Main courses:
Data structure and algorithm, C++ programming, mathematical analysis, algebra and geometry, ordinary differential equations, numerical analysis, numerical solutions of differential equations, probability theory and mathematical statistics, operational research, information theory and coding, computer graphics, discrete mathematics.
The main employment industries are scientific research institutes, universities, large and medium-sized enterprises, banks, insurance companies, securities companies and government departments, and IT industry. The main fields of employment include information and signal processing, computer theory and application, security and maintenance of computer information system, mathematics, information and computer science education, etc. This major trains senior professionals who systematically master the basic theories, knowledge and skills of electronic information science and technology and have received scientific research and training in modern electronic information systems.
Main courses:
Electronic science and technology, computer science and technology, electronic technology foundation, digital system and logic design, microcomputer principle and application, signal and system, information theory and coding, electromagnetic field and electromagnetic wave, communication principle, information processing technology and its application.
Graduates of this major can engage in research, teaching, scientific and technological development, engineering design and management of electronic information science and technology, computer science and technology and related fields and industries. This major trains high-level talents with characteristics in optical communication technology, optical information processing and optical communication devices.
Main courses:
Physics, electronic science and technology, computer science and technology, physical optics, applied optics, electronic technology foundation, signal and system, electromagnetic field and electromagnetic wave, quantum mechanics, communication principle, laser principle and technology, photoelectric technology, optical fiber communication principle and technology.
Graduates of this major can engage in scientific research, product development, production technology, teaching and management in the fields of optical information technology and related electronic information science and computer science. This major trains advanced applied chemistry professionals with good knowledge and skills of basic modern chemistry theories, good English skills and computer application skills, and better grasp the basic principles and scientific research methods of modern chemical industry.
Main courses:
Inorganic Chemistry (English), Organic Chemistry (English), Analytical Chemistry (English), Physical Chemistry (English), Structural Chemistry, Fine Synthetic Chemistry, Polymer Chemistry, Instrumental Analysis Principles, Organic Analysis and Spectroscopy, Biochemistry, Introduction to Chemical Research Methods, Chemical Engineering Principles, Chemical Reaction Engineering, computers and applied chemistry, etc.
Graduates of this major can engage in applied chemistry research, technology development and management in universities, scientific research institutions, pharmaceutical, fine chemical and other high-tech enterprises. This major has two major directions: risk management and actuarial science, and statistical quality management. This major trains compound senior professionals who have solid basic knowledge of mathematics, economy, finance and computer, can skillfully use modern statistical methods and means to collect and analyze data, make statistical inference and prediction on data information of economy, finance and insurance market, and understand both statistical theory and practical application. Starting from the second half of 200 1, undergraduate students majoring in statistics will be enrolled; In 2008, there were four master's programs in statistics, applied mathematics, computational mathematics and quantitative economics, with more than 40 master's students.
Main courses:
Nearly 20 compulsory courses, such as basic mathematics courses (analysis, algebra, geometry), differential equations, complex variable functions and integral transformations, probability theory, mathematical statistics, modern analysis basis, stochastic process, operational research, practical regression analysis, time series analysis, multivariate statistical analysis, numerical analysis, risk management, statistical prediction and decision-making, nonparametric statistics, sampling survey, statistical calculation and experiment, Bayesian statistical analysis, etc. At the same time, it also offers many elective courses in economics application, such as macroeconomics, microeconomics, mathematical finance, finance and securities investment, financial engineering, actuarial principles, monetary banking, financial management, accounting principles and so on.
Graduates of this major can have broad employment prospects in enterprises, institutions and economic management departments. Especially with China's accession to the WTO, students' employment prospects in national and local statistical offices, statistical offices, securities, insurance, banks and industrial and commercial enterprises will be even more promising. Graduates of this major are mainly engaged in statistical analysis of data or information, practical application development research and modern management, studying marketing in enterprise marketing department or doing data analysis in chain industry. Engineering mechanics majors cultivate compound senior technical talents with solid mechanical foundation, strong computer application and software development ability, and mastering various basic theories of engineering structure analysis and calculation and computer aided design technology. There are 1 academician (* *), 17 professors, 20 associate professors, 9 doctoral supervisors and 16 postdoctoral fellows in the Department of Engineering Structure and Mechanics where this major is located. This discipline has 1 one doctoral program in mechanics, four doctoral programs in general mechanics and mechanical foundation, solid mechanics, fluid mechanics and engineering mechanics, four postdoctoral mobile stations 1 one in first discipline and four master programs. Among them, solid mechanics is a provincial key discipline. The discipline of mechanics has formed six academic echelons, mainly doctoral supervisors and young doctors. The main research directions are: mechanical foundation and material design of new composite technology, intelligent materials and structures, composite mechanics, computational solid mechanics, and engineering structure dynamics.
Main courses:
Mechanics courses: theoretical mechanics, material mechanics, structural mechanics, fluid mechanics, vibration mechanics, experimental mechanics, elastic mechanics, computational mechanics, etc.
Computer software courses: software engineering, data structure, computer algorithm language and programming, computer aided design, database principle and application, finite element analysis and application, etc.
Structural engineering courses: reinforced concrete structure, steel structure, high-rise building structure, soil mechanics and foundation engineering, structural experimental technology, structural design CAD, road and bridge engineering structure, etc.
Composite structure category: composite science, composite mechanics and structural design, composite technology and equipment, etc.
After graduation, students can engage in technical work in aerospace, materials, civil engineering, water conservancy, machinery, transportation, energy, chemical industry, national defense and other fields, such as software development, computer simulation, building structure design and construction, composite material structure design and engineering, etc. This major focuses on cultivating interdisciplinary talents, taking the principle of strengthening the basic theories of mathematics, physics and chemistry, and focusing on the combination of biology and materials science, so that students can master the basic theories, knowledge and methods of biotechnology, understand the cross fields and frontiers of life science and materials science, and initially have the ability to engage in scientific research, solve practical problems, design, development and production management of related products in the field of biotechnology.
Main courses:
Microbiology, cell biology, genetics, biochemistry, molecular biology, genetic engineering, cell engineering, microbial engineering, biochemical engineering, downstream technology of bioengineering, fermentation engineering equipment, immunology and immune detection technology, animal physiology and supporting experiments or comprehensive technical experiments of almost all the above courses.
Graduates of this major can engage in scientific research or teaching in scientific research institutions or institutions of higher learning, and can engage in applied research, technology development, production management and administrative management related to biotechnology in enterprises, institutions and administrative departments in industries such as industry, medicine, food, agriculture, forestry, animal husbandry and fishery, environmental protection, gardening, daily chemical and so on.