Basic information about the specialty: In order to adapt to and meet the needs of socio-economic development and pharmaceutical industry, the university opened this specialty in 2011 on the basis of the municipal-level characteristic specialty of chemical engineering and technology. There is one discipline leader at Chongqing municipal level, and the main research fields are modern pharmaceutical preparation, natural medicine, chemical drug synthesis, etc. In talent cultivation, efforts are made to cultivate students' hands-on ability, knowledge application ability and innovation ability.
Cultivation Objective: This major cultivates the overall development of morality, intellect, physique and aesthetics, and can adapt to the needs of China's modernization, with the scientific foundation of chemistry, pharmacy and engineering, professional knowledge of pharmaceutical engineering and the ability to engage in the technological development of pharmaceuticals and other chemicals, and the ability to engage in the development of technology and engineering design, and has the good spirit of pioneering in engineering application of the study of the spirit of innovation and the ability of practical research and development of applied engineering technology talents. The graduates can work in scientific research institutes, design institutes and other organizations. Graduates can be engaged in entrepreneurship, product development, engineering design, scientific management and technical services in research institutes, design institutes and pharmaceutical and related enterprises.
Professional Requirements Graduates should master the basic theory and basic knowledge of pharmaceutical manufacturing technology and engineering design; master the drug production device, process and equipment design methods; familiar with the national policy and regulations on pharmaceutical production, design, research and development, environmental protection; understanding of the frontiers of the discipline of pharmaceutical engineering, understanding of the development of new processes and new technologies and new equipment; and have a pharmaceutical New resources, new products, new processes for research, development and design of the initial ability; have a pioneering spirit, sense of innovation and the ability to independently acquire new knowledge; the ability to apply English and computer information technology to search for Chinese and foreign literature, access to relevant information; have a certain degree of knowledge of the humanities.
Major Courses: College English, College Computer Fundamentals, C Programming, Advanced Mathematics, Linear Algebra, Probability and Mathematical Statistics, College Physics, Physical Chemistry, Organic Chemistry, Inorganic Chemistry, Analytical Chemistry, Physical Chemistry, Organic Chemistry, Instrumental Analysis, Biochemistry, Medicinal Chemistry, Pharmaceutical Chemistry, Pharmaceutical Synthesis Chemistry, Pharmacology, Pharmacy, Pharmaceutical Analysis, Pharmaceutical Management, Application of Spectral Analysis, Specialized Experiments, Principles of Chemical Engineering, Engineering Graphics, Pharmaceutical Engineering and Process, Pharmaceutical Plant Equipment and Workshop Process Design, Electrical Engineering, etc. Basic information of the specialty: In order to adapt to and meet the needs of the development of new national strategic industries, the university opened the specialty in 2011 on the basis of the municipal characteristic specialty of Applied Chemistry and Chemical Engineering and Process at the municipal level, and the history of the specialty can be traced back to 1983. There is one discipline leader at Chongqing municipal level, and the main research areas are preparation and application of green catalytic materials, modification and comprehensive utilization of natural products, and polymer synthesis. In terms of talent cultivation, we focus on cultivating students' practical ability, innovative consciousness and capability.
Cultivation Objective: This major cultivates advanced applied technical talents with good pioneering spirit, innovative consciousness and practical ability in materials research and application, who have all-round development in morality, intellect, physique and aesthetics, who are able to adapt to the needs of China's modernization construction, and who have mastered the basic professional knowledge, application methods and basic skills. Graduates can be engaged in entrepreneurship, product development, engineering design, research, management, marketing and technical services in research institutes, design institutes and related enterprises.
Professional Requirements: Graduates should master the basic theories of basic science of materials science and engineering, basic knowledge of technology, specialized knowledge and related engineering knowledge; obtain the basic training of engineering experimental methods and scientific thinking methods, and obtain the basic training of engineering design and preliminary training of scientific research. Understand the frontier of the discipline of materials science and engineering, understand the development dynamics of new technology and new equipment; have the preliminary ability to research, develop and design new resources, new products and new processes of materials; have the pioneering spirit, sense of innovation and the ability to independently acquire new knowledge; be able to apply English and computer information technology to retrieve Chinese and foreign literature and obtain relevant information; have a certain degree of knowledge of humanities.
Major Courses: College English, College Computer Fundamentals, C Programming, Advanced Mathematics, Linear Algebra, Probability Theory and Mathematical Statistics, College Physics, Engineering Graphics, Inorganic Chemistry, Analytical Chemistry (including Instrumental Analysis), Organic Chemistry, Physical Chemistry, Engineering Mechanics, Mechanics of Materials, Fundamentals of Materials Science, Materials Testing Methods, Physical Properties of Materials, Materials Research Methods, Functional Materials, Composite Materials, Polymer Chemistry, and Materials Science and Technology. materials, composite materials, polymer chemistry, polymer physics, polymer synthesis process, polymer molding and processing technology, electrical and electronic science, chemical principles, chemical reaction engineering, materials engineering technology and economy, the application of computer software in materials science and engineering, materials preparation technology, and specialized comprehensive experiments. Major Introduction: Bioengineering is an emerging composite discipline that grows out of the intersection of chemistry, microbiology, biochemistry, chemical engineering and computer science. It is regarded as one of the three frontier disciplines in the 21st century. It includes the fields of genetic engineering, microbial engineering, enzyme engineering, cell engineering and biological products, etc. The core of which is genetic engineering centered on DNA recombination engineering, which is one of the most energetic and prioritized fields in today's world and in the field of modern high-tech engineering. Bio-engineering industry includes: health care drugs, genetically modified plants and animals, green food, beauty and cosmetics, fine chemicals, bio-chips, bio-electronic components, various industrial enzymes, etc., which has formed an industrial cluster, showing an irreversible and increasingly prosperous development trend in the global scope, and in many industries (such as the field of pharmaceuticals), it has begun to gradually replace the traditional industry to become the large-scale emerging products and pillar industries. In many industries (e.g. pharmaceuticals), it has begun to gradually replace traditional industries as a large-scale emerging product and pillar industry.
Biotechnology is the most active and encouraging scientific frontier in the world, and industrialized countries have been vigorously developing biotechnology and cultivating and recruiting biotechnology talents for decades. Biotechnology industry, as a rising dominant industry in the 21st century, has become a strategic focus of industrial restructuring. Although China's biotechnology research has achieved certain scientific research results, it has not yet formed a pattern of industrialization. In terms of biotechnology and product development and industrial team, there is a big gap with developed countries. Whether it is biotechnology researchers, or biotechnology product development talent, there is a serious shortage of the problem, the next period of time China's biotechnology personnel have a greater demand.
The bioengineering program of our college was founded in 2002, and has the right to confer the bachelor's degree of engineering. The program is committed to cultivating qualified bioengineering and related professionals for the society, focusing on basic theory and applied research, and actively carrying out the combination of production, learning and research, which has achieved remarkable economic and social benefits.
Cultivation Objective: This major cultivates the basic knowledge, basic theories and basic skills, methods and technologies of the discipline of bioengineering, basic training in biotechnology experimental skills, engineering practice, computer applications, scientific research and engineering design methodology, and has the ability to simulate and optimize the production process of the existing enterprises, innovate and transform the production process, and develop and design a new process and develop new products. They have the basic ability to simulate and optimize the production process of existing enterprises, innovate and reform, develop and design new processes and develop new products, and are senior engineers and technicians who can be engaged in the fields of biotechnology in the fields of pharmaceuticals, light chemical industry, environment, food, agriculture and gardening, as well as in the fields of production technology, product development, quality control, quality inspection, commodity circulation, scientific research and teaching.
Major courses: engineering drawing, electrical engineering, inorganic and analytical chemistry, organic chemistry, physical chemistry, biochemistry, microbiology, genetics, general biology, cell biology, molecular biology, principles of chemical engineering, fermentation engineering, cellular engineering, enzyme engineering, genetic engineering, bioengineering equipment, bioengineering testing technology, bioresources, and the direction of the bio-pharmaceutical program ( Pharmaceutical Processing, Pharmacy, Pharmacology, New Drug Design and Development, etc.) and Biochemical Engineering Direction Courses (Biochemical Engineering, Biochemical Processes, Biochemical Engineering Equipment, etc.).
The main employment sector: graduates can be in biomedicine, biochemical, light industry, food, energy, environmental protection and other industries in high-tech enterprises engaged in related products, processes and equipment, research, development, design, management and marketing work, but also in the environmental protection, commodity inspection, drug testing, customs, industry and commerce, taxation and government administration to engage in supervision and management of the relevant work, or in institutions of higher learning, They can also work in environmental protection, commodity inspection, drug inspection, customs, industry, commerce, taxation and government administration, or in higher education institutions, scientific research institutes engaged in teaching and scientific research. The major of Applied Chemistry is an application-oriented major integrating basic knowledge, basic theories, basic skills and engineering technology developed on the basis of traditional chemistry majors, and it is one of the majors cultivating innovative and practical talents. Applied chemistry majors cultivate students who not only have a solid theoretical foundation in chemistry, but also have the necessary chemical thinking method, chemical professional skills and practical application ability in different professional directions. Nowadays, traditional chemical science advances with the times, and constantly crosses, penetrates and integrates with other disciplines, forming many new fields of applied chemistry, and a new face of chemical science. In the new historical period of the great development of modern science and technology and higher education, the discipline of applied chemistry has seen unprecedented development. According to the statistics of the Ministry of Education, the number of graduates of applied chemistry in colleges and universities across the country accounted for nearly 50% of the total number of graduates in chemistry, and will continue to maintain this rapid growth momentum.
The Applied Chemistry major of our college was founded in 1983, and was approved as a specialty of Chongqing Municipality in 2008, with the right to confer bachelor's degree. The faculty of this specialty has a reasonable structure of age, title, and education, and is rigorous in governance and strong in the spirit of unity and cooperation. The program is committed to cultivating qualified talents in applied chemistry and related professions for the society, focusing on basic theories and applied research, adhering to the principle of "scientific research serves for the construction of local economy", and actively carrying out the combination of production, learning and research, and has accomplished a series of influential scientific research results, which have achieved remarkable economic and social benefits.
Cultivation Objective: To cultivate students with basic knowledge, basic theories and basic skills in chemistry and materials science, to receive basic training in scientific research, scientific and technological development and production technology, and to have the basic ability of technological development and production management, so as to enable them to engage in research, development and production management in the fields of chemistry, chemical industry, materials, pharmaceuticals, light industry, food, environmental protection, metallurgy, energy, quality inspection and surface treatment. The course is designed for senior specialists in research, development and production management in the fields of chemistry, materials, pharmaceuticals, light industry, food, environmental protection, metallurgy, energy, quality control and surface treatment.
In order to adapt to the needs of society in various aspects, broaden the professional knowledge of students, enrollment by "applied chemistry" a professional enrollment, students enrolled in the implementation of the credit system teaching plan. After the basic study of public **** and basic subject courses, according to the professional strengths and interests, students in the second year of the university to implement the mode of mid-stream training, students choose their own specific professional direction.
Major courses: Engineering Drawing, Engineering Mechanics, Physical Chemistry, Structural Chemistry, Inorganic Chemistry, Analytical Chemistry, Instrumental Analysis, Organic Chemistry, Polymer Chemistry and Physics, Biochemistry, Fine Synthesis Chemistry, Computer Application and CAD, Chemical Design and Economics, Introduction to Environmental Protection and Polymer Synthesis, Polymer Molding and Processing, Materials Analysis and Testing, Inorganic and Non-metallic Materials, Composite and Functional Materials. non-metallic materials, composite and functional materials, and surface treatment.
The main employment sector: the students trained in this specialty can not only work in a wide range of industrial and agricultural production activities, but also fully qualified for the current hot scientific and technological fields, such as materials science, energy science, environmental protection science, life science and other research work. Graduates of Applied Chemistry can be engaged in the management and maintenance of modern laboratories in enterprises, institutions and administrative departments such as commodity inspection, foreign trade, public security, fire fighting, health, light industry, instrumentation, environmental protection, medicine, chemical industry, metallurgy, etc. They can carry out the work of chemical analysis, instrumental analysis, applied research, product development, materials research and development, production technology and business management. Professional Profile: Environmental engineering is a multidisciplinary cross-penetration of the emerging comprehensive, marginal disciplines, involving a wide range of fields. Its main task is to study the theory, technical principles and engineering measures to protect and improve environmental quality. At present, the implementation of sustainable development strategy has become the basic national policy of China's socio-economic development, the next few decades is China's environmental protection cause of the golden period of great development.
Our environmental engineering program is one of the first key disciplines in our university, with master's and bachelor's degree granting authority. The discipline is committed to cultivate qualified environmental engineering and related professionals for the community, focusing on basic theory and applied research, adhering to the principle of "scientific research for the local economic construction services", and actively carry out the combination of production, learning, research, and completed a series of influential scientific research results, and achieved significant economic and social benefits.
Cultivation Objective: To cultivate the basic theory, basic knowledge and basic skills of environmental engineering, to receive basic training in computer technology and drawing, pollutant monitoring and treatment, engineering design, management and planning, to have the basic ability of scientific research, engineering design and management planning in the field of environmental science and technology, water supply and drainage engineering, pollutant treatment engineering, to be able to work in the governmental departments, planning departments, economic management departments, governmental departments, governmental departments and governmental departments, to be able to work in the field of environmental science and technology.
The program is designed to provide the students with the basic training in environmental science and technology, water supply and drainage engineering, pollutant management engineering, scientific research, engineering design and management planning in governmental departments, planning departments, economic management departments, environmental protection departments, design units, industrial and mining enterprises, scientific research units, colleges and universities, etc., and the students will be able to engage in the work in the fields of planning, design, construction, management, education, research and development.
In order to adapt to the needs of society in various aspects, broaden students' professional knowledge, enrollment according to the "environmental engineering" a professional enrollment, students enrolled in the implementation of the credit system teaching plan. The students of this major after the public **** basic and discipline-based courses, according to the professional strengths and interests, in the second year of university implementation of the mid-stream training mode, the students choose their own specific professional direction. This major has a pollution control direction and environmental planning and management
Major courses: engineering drawing, engineering mechanics, surveying, fluid mechanics, inorganic and analytical chemistry, instrumental analysis, organic chemistry, physical chemistry, environmental engineering principles, biochemistry, environmental engineering CAD, environmental engineering microbiology, environmental testing and analysis, water pollution control engineering, air pollution control engineering, Solid Waste Treatment and Disposal, Environmental Management, etc.
Pollution control direction courses: water supply and drainage engineering, noise pollution control engineering, pipe network and pumping station design, environmental systems engineering, environmental protection equipment, environmental engineering technology, economics and cost management, environmental engineering design, civil engineering.
Environmental planning and management direction courses: environmental economics, environmental quality assessment, environmental resource information system, natural disaster risk assessment, ecological security and restoration, regional environmental planning principles, ecology. Faculty
Major Employment: Environmental engineering graduates are mainly engaged in environmental planning, environmental management, environmental engineering design, environmental product development, teaching and environmental science research at all levels of government environmental protection departments, planning departments, construction management departments, design and research institutes, environmental engineering companies, scientific research institutes, institutions of higher learning, environmental planning, environmental management, design, development, and environmental science research. Graduates of this program can also apply for graduate school in environmental engineering, environmental science, environmental management, urban environment and ecological engineering. Professional Profile: Food Science and Engineering is a cross-discipline based on chemistry, biology, chemical engineering, research on the basic theory of modern food processing and application of technology. China's traditional food processing technology has a high position in the international arena, with the continuous improvement of social civilization, the national desire to improve the quality of life is becoming increasingly strong, the international competition has never been more intense, for the development and production of food in the application of modern processing technology requirements are also increasing. At the same time, through the integration of modern processing theory and technology, the traditional concept of food processing technology has been greatly expanded, so that the knowledge structure of the graduates of this program can be widely adapted to a variety of biological materials as raw materials for processing enterprises and related administrative, business, scientific research, distribution and other sectors. With the rapid development of China's food industry, food science and engineering will have good prospects for development.
The food science and engineering program of our college was founded in 1997, and has the right to confer the bachelor's degree of engineering. The program is committed to cultivating qualified food science and engineering and related professionals for the community, focusing on basic theory and applied research, adhering to the principle of "scientific research for the local economic construction services", and actively carry out the combination of production, learning, research, and completed a series of influential scientific research results, and achieved significant economic and social benefits.
Cultivation Objective: This program is designed to cultivate students with a solid theoretical foundation in chemistry, biology and modern food engineering, and basic training in food science and engineering related experimental skills, engineering design, production practice and distribution practice, who are capable of engaging in the production and distribution of food in enterprises or departments engaged in the deep-processing of agricultural products, food manufacturing, processing of biological products, military logistic support, pharmaceuticals, food hygiene inspection, food quality supervision, international and domestic distribution of food, as well as in the production and distribution of food products. They can be engaged in production technology management, quality control, technological innovation, scientific research, marketing and project development in enterprises or departments of domestic and international circulation.
Major courses: inorganic and analytical chemistry, organic chemistry, physical chemistry, biochemistry, food chemistry, food microbiology, principles of food engineering, food machinery and equipment, principles of food technology, food analysis and inspection, nutrition and food hygiene, food preservation principles and technology, food logistics, food biotechnology.
Main employment sector: graduates can work in customs, commodity inspection, standards and measurement, health and epidemic prevention, environmental protection, intellectual property rights, product testing and other related food analysis, testing and quality management departments; all kinds of food processing and manufacturing, food ingredients and ingredients, food logistics and marketing enterprises for the object of economic management, public **** health, technical supervision, commodity inspection and trade and other departments. Professional profile: chemical engineering and technology is the study of the basic laws of process technology, and the use of these laws to establish and solve the basic theories and basic methods related to research, design and production of engineering and technology professions, is one of the most rapidly developing and widely used in modern science and technology. This specialty mainly studies the development, design and amplification of new chemical products, new processes, new equipment, new technologies and the rational full and deep processing of raw materials, etc. It includes the directions of chemical engineering, chemical process, catalytic science and engineering, and fine chemical industry. The students mainly study the basic theory and basic knowledge of chemical engineering and chemical process, and receive the basic training of chemical and chemical laboratory skills, engineering practice, computer application, scientific research and engineering design methods, and have the ability to simulate and optimize the production process of the existing enterprises, innovation and transformation, the development and design of new processes and the basic ability to develop new products. In recent years, chemical engineering and materials are constantly innovating and developing in both theory and practice, especially the use of computers and modern instruments, which makes it constantly open up new fields. Chemical engineering and technology is one of the most rapidly developing and widely used disciplines in modern science and technology.
Chemical Engineering and Process was founded in 1989, and approved as the specialty of Chongqing Municipality in 2010, with the right to confer bachelor's degree in engineering. The faculty of the program has a reasonable structure of age, title and education. The program is committed to cultivating qualified chemical engineering and technology professionals and related professionals for the society, focusing on basic theory and applied research, adhering to the principle of "scientific research serves the local economic construction", and actively carrying out the combination of production, learning and research, and has accomplished a series of influential scientific research achievements, and has achieved significant economic and social benefits.
Cultivation Objective: To cultivate the basic knowledge, basic theory and basic skills of chemical engineering and technology and pharmaceutical engineering, to receive the basic training of chemical and chemical laboratory skills, engineering practice, computer application, scientific research and engineering design methods, and to have the basic ability to simulate and optimize the production process of the existing enterprises, innovate and transform, develop and design the new process and develop new products, and to be able to work in the chemical and pharmaceutical industries. The basic ability to be able to work in the chemical industry, pharmaceuticals, fine chemicals, coatings, light industry, food, oil refining, energy, metallurgy, materials, environmental protection and military industry and other departments engaged in engineering design, technology development, production technology management and other aspects of the work of senior engineering and technical personnel.
In order to adapt to the needs of society in various aspects, broaden students' professional knowledge, enrollment according to the "chemical engineering and technology" a professional enrollment, students enrolled in the implementation of the credit system teaching plan. After the basic study of public **** and basic subject courses, according to the professional strengths and interests, in the second year of college, the implementation of the mid-stream training mode, the students choose their own specific professional direction.
Major courses: Physical Chemistry, Inorganic and Analytical Chemistry, Instrumental Analysis, Organic Chemistry, Biochemistry, Principles of Chemical Engineering, Transmission Processes, Chemical Thermodynamics, Reaction Engineering, Industrial Catalysis, Chemical Systems Engineering, Specialized Experiments, Chemical Design and CAD, Engineering Estimation and Economic Analysis, Scientific and Technical English, and Literature Search and Utilization.
Major employment sector: graduates of the program can engage in teaching and research work in universities and research departments, and can also be engaged in the chemical industry, oil refining, metallurgy, energy, light industry, medicine, environmental protection and military industry and other sectors of engineering design, technology development, production technology management and scientific research.