What Are the Different Types of Chemistry Career Opportunities?

The chemistry major is a university major. The chemistry major trains senior professionals who have the basic knowledge, basic theory, and basic skills of chemistry, and can engage in scientific research, teaching technology, and related management in chemistry and related science and technology and other fields.

Major in Chemistry

Students in this major mainly learn the basic knowledge, basic theory, basic skills and methods of chemistry, are trained in scientific thinking and scientific experiments, and have certain scientific research, applied research, and scientific management capabilities. ^[1]

1. Master basic theories and basic knowledge in mathematics and physics;

2. Master the basic knowledge, basic principles and basic experimental skills of inorganic chemistry, analytical chemistry (including instrumental analysis), organic chemistry, physical chemistry (including structural chemistry) and chemical engineering;

3 To understanding

Chemistry

Inorganic chemistry, analytical chemistry (including instrumental analysis), organic chemistry, physical chemistry (including structural chemistry),

Main practical teaching links: including production practice,

Applied Chemistry

At present, it is difficult to find counterpart work units for chemistry majors due to graduation, low wages, poor working environment, high labor intensity, etc., which has become a red card major.

The chemistry major provides students with professional knowledge in chemistry, and also provides supplementary courses including mathematics, physics and biology. In addition to enabling students to master

Among the first-level disciplines, there are 64 universities with "PhD-level" authorization in the country, and 51 participants participated in the evaluation; some universities with "PhD-level" authorization and master's degree authorization participated in the evaluation; a total of 82 universities participated in the evaluation By. Note: The same scores below are listed in order of school codes. ^[3]

This major is a science major with a combination of science and science. The main research directions are fine chemical synthesis, new energy materials, nano-ceramics, nano-hybrid composite materials, special coating preparation and modification, and the correlation between the structure and performance of functional materials. Research has strong applicability. The professional training is full of innovative consciousness, has the ability to engage in scientific research or independently undertake specialized technical work, and can engage in theoretical research and products in the fields of fine chemical design synthesis and analysis and energy materials chemistry in scientific research institutions, colleges and universities and enterprises and institutions. High-level innovative talents in applied chemistry disciplines in development, teaching, and production management.

Graduates trained in this major are generally welcomed by employers for their solid foundation, strong hands-on ability, and good overall quality. As a science major in engineering colleges, graduates have more choices in career selection. Graduates can engage in product research and development, production, analysis and testing, process and equipment design, technology management, and marketing in chemical and chemical related fields. Engage in research and teaching of chemistry and chemical engineering in scientific research institutes, laboratories of general colleges or technical colleges, or senior secondary vocational schools; self-employment, self-employment, and development or management of fine chemicals corresponding to professional directions From the perspective of graduation, 50% of students have obtained master's degree programs from well-known universities at home and abroad, and the remaining students choose large or medium-sized state-owned, private or foreign-funded enterprises. One third of the students have become business backbones and department heads within 3-5 years.

Materials chemistry is an emerging specialty that combines science and technology, and interdisciplinary disciplines. It plays an increasingly important role in frontier scientific fields such as information, energy, environment, and aerospace. This major has a team of teachers with high academic level and rich teaching experience. The main research direction is the synthesis, structural characterization, properties and application development research of functional materials and special materials, including rare earth functional ceramic materials, photocatalytic materials, new energy materials, etc. The graduates of this major are composite senior talents who have both basic theories, basic knowledge and experimental skills of chemistry and materials science. They can go to relevant research institutes, colleges, large and medium-sized enterprises to engage in research, teaching, technology development and management. Wait. The employment rate of previous students is close to 100%. At present, more than 40% of students are directly in graduate school, and the rest choose to continue their studies at home and abroad, or to work in large and medium-sized state-owned enterprises or well-known foreign companies. ^[4]