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College of Chemistry and Chemical Engineering
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College of Chemistry and Chemical Engineering

College of Chemistry and Chemical Engineering is constituted by the Department of Chemical Engineering, Biological and Pharmaceutical Engineering, the Process Equipment and Control Engineering, Applied Chemistry, Basic Chemistry, Fine Chemical Research Institute, Basic Chemistry Experimental Center and Chemical Basic Experimental Center, Energy and Chemical Industry and Catalysis Research Center, Clean Chemical Research Institute, Technology Transformation and Achievement Promotion Center. It consists of five undergraduate programs in chemical engineering and technology, pharmaceutical engineering, bioengineering, applied chemistry and process equipment and control engineering. The "Excellent Engineer Program" in chemical engineering and technology is jointly developed by Shanxi Institute of Coal Chemistry, Chinese Academy of Sciences "Elite Class" plan. And the Institute of Coal Chemical Industry jointly formed a strong strength of the provincial coal science and technology and key national laboratory training base (Ministry of Education Key Laboratory), the national key disciplines of chemical technology and engineering, the key disciplines of chemical engineering of Shanxi province, and the technical first-level disciplines doctoral pilot and postdoctoral flow stations in chemical engineering and technology, and the a master pilot in chemistry, chemical engineering and technology, chemical process machinery, and chemical engineering. There are 52 professors and 57 associate professors in the college, including 1 academician of Chinese Academy of Engineering, and 3 those are Changjiang scholar, national outstanding youth fund winner, and national excellent youth fund winner, 2 national leaders, 38 mentors, and 138 master tutors, formed a high quality and sound knowledge structural and reasonable teaching and research team led by the well-known domestic and foreign chemistry and chemical experts and scholars, and the domestic and foreign trained elder or young scholars backbone.

Chemical Engineering and Technology

Cultivation Goals:To meet the needs of the regional economic construction and industry and the social development, and to keep in pace with the country, and the international standards actively. It aims to teach chemical engineering and technology knowledge, to train the technical personnel in engaging in engineering design, technology application development, production technology management and scientific research work complex engineering and chemical field research and development personnel.

Cultivation Requirements: To master the basic theory of chemical engineering and technology disciplines, get the basic skills in professional knowledge in the chemical and chemical experimental skills, engineering practice, computer applications, and scientific research and engineering design, and have the basic ability of optimizing and innovating the existing production process and developing and designing the new processes and new products.

Major Courses: advanced mathematics, information retrieval, organic chemistry, physical chemistry, chemical engineering, chemical reaction engineering, separation engineering, chemical thermodynamics, chemical technology, chemical design, chemical technology economy, chemical safety production.

Main Practice Teaching Links:basic chemistry experiment, chemical unit operation experiment, chemical basic experiment, chemical industry experiment, production practice, graduation practice, curriculum design, chemical process design, social practice, graduation thesis (design) and so on.

Degree To Be Granted : Bachelor of Engineering

Study Duration: four years

Applied Chemistry

Cultivation Goals:To teach the basic theory of chemistry and applied chemistry, basic knowledge and basic skills, to develop the basic ability of chemical new products, new technology and new process, to cultivate the senior scientific and technological personnel who can engage in the research institutions, institutions of higher learning and enterprises of chemical and chemical industry, energy, metallurgy, materials, environmental protection and other fields.

Cultivation Requirements: Mainly learning the basic knowledge, basic theory, basic skills in fine synthesis and modern industrial analysis technology and new materials in, and related engineering and technical knowledge, to get the basic training of scientific research, to master the basic ability of scientific research, technology development and technology management with the use of knowledge and experimental skills have learnt.

Major Courses:advanced mathematics, information retrieval, inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry, structural chemistry, chemical foundation, chemical mapping, modern instrumental analysis, catalytic chemistry, inorganic synthesis chemistry, organic synthesis chemistry, fine chemicals chemistry, separation chemistry, surface structural analysis, radiochemistry, green chemistry and so on.

Main Practice Teaching Links: military training, chemical comprehensive experiment, a professional comprehensive experiment, production practice, scientific research and training, social practice, curriculum design, graduation design (thesis) and so on.

Degree To Be Granted :Bachelor of Science.

Study Duration: four years.

Biological Engineering

Cultivation Goals:To cultivate the comprehensive development in moral, intellectual and physical, master the biotechnology and engineering field of scientific principles, process technology and engineering design, and develop the bio-engineering technology professionals who can engage in developing and researching, teaching, biological product design, production, development and management in the field of biological engineering, including scientific research institutes, institutions of higher learning, industry management and production enterprises and other departments.

Cultivation Requirements: To highlight the cultivation in thick foundation, wide-caliber, high quality, innovative spirit and practical ability, through studying the basic theory and basic knowledge in biochemistry, microbiology, biotechnology, enzyme engineering, fermentation engineering, genetic engineering, and receiving the basic training of experimental skills, engineering practice, computer application technology, scientific research and engineering design methods in the biotechnology and engineering fields, students can get the basic ability of engaging in design, production, management in the biotechnology and engineering fields and the ability of researching new technology, and developing new product.

Major Courses:advanced mathematics, information retrieval, biochemistry, microbiology, molecular biology, principles of chemical Engineering, biotechnology, biological reaction engineering, bio-separation engineering, fermentation engineering and equipment, genetic engineering, cell and tissue engineering, enzyme engineering.

Main Practice Teaching Links: military training, metalworking practice, basic chemistry experiments, professional experiments, production practice, graduation practice, social practice, curriculum design, graduation design (thesis) and so on.

Degree To Be Granted :Bachelor of Engineering.

Study Duration: four years.

Pharmaceutical Engineering

Cultivation Goals:To cultivate the comprehensive development in moral, intellectual and physical, and the ability to work in drug research, development, engineering design and production of pharmaceutical products, and the train the engineering and technical personnel who can work in scientific research institutes, institutions of higher learning, pharmaceutical companies, medical and health administration and other enterprises units to engage in scientific research, teaching, production, design, development and management in pharmaceutical products.
 Cultivation Requirements:Based on chemistry, pharmacy, engineering, highlighting the cultivation in thick foundation, wide-caliber and innovation spirits. Through studying basic theory and knowledge of medicinal chemistry, natural medicine chemistry, drug synthesis, drug analysis, pharmacology, pharmacy, pharmaceutical technology and pharmaceutical equipment, students could learn the basic skills in chemistry and chemical experimental skills, engineering practice, computer application technology scientific research and engineering design methods, and master the basic ability in pharmaceutical products, engineering design, and new drug research .

Major Courses:advanced mathematics, information retrieval, organic chemistry, biochemistry, physical chemistry, principles of chemical engineering, pharmaceutical engineering, pharmaceutical synthetic recreation, pharmaceutical chemistry, pharmacology, pharmacy, natural medicinal chemistry, applied spectroscopy, pharmaceutical technology and so on.

Main Practice Teaching Links: military training, metalworking practice, basic chemistry experiments, professional experiments, production practice, graduation practice, social practice, curriculum design, graduation design (thesis) and so on.

Degree To Be Granted :Bachelor of Engineering.

Study Duration: four years.

Process Equipment and Control Engineering

Cultivation Goals:The major cultivates students with the basic knowledge of natural science, engineering and scientific basic knowledge and process equipment and control engineering expertise and practical ability. To cultivate the complex advanced engineering and technical personnel who can engage in the process of equipment and control engineering research and development, design and manufacturing, monitoring and control, security, operation and maintenance engineering technology, and education, management in the fields of chemical industry, petrochemical, metallurgy, machinery, light industry, energy, pharmaceutical, building materials.

Cultivation Requirements:The students mainly learn the basic theory and basic knowledge of mechanical, technological process and control engineering, and receive the training in computer technology, mechanical engineering technology, monitoring and control technology, and master the basic ability in mechanical design, process equipment and control engineering design.

Major Courses:advanced mathematics, information retrieval, engineering graphics, solid mechanics, fluid mechanics, thermodynamics, mechanical design basics (mechanical principles, mechanical parts), chemical (process) principles, engineering materials, process equipment design, process fluid machinery, process equipment control technology and application, process equipment manufacturing technology and so on.

Main Practice Teaching Links:military training, metalworking practice, understanding of practice, production practice, graduation practice, mechanical basic experiment, process principle experiment, professional experiment, curriculum design, graduation design (thesis) and so on. In the case of

Degree To Be Granted :Bachelor of Engineering.

Study Duration: four years.

 



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