It covers chemical engineering and technology and pharmaceutical engineering, in which chemical engineering and technology are divided into four directions: chemical technology, fine chemical industry, biochemical industry and energy chemical industry. According to the major categories of admission, two years later, according to the wishes of students, academic performance and social needs for professional diversion.

Chemical engineering and technology is a key specialty in the autonomous region, with a doctorate in chemical technology and a first-class master's degree in chemical engineering and technology. Cultivate senior professionals with knowledge of chemical engineering and technology, chemical design and R&D ability, strong employment adaptability and multi-skills. The main professional courses are: four major chemistry, chemical engineering principles, chemical thermodynamics, chemical reaction engineering, separation engineering, chemical engineering design, etc. Graduates can engage in technology development, engineering design, monitoring, trade, computer application, planning management, production technology management, scientific research and teaching in organic, inorganic, petroleum, fine, biochemical, light industry, medicine, environment, energy, metallurgy, military and other departments.

Pharmaceutical engineering majors train senior engineering and technical personnel who have mastered the knowledge of chemistry, pharmacy, chemical engineering and pharmaceutical engineering and can be engaged in the engineering design and research and development of drugs and other products. The main courses are: inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry, biochemistry, medicinal chemistry, natural medicinal chemistry, pharmaceutical synthesis, pharmacology, pharmacy, pharmaceutical analysis, spectral analysis, pharmaceutical production quality management engineering, chemical engineering principles, separation engineering, reaction engineering, chemical thermodynamics, engineering drawing, pharmaceutical technology, pharmaceutical equipment and engineering design. Through professional study, students will have theoretical knowledge and engineering practice skills in chemical pharmacy, traditional Chinese medicine pharmacy, biopharmaceuticals and pharmaceutical preparations, and have the basic ability of new drug production, management, engineering design and research and development. Graduates can engage in product production, technology development, management, scientific research and teaching in the fields of medicine, pesticides, veterinary drugs, fine chemicals, biochemistry, light industry, environmental protection, drug inspection and commodity inspection, and scientific research institutes, universities and other departments.

Undergraduate majors: chemistry, applied chemistry, chemical technology, fine chemicals, environmental engineering, pharmaceutical engineering, biochemistry, forest products chemicals, process equipment and control and inorganic nonmetallic materials, with more than 2,000 undergraduates.

Degree point structure:

Doctoral degree: chemical technology

Master's degree program: chemical technology, environmental engineering, chemical machinery, forest chemistry, applied chemistry, analytical chemistry, organic chemistry, physical chemistry (chemical technology is the first-class master's degree program).

That's it ~