abstract:
Light industry technology and engineering is an engineering field that studies the theory, technological innovation and methods of pulp and paper engineering, sugar engineering, fermentation engineering and leather chemical industry. Its authorized unit of Master of Engineering trains senior engineering and technical personnel engaged in research and development of new materials, new products and new processes, engineering design and implementation, technical research and technical transformation, popularization and application of new technologies, engineering planning and management, product quality control, production technology and equipment, etc. The main courses include: political theory course, foreign language course, numerical analysis, computer application technology, chemical structure of plant fiber and its research methods, pulping chemistry, pulping and papermaking technology, computer simulation of equipment and process, sugar science and engineering, modern sugar-making technology and equipment, modern biochemical technology, microbial enzymology, enzyme engineering, fermentation engineering technology, introduction to biochemical engineering and control, biochemical separation engineering, biocatalysis technology, modern leather processing theory and technology, Leather cleaning technology and theory, modern leather detection technology, synthesis and application of leather chemicals, hot processing of vacuum equipment in light industry, management of light industry enterprises and product quality control. Because the product objects involved in this field are quite different, courses can be increased or decreased according to the research objects.
I. Overview
Light industry technology and engineering is an important field related to national economy and people's life. This engineering field includes the intersection and synthesis of pulp and paper engineering, sugar engineering, fermentation engineering, leather chemistry and engineering. In the new century, light industry technology and engineering will play an important role in China's socialist modernization, the improvement of people's living standards, the healthy and coordinated development of social economy and the prosperity of the country.
This field involves the basic theories, technologies and methods of engineering design, manufacturing, testing, transformation and management of light industry, and is closely related to chemical engineering, biological engineering, food engineering, material engineering, mechanical engineering, computer technology, control engineering, energy engineering, environmental engineering, pharmaceutical engineering, agricultural engineering, forestry engineering and other engineering fields.
Second, the training objectives
Cultivate senior engineering and technical personnel in scientific research, development and application, engineering design and implementation, technical research and technical transformation, popularization and application of new technologies, engineering planning and management. In the field of light industry technology and engineering, it can be closely linked with the technology and engineering practice involved in the production and research and development of light industry.
Master of engineering students in the field of light industry technology and engineering should have a solid academic theory and extensive professional knowledge, fully understand the domestic and international status and development trend of this engineering field, skillfully use advanced science and technology and experimental methods, and have the ability to independently engage in engineering technology research, transformation, development and application (including engineering design and engineering management).
Third, the scope of the field.
The field of light industry technology and engineering covers four aspects: pulp and paper engineering, sugar engineering, fermentation engineering, leather chemistry and engineering.
The main research directions are as follows:
Plant resource chemistry, pulping chemistry and engineering, papermaking technology and functional paper, process equipment and control, new pulp bleaching technology and pollution control, printing and packaging materials and equipment, printing image processing and detection technology.
Extraction, separation, purification and preparation of sugar and its derivatives, technology and engineering of starch, starch sugar and modified starch, microbial engineering and technology, enzyme engineering and technology, biochemical reaction engineering and technology, biopharmaceutical engineering and technology, environmental biochemistry and technology.
Leather histology and hard protein chemistry, modification and processing technology of hard protein, green technology and theory in tanning and leather chemical synthesis, new leather product development and end product processing technology, testing technology-light industrial product quality inspection technology.
Fourth, the curriculum.
Basic courses: scientific socialist theory, dialectics of nature, foreign languages, computer technology and application, numerical analysis, etc.
Technical basis: pulping chemistry, chemical structure of plant fiber and its research methods, pulp flow and papermaking mechanism, papermaking processing principles and technologies, pulping and papermaking machinery, mathematical model and computer simulation of pulping and papermaking process, pulping and papermaking biotechnology, pulp fluid mechanics, advanced chromatics, advanced mechanism, colloid and surface chemistry, sugar science and engineering, transfer process principle, modern biochemical technology, microbial physiology and genetic engineering, leather microstructure and hard protein chemistry.
Specialized courses: pulp fluid measurement technology, paper structure and performance, pulp bleaching principle and technology, transfer process principle, high-yield pulping, printing image processing technology, carbohydrate chemistry, polysaccharide biochemistry and technology, new polysaccharide detection technology, new reaction equipment and instruments, biological separation process and its computer simulation, solution crystallization technology, solution theory basis, solution electromagnetic treatment technology, sonochemistry and its application, starch and starch sugar technology, starch derivatives, Modern analytical technology of starch and starch sugar, carbohydrate products science, utilization of heat energy in sugar-making process, sucrose derivatives, new research methods of sugar-making technology, clean production and environmental protection of sugar products, microbial enzymology, chromatographic separation technology, fermentation engineering technology, introduction to biochemical engineering and control, enzyme engineering, bioreactor engineering, biopharmaceutical technology, biochemical separation engineering, biological resource engineering, environmental biotechnology, animal and plant cell culture, non-aqueous biocatalysis technology, Modern leather processing theory and technology, leather cleaning technology and theory, modern leather testing technology, synthesis and application of leather chemicals, vacuum equipment and vacuum technology in light industry and negative pressure effect, thermal process of vacuum equipment in light industry, principle and design of automatic control in light industry, neural network and artificial intelligence in light industry technology.
The above courses can be divided into degree courses and non-degree courses. In addition, each training unit can also offer other courses according to the characteristics of the unit and the needs of enterprises. The total credit of the course is not less than 28 credits.
Verb (abbreviation of verb) paper
The topic of engineering master's degree thesis in the field of light industry technology and engineering should come from the actual production or have clear engineering background and application value, which has certain technical difficulty and workload. Specifically, it can be divided into: design and implementation of light industry engineering, engineering design and research and development of pulp and paper engineering, sugar engineering, fermentation engineering, leather chemistry and engineering, etc. Technical research, technical transformation, technical popularization and application in the field of light industry; Research and development of new processes, new materials, new products and new equipment in light industry; Introduction, digestion, absorption and application of advanced technologies at home and abroad; A relatively complete planning and research of engineering and technical projects or management projects; Basic research projects or pre-research projects with engineering background or engineering application prospects.
Thesis writing should fully reflect the research results of the research topic. For project design and implementation, research and development of new products and new equipment, the paper should include comparison and evaluation of design schemes, design calculations, complete drawings, or reports on design implementation results; For major technological transformation and innovation projects, the paper should evaluate the process and equipment of the original technical system, evaluate the new scheme and achievements and analyze its economic, social and environmental benefits; For the introduction, digestion, absorption and application of foreign advanced technology, the paper should have a complete introduction of the process, equipment and technical characteristics of the imported project, as well as a complete data and information analysis of debugging, improvement and successful operation during the introduction process; For the planning and research topics of engineering technology projects or management projects, the paper should comprehensively introduce and comment on the projects, give the management strategies and mathematical models adopted in project management, the results of planning and model analysis, and give an innovative management system; For applied basic research projects or pre-research projects, the paper should reflect the engineering background or application prospect of the project, give the experimental method or flow chart, and give the experimental data and theoretical analysis results.