What is the outlook for graduate semiconductors?

The employment prospects of semiconductor materials are quite good, mainly in materials research. You can be employed in polysilicon semiconductors, physical materials and other industries, and graduate students can be employed in materials research institutes or universities.

Now is the era of rapid development of science and technology, semiconductors are still very popular, and the prospects are very good.

The prospects are good.

Semiconductor engineers are extruded talents in the manufacturing industry, and there are a wide range of talent needs in various industries and industries, so as a qualified semiconductor engineer, you can go to many companies to show your abilities.

Whether it is some simple chip manufacturers or some high-end VLSI circuits.

Chip manufacturing and R&D enterprises all need semiconductor engineers with a very high level, so semiconductor engineers have good employment prospects.

Semiconductor technology engineers refer to professional and technical personnel who design and test semiconductor discrete devices, integrated circuits, and hybrid integrated circuits.

Semiconductor technology engineer This profession generally requires good semiconductors, thin films, and condensed matter.

Physics, precision instruments, measurement, measurement and control, etc., academic education background and strong professional skills; And has a certain degree of photovoltaic technology engineering, research and development, production technology, laboratory measurement and other fields of practical work experience.

There is a shortage of talent in the semiconductor industry, especially in the middle and senior levels. As a qualified semiconductor engineer, you can go to many companies to show your ability to seep and improve.

Whether it is a chip manufacturer or a high-end VLSI chip manufacturing and R&D enterprise, they all need to have high-level semiconductor engineers. Semiconductor technology engineers can further transition to layout engineers. A Registered Electrical Engineer is required.

Admissions.

The ranking of semiconductor graduate schools is as follows:

1. Tsinghua University.

The strongest overall. The semiconductor profession is also very strong.

2. University of Electronic Science and Technology of China.

Power devices, semiconductor functional materials.

The most letter is strong, and the professional aspect is relatively strong. The overall ranking is very high and can be considered. It is a key slippery letter school.

3. Peking University. The craftsmanship is basically the strongest in the country. In addition, semiconductors also have a direction of professional development.

4. Fudan University.

His main research interests include low-dimensional semiconductor materials, infrared and THZ quantum cascades.

Materials and devices, photonic integrated materials and devices, wide bandgap semiconductor materials and devices, single crystal substrates and special environment semiconductor materials.

The semiconductor industry chain is divided into:

Equipment, materials, design and other upstream links, midstream wafers.

manufacturing, as well as downstream packaging and testing.

As an important link in the upstream of the semiconductor industry chain, semiconductor materials play a key role in the production and manufacturing process of chips. According to the chip manufacturing process, semiconductor materials are mainly divided into matrix materials, manufacturing materials, and packaging materials.

There are relatively few graduate schools that recruit semiconductor materials alone, and most colleges and universities recruit students according to major categories, and then choose a supervisor and specific research direction after admission. Therefore, students can focus on the choice of supervisor, after all, this determines your future research direction and even employment direction.

Semiconductor major is one of the more popular disciplines at present, and semiconductor graduate students can be engaged in a variety of positions, such as semiconductor process engineer, chip design engineer, packaging and testing engineer, material researcher, etc. Considering the rapid development and popularization of information technology before the exaggeration, the semiconductor industry has broad employment prospects.

Semiconductor students can learn about related fields during their time at the university, including semiconductor materials science, semiconductor device physics, semiconductor manufacturing collapse process, etc. This knowledge is an important foundation for the semiconductor industry. In addition, courses in the field of semiconductors are usually accompanied by a large number of practical exercises, which can enable students to master the practical skills in the field of semiconductors.

As a result, the knowledge and skills acquired by semiconductor graduate students are often able to lead them to better opportunities in the job market.

The employment prospects for graduate students in semiconductors are wide, and most companies need professional and technical personnel in the semiconductor field. Among them, large integrated circuit design companies, chip manufacturing enterprises, semiconductor equipment manufacturers and research institutions are the main employment directions of semiconductor graduate students. In addition, in recent years, the rapid development of industries such as smartphones, tablets, the Internet, and artificial intelligence has also provided a wider range of employment opportunities for graduate students majoring in semiconductors.

However, in actual employment, semiconductor graduate students need to pay attention to the following points:

Compared with other industries, the competition in the semiconductor field is fierce, requiring a solid technical foundation and professional knowledge;

In the era of network technology, it is also very important to learn other skills, such as English, computer programming, etc.;

In addition to mastering professional skills in the semiconductor field, soft skills such as teamwork, communication and coordination are also required.

Summary. Job Prospects: Very good.

Mainly engaged in: bachelor's degree, can be employed in polysilicon (chemical and energy companies), semiconductors (electronic companies), physics, materials, non-destructive testing (flaw detection, pressure vessel manufacturers) and other industries.

After graduating from a graduate school, you can work in the Institute of Materials Research or universities.

Suggestions: 1. Education is a bit detached from production and social reality, causing your current confusion; It is recommended to use vacation practice, social practice-related units, and visit friends or seniors who are engaged in similar work, which will be of direct help to your choice;

2. Have your own direction and interests, career can be a job, if you want to live for a long time and deeply, or live a more meaningful life, you also need to consider your own interests and ideals; After all, if you have a goal, others will give you guidance;

What are the job prospects for graduate studies in semiconductor materials? What are you mainly engaged in?

Employment prospects: Very good mainly engaged in: bachelor's degree, can be employed in polysilicon (chemical energy companies), semiconductors (electronics companies), physics, materials, non-destructive testing (flaw detection, pressure vessel manufacturers) and other industries.

After graduating from a graduate school, you can work in the Institute of Materials Research or universities. Suggestions: 1. Education is a bit detached from production and social reality, causing your current confusion; It is recommended to use the vacation practice, the social rental club practice related units, and visit friends or seniors who are engaged in similar work, which will directly help you choose; 2. Mind the side has its own direction and interests, career can be a job, if you want to be long-term and deep, or live a more meaningful life, you also need to consider your own interests and ideals; After all, if you have a goal, others will give you guidance;

3. I am mixed in the lighting industry, and LED is currently a hot semiconductor material; Directly related to the material is to make call-up light-emitting chips, and most of the core technologies and patents in this area are in the United States and Japan; Most of the enterprises in Xiaochun in China are mainly engaged in packaging and LED applications. Since 2005, the heat has become hot, and the current number of employees should be and Shenhe, which should not be saturated.

Summary. Pro-<>

Hello, I'm glad to answer for you, the employment prospects for semiconductor materials are quite good. A semiconductor is a material whose electrical conductivity can be controlled, from an insulator to a conductor. Whether from the perspective of technology or economic development, the importance of semiconductors is very huge.

The core units of most electronic products are now very closely related to semiconductors. Mainly engaged in: bachelor's degree, can be employed in polysilicon (chemical and energy companies), semiconductors (electronic companies), physics, materials, non-destructive testing (flaw detection, pressure vessel manufacturers) and other industries. After graduating from a graduate school, you can work in the Institute of Materials Research or universities.

What are the job prospects for graduate studies in semiconductor materials? What are you mainly engaged in?

Hello dear <>, I'm happy to answer for you, the employment prospects of semiconductor materials are quite good. A semiconductor is a material whose electrical conductivity can be controlled, from an insulator to a conductor. Whether from the perspective of technology or economic development, the importance of semiconductors is very huge.

The core units of most electronic products are now very closely related to semiconductors. Mainly engaged in bachelor's degree, can be employed in polysilicon (chemical and energy companies), semiconductors (electronic companies), physics, materials, non-combustible damage detection (flaw detection, pressure old and force container manufacturers) and other industries. After graduating from the research institute, they can work in the materials research institute or university.

The semiconductor industry is an industry with high-density investment in capital and technology, with fierce competition, high entry threshold and high work pressure, but the product demand is large, the development prospects are good, it is a sunrise industry, a high-tech industry, and the employment prospects are very good! Now the whole industry in the national lead banquet is indeed short of people, the development prospects of the industry to the current level of the domestic semiconductor industry chain to the international most advanced level of comparison, even in the most ideal situation, want to catch up with the international advanced level but also talk about more senior talents to join, chips as the core of science and technology, must be the focus of the country.

According to the "2016-2021 China Semiconductor Integrated Circuit Socket Industry Market Prospect and Investment Planning Analysis Report" released by the Prospective Industry Research Institute, it shows

Semiconductor equipment is the foundation of the development of the semiconductor industry, and the performance of the semiconductor equipment industry is inseparable from the prosperity of the overall semiconductor industry. Affected by TSMC's significant increase in capital expenditure, Taiwan's major semiconductor equipment companies, such as Hanweike, Xinyun and Jiadeng, have expanded their production capacity, and are optimistic about this year's revenue prospects, and it is expected that the order momentum in the second half of the year will be much stronger than that in the first half of the year. The rapid development of the domestic semiconductor industry will also be beneficial to semiconductor equipment manufacturers such as Applied Materials.

From a macro point of view, since last year, the prosperity of the global semiconductor industry has continued to improve. According to industry analysts, smart** and tablet PCs will continue to be major contributors to the semiconductor industry. Other applications, such as automotive electronics, energy management equipment, MEMS and CMOS image sensors, will also provide additional growth channels for the semiconductor industry.

Although the growth rate of the global semiconductor industry in 2015 estimated by WSTS has declined more than in 2014, the capital investment of manufacturers such as PC, memory, and packaging and testing is also the same. But overall, the semiconductor industry is still in a growth trend.

Will the semiconductor industry face an inflection point?