, attracting more and more people to devote themselves to this field and have achieved good results. <>

Is it better to have a good job in semiconductor materials or a good job in medical materials?

Student biomedical materials are hard work.

I'm afraid that biomedical materials are not good for employment.

Hello <>

According to the current market demand and industry trends, semiconductor materials are generally more likely to be employed. With the rapid development of science and technology, the semiconductor industry is developing rapidly, and the demand is not increasing, so it is relatively easy for semiconductor materials graduates to find a stable and high-paying job.

It's hard to learn anything, but you have to believe that you can learn it well.

Is it much better to have a better job of semiconductors, and the employment of medical materials is narrower.

Dear, yes.