Can you report a chemistry major if your math is not good? Who is suitable for studying chemistry?

Chemism is inseparable from our daily lives. Whether it is in high-tech fields such as daily necessities or aerospace, there are chemical figures.

The word “chemistry”, if it is literally interpreted, is “the science of change.” It is a kind of natural science that studies the composition, nature, structure and changing laws of matter at the molecular and atomic levels; and the science of creating new substances. The world is made up of matter, and chemistry is one of the main methods and means used by humans to recognize and transform the physical world. It is a long-established and dynamic discipline, and its achievements are an important symbol of social civilization.

Chemistry contains four majors

In the “Undergraduate Professional Catalogue (2012)”, there are separate chemical classes under the science category, and there are 4 under the chemical category. Majors in chemistry, applied chemistry, chemical biology, molecular science and engineering. Next we will interpret these four majors separately.

Chemistry

Cultivation Objectives

Cultivate basic knowledge, basic theory and basic skills in chemistry, science and technology related to chemistry and chemistry Senior professional talents engaged in scientific research, teaching technology and related management.

The students of this major are mainly engaged in basic knowledge of chemistry, basic theory, basic skills and related engineering and technical knowledge. They are trained in scientific thinking and scientific experiments in basic research and applied basic research. Scientific literacy, with the basic skills of applied research, technology development and technology management using the knowledge and experimental skills.

What is Chemistry?

Main Subject: Chemistry

Main Courses: Inorganic Chemistry, Analytical Chemistry (including Instrumental Analysis), Organic Chemistry, Physical Chemistry (including Structural Chemistry), Chemical Engineering Foundation and Chemical Mapping.

Employment direction:

Graduates are mainly engaged in technology development, product development, production management, production supervision, environmental monitoring, quality inspection, and technology in fine chemical related enterprises and commerce companies. Services and other work. Can also go to related industries to engage in chemical application research and development, safety management, quality testing and other work.

Applied Chemistry

Cultivation Targets

Applied Chemistry is a second-level discipline under the first-level chemical engineering and technology. This major trains high-level professionals who have basic theories and basic knowledge of chemistry and have strong experimental skills and are able to engage in scientific research, teaching and management in scientific research institutions, institutions of higher learning, enterprises and institutions.

Applied Chemistry students mainly study the basic knowledge of chemistry, basic theories, basic skills and related engineering and technical knowledge, and are trained in scientific thinking and scientific experiments in basic research and applied basic research. Scientific literacy, with the basic skills of applied research, technology development and technology management using the knowledge and experimental skills.

What is Applied Chemistry

Main Courses: Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, Modern Instrumental Analysis, Materials Chemistry, Chemical Principles, Chemical Processes, Chemical Instrumentation Automation, Chemical equipment, chemical design, chemical enterprise management.

Employment Direction

Applied Chemistry graduate employment industry includes education, materials, military, automotive, military, electronics, information, environmental protection, municipal, construction, building materials, fire protection, chemical industry , machinery and other industries. The departments include: quality supervision and inspection departments at all levels, research institutes, design institutes, teaching units, production enterprises, fire brigades at or above the provincial level. The graduates of this speciality are suitable for applied research, technology development, production technology and management in the production, technology, administrative departments and factories and mines of petrochemical, environmental protection, commodity inspection, sanitation and epidemic prevention, customs, medicine, fine chemical plants, etc. Scientific research departments and schools are engaged in scientific research and teaching.

Chemical Biology

Cultivation Targets

Chemical Biology Majors have strong basic knowledge of chemistry and biology and a wide range of chemical biology cross-disciplinary fields Knowledge, skilled chemistry and related biological experiment skills, strong sense of innovation, high comprehensive quality, can engage in teaching, research, technology development and related fields in chemical biology, chemistry, life, medicine, materials, chemicals, environmental protection and other related fields. A composite application talent for management work.

This major focuses on the basic theories, basic knowledge, and experimental and applied skills of chemistry and biological sciences. It is trained in scientific thinking and scientific experiments in basic research and applied basic research, with applied research, technology development, and Basic skills in technology management.

What is Chemical Biology

Main Courses: Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, Structural Chemistry, Bioinorganic Chemistry, Bioorganic Chemistry, Instrumental Analysis, Polymers Chemistry, cell biology, biochemistry, molecular biology, introduction to bioinformatics, chemical biology, chemical engineering and chemical mapping. Chemical basic experiments, biochemical experiments, chemical biology comprehensive experiments.

Employment Prospects

The employment prospects of this major are quite extensive. After graduation, students are suitable for research and teaching in scientific research departments and institutions of higher learning; suitable for chemistry, pharmacy, medical treatment, biochemistry Pharmaceutical, bioengineering, inorganic new materials, chemicals, light industry, energy and other industries, as well as factories and mines, business, technology and administrative departments engaged in applied research, technology development and management.

Molecular Science and Engineering

Cultivation Objectives

This program is designed to meet the needs of national development, with good human qualities and broad and profound chemical and chemical foundations. Strong sense of innovation, basic scientific research ability and functional chemical new product research and development and industrialization capabilities, comprehensive high-quality talents with comprehensive development of morality, intelligence, body and beauty.

This major is different from traditional chemistry and chemical engineering, and is not a simple addition of chemistry and chemical engineering. It focuses on solving chemistry and related environments, materials and life with molecular-level theories and knowledge. Scientific issues, while basing on the needs of research, development and industrialization of functional new chemical products that the country needs to develop, optimize the teaching content of chemistry and chemical engineering, add new interdisciplinary knowledge, and have broad development prospects.

Molecular Science and Engineering

Main Courses: Physical Properties of Materials, Pharmaceutical Analysis, Functional Polymer Materials, Physical Properties of Functional Materials, Chemical Safety and Environmental Protection, Environmental Chemicals, Chemical Separation Engineering, Biochemical, Chemical Design, Green Chemistry Technology, Chemical Reaction Engineering, Chemical Thermodynamics, Chemical Engineering Principles, Inorganic Materials Chemistry, Advanced Organic Chemistry, Advanced Inorganic Chemistry, Polymer Physics, Polymer Chemistry, Biochemistry, Instrumental Analysis and Technology , structural chemistry, physical chemistry, analytical chemistry, organic chemistry, inorganic chemistry.

Employment Direction

After graduation, students have a wide range of adaptability, and can work in related industries or departments for research, teaching, development, design, and management. At the same time, students of this major will enter postgraduate studies at a higher proportion, mainly engaged in scientific research and new technology development.

Who is suitable for studying chemistry?

Chemistry is a profession that requires experimentation. Any natural science (biological, chemical) is inseparable from experimentation. Because only by doing experiments, it is a good combination of theory and practice to continuously discover problems, think solutions, and continue to innovate.

Learning chemistry, like other natural sciences, requires the courage and enthusiasm to explore the unknown. Compared to the logical and physical rigor of mathematics, chemistry appears to have a ‘literature’ atmosphere. If you have divergent thinking, love innovation, and like to experiment, then you are very suitable for chemistry. Chemistry is an experimental science. It is certainly one of the favorable conditions for learning chemistry.

Can you apply for a chemistry major if your math is not good?

The chemistry of the university is still very good, such as chemical analysis, polymer chemistry, organic chemistry, inorganic chemistry and chemical engineering (this is actually engineering). Physical chemistry and chemical analysis have some requirements for mathematics, but mathematics that can be used in chemistry is not more difficult than high numbers. The high number is a compulsory course for each major (although the professional will be different in difficulty). So as long as there is a certain mathematical foundation, you can consider applying for it.

School recommendation:

25 chemistry-based disciplines to build universities

Peking University, Tsinghua University, Lanzhou University, University of Science and Technology of China, Dalian University of Technology, Jilin University, Nanjing University, Nankai University, Xiamen University, Shandong University, Shanghai Jiaotong University, Sichuan University, Tianjin University, Wuhan University, Zhejiang University, Zhengzhou University (self-defined), University of Chinese Academy of Sciences, Zhongshan University, Northeast Normal University, Fuzhou University (Custom), Fudan University, Hunan University, East China University of Science and Technology, South China University of Technology, Xinjiang University (custom).

9 universities with chemical engineering and technology first-class disciplines

Tsinghua University, Nanjing University, Tianjin University, Shanghai Jiaotong University, Beijing University of Chemical Technology (self-determined), East China University of Science and Technology, Ningxia University (custom), Shihezi University (self-defined), Taiyuan University of Technology (custom)

Can mathematics be reported to the chemistry major? Who is suitable for chemistry?

(Article from China Education Online, If you have any questions, please contact us.)

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Can mathematics be reported to the chemistry major? Who is suitable for chemistry?

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