The training objective is to train students to master the basic theory and professional knowledge of information acquisition, processing and transmission, receive the basic training of electronic and information engineering practice, have the basic ability of analysis, design, development and application of electronic circuits, embedded systems and information systems, and be competent for senior information engineering and technical personnel engaged in design, manufacturing, research and application development in the fields of electronic equipment, information systems, network systems and communication systems.
Main courses include low-frequency electronic circuit, high-frequency electronic circuit, digital logic, assembly language, signal and system, digital signal processing, data communication principle, microcomputer principle and interface technology, embedded system, computer network, program-controlled exchange, electromagnetic field theory, etc.
Training effect: The talents of this major have accurate positioning and distinctive features, which are suitable for social needs. Graduates have a good employment level and a high employment rate. The talents trained in this major are adaptable to a wide range of engineering technologies, have strong practical ability and are quick at work. They are mainly employed by telecommunications departments, information industry departments, enterprises and institutions and related companies, and are also suitable for employment in enterprises, institutions, scientific research institutions and administrative departments related to other information industries, engaged in the research, design, manufacture, application and development of various electronic equipment, information systems, network systems and communication systems. Training objective: To train professionals who have mastered the theory, methods and application knowledge of computer science and technology, received systematic practical training in this field, and have a good foreign language foundation, and can engage in computer science, technology and its application in related fields. This major has established a "2+2" cooperative training mode with Dalhousie University in Canada. After two years of study at school, students can choose to study at Dalhousie University in Canada in the next two years if their family economic conditions permit and English meets the requirements of Canadian entrance. Those who pass the exam can obtain both our school and Dalhousie University in Canada.
The main courses are advanced mathematics, English, principles of computer organization, computer system structure, discrete mathematics, assembly language, programming basis, object-oriented programming, computer network, operating system, data structure, compilation principle, database principle and application.
training effect: the training orientation of talents in this major is accurate, with distinctive features, and the graduates have a good employment level and a high employment rate. This major has a wide range of social needs, and graduates are suitable for employment in enterprises, education, scientific research and administrative departments and units related to information technology, and engaged in computer-related research, teaching, design and application development. Training Objective To train high-quality software engineering professionals who take computer application software development as their basic skills, have solid basic theoretical knowledge and strong hands-on ability, have preliminary experience in software development practice and project organization, have team spirit and competitive spirit, and can adapt to technological progress and rapid changes in social needs. This major has established a "2+2" cooperative training mode with Dalhousie University in Canada. After two years of study at school, students can choose to study at Dalhousie University in Canada in the next two years if their family economic conditions permit and English meets the requirements of Canadian entrance. Those who pass the exam can obtain both our school and Dalhousie University in Canada.
Main courses include advanced mathematics, English, discrete mathematics, programming basics, object-oriented programming, data structure, operating system, database principle, software project management, introduction to software engineering, software code development technology, software design and architecture, software quality assurance and testing, etc.
The graduates with good training results have a high employment rate, and are suitable to engage in the analysis, design, development, testing, maintenance and management of software projects in well-known IT enterprises inside and outside the province. They can also engage in computer teaching, scientific research and application system development in scientific research departments, educational institutions, institutions and administrative departments. The training goal is to cultivate high-quality talents who have a good mathematical foundation and mathematical thinking ability, master the basic theories and knowledge of information science and computing science, have received preliminary training in scientific research, can apply mathematical theory to information processing, scientific calculation, software development, and apply mathematical methods to establish models, realize the basic ability of information collection and processing, and are qualified for computer information system software design and development, algorithm research and other aspects. This major has established a "2+2" cooperative training mode with Dalhousie University in Canada. After two years of study at school, students can choose to study at Dalhousie University in Canada in the next two years if their family economic conditions permit and English meets the requirements of Canadian entrance. Those who pass the exam can obtain both our school and Dalhousie University in Canada.
Main courses include mathematical analysis, advanced algebra, spatial analytic geometry, probability theory and mathematical statistics, ordinary differential equations, discrete mathematics, numerical analysis, information theory and coding, information system design and analysis, data structure, and programming basis.
The employment rate of graduates with training effect is high, and graduates are suitable to engage in the research, design, application and software development and management of various computer information systems in various institutions, scientific research units and economic management departments. Some graduates trained in this major are engaged in software development and maintenance in banks, telecommunications and other departments, some are engaged in product design and development in IT enterprises and software companies, and some students have obtained master's degrees in computational mathematics, information processing and financial management. The training goal is to master the basic theory, knowledge and skills of mathematical science, receive the preliminary training of scientific research, have the preliminary knowledge of finance and economic management, have the ability of data analysis and processing, mathematical modeling, computer programming and software application development, be able to skillfully use mathematical knowledge and computer technology to solve practical problems, be able to find employment in various enterprises, institutions, financial and economic departments, engage in business expansion, management, application and research and development, and also engage in education departments.
Main courses include mathematical analysis, advanced algebra, analytic geometry, ordinary differential equations, probability theory and mathematical statistics, real variable function, complex variable function, modern algebra, programming basis, mathematical model, operational research, numerical analysis, data structure, interest theory, actuarial mathematics, economics, etc.
training effect in recent years, the employment rate of undergraduate students majoring in mathematics and applied mathematics has reached more than 91%, mainly in various enterprises, institutions and financial and economic departments, engaged in business expansion, management, application and research and development, and also engaged in teaching, management and research in the education department. In addition, there are students who have obtained master's degrees inside and outside the school and continue their studies. In recent years, students majoring in this major have taken postgraduate courses in Nanjing University, Shanghai University of Finance and Economics, Operations Research and Cybernetics, Nankai University, Hunan University, Xiamen University, Fuzhou University, Computer Science, Fujian Normal University, etc. Training Objective To train practical talents of computer network engineering with solid foundation, wide knowledge, strong ability, high quality and realistic and innovative spirit, who can master the basic theory, professional knowledge and basic skills of computer network system application, design, development, research and application, and meet the needs of economic construction and social development in the 21th century. This major has established a "2+2" cooperative training mode with Dalhousie University in Canada. After two years of study at school, students can choose to study at Dalhousie University in Canada in the next two years if their family economic conditions permit and English meets the requirements of Canadian entrance. Those who pass the exam can obtain both our school and Dalhousie University in Canada.
Main courses include advanced mathematics, circuit principle, programming foundation, low-frequency electronic circuit, digital logic, assembly language, data structure, object-oriented programming, discrete mathematics, database principle, operating system, software engineering, modern communication principle, computer network basic principle, local area network and networking engineering, network engineering principle, computer network management, etc.
The graduates with training effect are suitable for employment in various enterprises, institutions, scientific research institutions and administrative departments at all levels, and can engage in theoretical research on computer networks, communication networks and computer network systems, as well as planning, design, analysis, development, management and maintenance of application systems.