Training objective: To train engineering talents with relevant theoretical knowledge of life science, electronic technology, computer control technology and information science, with certain ability to apply electronic technology, information processing technology and computer technology in medical related fields, and be able to engage in system design, system analysis, system operation and management in medical electronic instruments and other electronic information technology application fields.
Main courses: basic medicine, biomedical sensors, circuit analysis, signals and systems, electronic circuits, digital circuits, medical electronics, medical images, medical instruments, medical signal processing, medical image processing, automatic control principle, microcomputer principle, single chip microcomputer principle, embedded system, etc.
Professional advantages and characteristics: (1) has the right to award bachelor's and master's degrees in engineering, which provides good conditions for students to further their studies. (2) strong professional selectivity, complete integration with the school information discipline, and wide employment. There is a municipal innovative team with reasonable teachers. (3) Good cooperation with local medical device enterprises.
Employment destination: engaged in technology research and development, application support and equipment management in high-level scientific research institutions, medical instruments, medical and health care, related information technology industries and other enterprises and institutions. (including biotechnology, bioinformatics and pharmaceutical engineering)
In order to better adapt to the development of life science and biomedical industry in the 2 1 century, in 20 1 1 year, the majors of biotechnology, bioinformatics and pharmaceutical engineering were enrolled and trained in large categories, that is, students were trained in large categories in the first two years regardless of their majors. After completing the required credits, students will choose a major in a wide range according to their academic inclination and follow the relevant regulations and procedures of the school, and then study in the next two years according to the training plan of the selected major. Relying on advanced central and local laboratories and excellent teachers, we should highlight the advantages of "specialty plus information technology", strengthen the foundation and highlight practical ability, and focus on cultivating students with a solid foundation in biology, chemistry and information science, a strong modern biotechnology and pharmaceutical literacy, and a strong ability base in research and development and production of drugs and pharmaceutical engineering products, research and development and production of biotechnology products, and design and application of biological software. (Undergraduate, with a standard academic system of four years, awarded the Bachelor of Science degree and enrolled in science and engineering)
Training objectives: This major trains compound talents who can master the basic theories and skills of modern life science and biotechnology, receive good scientific thinking and practical training in basic research of life science and application and development of biological products, master certain computer basic theories and application technologies, and be able to engage in scientific research, product development and production management in the application fields of biological science and biotechnology.
Main courses: general biology, biochemistry, genetics, molecular biology, microbiology, cell biology, genetic engineering, cell engineering, microbial engineering, enzyme engineering, etc.
Professional advantages and characteristics: (1) has the right to award bachelor's and master's degrees in engineering, which provides good conditions for students to further their studies. (2) Having a good platform for practical innovation in biotechnology, establishing an innovative experimental class in Yilun College and carrying out "2+2" joint training with Nichols State University in the United States can obtain a double degree in China and the United States. (3) A wide range of employment.
Employment destination: Engaged in scientific research, technology development, production management and administrative management related to modern biotechnology in enterprises, institutions and administrative departments in medicine, food, environmental protection, horticulture, biological agriculture and other industries. (Undergraduate, with a standard academic system of four years, awarded the Bachelor of Science degree, and the enrollment category is science and engineering)
Training objective: to train high-quality interdisciplinary talents who can meet the needs of bioinformatics research and related bio-industry development, master the basic theories and methods of life science and computer science, and have outstanding characteristics in bioinformatics data mining, biological software development and drug molecular design.
Main courses: general biology, biochemistry, genetics, molecular biology, bioinformatics, Perl language programming, data structure and algorithm, software engineering, computer network technology, database, Linux operating system, etc.
Professional advantages and characteristics: (1) Based on the information science background of our school, we set up a talent training program for bio-industry development, focusing on cultivating students' ability to analyze and process biomedical big data. (2) Information science and life science are cross-disciplines, with great selectivity in professional direction and wide employment scope: you can engage in related work in the fields of bioinformatics, informatics or biomedicine, or you can continue to study. (3) Maintain good cooperative relations with many domestic and foreign bioinformatics high-tech enterprises and research institutes in Industry-University-Research, and provide abundant internship, employment and further study opportunities.
Employment destination: You can engage in biomedical basic research and product development in bioinformatics related enterprises, large pharmaceutical companies, hospitals, research institutes and universities, and you can also engage in big data management, consulting, analysis, technical services and sales in other industries. (Bachelor's degree, with a standard academic system of four years, awarded with a bachelor's degree in engineering and enrolled in science and engineering)
Training objective: to cultivate innovative and practical engineering talents who can master the basic theories and skills of modern chemical pharmacy, traditional Chinese medicine pharmacy and biopharmaceuticals, the basic methods of process and engineering design, strengthen the foundation of chemistry, pharmacy and chemical engineering, and engage in the development and production of drugs and fine chemical products in pharmaceutical, fine chemical and biochemical departments by using modern drug synthesis technology, drug separation technology and engineering technology.
Main courses: organic chemistry, physical chemistry, chemical engineering principles, pharmaceutical engineering, pharmaceutical engineering process design, pharmaceutical synthesis reaction, pharmacology, pharmacy, pharmaceutical technology, literature review and professional English.
Professional advantages and characteristics: (1) There are abundant teachers in the fields of medicinal chemistry and biocatalytic synthesis, computer-aided design of drug molecules, process engineering design, natural products and preparations. (2) The professional direction is selective and the employment scope is wide. (3) Carry out "2+2" joint training with Nichols State University, with a double degree in China and the United States.
Employment destination: graduates of this major can engage in the design, construction, production management, technology development, applied research and trade of pharmaceutical production processes in pharmaceutical production departments, and also engage in pharmaceutical engineering-related work in scientific research, commerce and administrative departments.