What do graduate students in applied chemistry study?

1.Public Lessons:

Advanced Mathematics, General Physics, College English, Ideology and Morality, Marxist Philosophy, Physical Education, Introduction to Theory, Ideology, Law, Basic Computer Applications, Databases.

2.Specialized Courses:

Inorganic Chemistry, Organic Chemistry, Analytical Chemistry, Physical Chemistry, Environmental Chemistry, Chemical Drawing, Principles of Chemical Engineering, Chemical Thermodynamics, Mechanical Basis of Chemical Equipment, Instrumental Analysis, Inorganic Chemical Process, Organic Chemical Process, Electrical Engineering, Reaction Engineering, Chemical Instrumentation Automation.

3.Electives:

Fine Inorganic, Fine Organic, Data Processing, Chemical Literature Retrieval, Chemical Design Basics, Environmental Testing, Introduction to Business Strategy.

4.Practical phase.

Production labor, graduation project, curriculum design.

Curriculum. Main course: Inorganic Chemistry

Analytical Chemistry, Organic Chemistry, Physical Chemistry Textbook.

Physical Chemistry Textbook.

Physical Chemistry", Instrumental Analysis, Fundamentals of Structural Chemistry

Chemistry of Fine Organic Products", "Polymer Chemistry".

Spectroscopy", Applied Electrochemistry

Rare Earth Chemistry", "Functional Materials", "Principles of Chemical Engineering", "Modern Separation Technology". "Industrial Catalysis", "Materials Chemistry", "Introduction to Nanomaterials".

Fine Organic Synthesis", Fine Chemicals, Chemical Kinetics

Employment situation: employment direction.

Graduates have knowledge of chemistry and chemical technology, and can work in engineering design, technology development, production technology management and scientific research in the fields of chemical industry, oil refining, metallurgy, energy, light industry, medicine, environmental protection and military industry.

Related Units. Petrochemical, energy industry, pharmaceutical industry, chemical industry, cosmetics, light chemical industry, environmental protection and military industry and other industries and sectors; Quality Supervision Bureau.

Environmental Protection Bureau, Inspection and Quarantine Bureau; Research institutes, colleges.

Related occupations. Laboratory Technologists, Inspectors, Chemical Technicians, Drug Development Technicians, Chemical Engineering Engineers; Investment, insurance, customs, commodity inspection, information and other services related to the chemical industry; Researcher and professor.

Students majoring in Applied Chemistry mainly learn the basic knowledge, basic theories, basic skills and related engineering and technical knowledge of chemistry.

In addition to public courses, the main courses studied at the undergraduate level are: Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, Fundamentals of Chemical Engineering, Engineering Drawing, Fine Synthetic Chemistry, Structure of Matter, Advanced Organic Chemistry, and Professional Course Design. (The actual course arrangement of each university shall be subject to its training plan or professional introduction.)

In addition to these theoretical courses, the Applied Chemistry major also pays great attention to the cultivation of students' experimental skills. A senior college student said: "Our experiments are very interesting and close to life, such as high-performance liquid chromatography (HPLC) to detect the content of sorbic acid and benzoic acid in beverages, liquid chromatography-mass spectrometry (LC-MS) to measure the content of clenbuterol in pork, and preservatives made from egg shells, etc.

Another student in the field of chemical biology said: "When you study chemistry, you always have to do experiments, and those in the laboratory class are all small cases, and doing experiments in the laboratory every day is poisonous." I didn't feel very tired from doing the experiment, but I just had a feeling of 'I have absorbed so many organic solvents anyway, and I am not afraid of food safety problems at all'. ”

Weak), abnormal color vision (commonly known as color blindness), not suitable for studying applied chemistry.

Colleges and universities also have specific requirements for candidates' physical conditions. For example, the University of Science and Technology Beijing requires that students applying for applied chemistry majors should be in good health, and candidates with color deficiency should not fill in; Tianjin University requires candidates to be physically and mentally healthy, and their vision is not required to have color weakness, color blindness, etc.; Beijing University of Chemical Technology requires candidates who apply for applied chemistry majors not to be color blind.

Candidates who are interested in chemistry and have strong hands-on ability are more suitable for the exam.

Students applying for the applied chemistry major need to be interested in chemical phenomena and chemical theories in production, life and scientific research, love chemistry learning, and have a basic foundation in chemistry. Students who have a solid foundation in middle school chemistry, active thinking, strong hands-on ability, like to conduct chemical research and exploration, and are determined to engage in research and application in chemistry-related fields are more suitable for applying for this major.

Chen Yongmei, deputy dean of the School of Science at Beijing University of Chemical Technology, suggested: "Before students choose applied chemistry as their choice, they should learn about the research direction and application fields of the major through online resources and personal visits, and spontaneously become interested in the major. Generally speaking, students who like physics and chemistry subjects in high school, like to do their own experiments, and like to explore the unknown are suitable for choosing an applied chemistry major.

For provinces that are about to implement the major selection examination, in order to be able to devote themselves to the study of professional basic courses as soon as possible after entering the school, the school hopes to recruit candidates who choose chemistry or physics subjects in the college entrance examination optional subjects. ”

Main courses of applied chemistry: Inorganic Chemistry, Analytical Chemistry, Organic Chemistry, Physical Chemistry, Instrumental Analysis, Fundamentals of Structural Chemistry, Fine Chemical Chemistry, Polymer Chemistry, Spectroscopic Analysis, Applied Electrochemistry, Rare Earth Chemistry, Functional Materials, Principles of Chemical Engineering, Modern Separation Technology, Industrial Catalysis, Materials Chemistry, Introduction to Nanomaterials, Fine Organic Synthesis, Fine Chemicals, Chemical Kinetics, Frontiers of Chemistry", Advances in Applied Chemistry Research, Chemical Informatics

1. The postgraduate research directions of applied chemistry generally include fine chemical and electrochemistry, and the division of research directions in different schools may also be different.

2. The postgraduate subjects of applied chemistry are related to the applicant unit and research direction, and the specific subjects are subject to the professional catalog of the enrollment unit.

1. For example, the research directions of applied chemistry major of Peking University are:

01) Radiation Chemistry and Technology;

02) Supramolecular Chemistry and Materials;

03) Nuclear Environmental Chemistry;

04) Nuclear Medicinal Chemistry;

05) Special functional polymer materials.

2. For example, Tianjin University 081704 Applied Chemistry Preliminary Examination Subjects are optional

101 Ideological and Political Theory 201 English I 302 Mathematics II 826 Principles of Chemical Engineering;

101 Ideological and Political Theory 201 English I 302 Mathematics II 839 Physical Chemistry.

Note: The first or second group can be selected for the initial test in the direction of fine chemicals; Only the second group can be selected for the initial examination in the direction of electrochemistry.

Re-examination subjects: Fine Organic Synthesis Chemistry and Technology (Fine Chemical Direction); Theoretical electrochemistry (electrochemistry).

The directions of applied chemistry are as follows:According to the information of the required network for college students, the direction of applied chemistry is as follows:

1. Applied Chemistry Postgraduate Direction 1: Applied Chemistry (Discipline**: 081704) is a second-level discipline under the first-level discipline of chemical engineering and technology. Applied chemistry is an applied profession that studies how to quickly transform the results of today's chemical research into practical products.

2. Applied Chemistry Postgraduate Examination Direction 2: Organic Chemistry (Discipline**: 070303) is one of the secondary disciplines under the first-level discipline of chemical silver fiber, which takes natural organic products and bioactive molecules, metals and elemental organic compounds as the main research objects, and develops the reactions, synthesis, methods and theories of organic chemistry from the study of organic synthetic chemistry and physical organic chemistry.

3. Applied Chemistry Postgraduate Entrance Examination Direction 3: Inorganic Chemistry (Discipline **: 070301) is one of the secondary disciplines under chemistry, inorganic chemistry is the science that studies the composition, properties, structure and reaction of inorganic substances, and it is the oldest branch discipline of lead imitation in chemistry.