Circuit principle, analog electronic technology, digital logic, digital analysis, computer principle, microcomputer technology, computer system structure, computer network, high-level language, assembly language, data structure, operating system, compilation principle, system analysis and control, signal processing principle, communication principle.
Major professional experiments
Programming and debugging, electronic circuit, digital logic, microcomputer interface technology, computer composition, etc.
award a degree
Bachelor of engineering or science.
Computer science and technology (normal class)
Training objectives
Cultivate teachers and other educators who master the basic theory, knowledge, skills and methods of computer science and technology, including computer hardware, software and applications, can skillfully design programs and use database technology, network technology and multimedia technology to solve practical problems, have good quality of teaching and educating people, and can carry out computer education in colleges and secondary schools.
Major disciplines
Computer science and technology.
main course
Discrete mathematics, data structure, high-level language programming, operating system, database principle, computer communication and network, computer composition principle, etc.
Major professional experiments
Program design and computer debugging, electronic circuit foundation, microcomputer interface technology, computer composition, database, network and multimedia technology.
Source: School of Computer Science and Technology Author: School of Computer Science and Technology [font: large, medium and small]
This major trains high-level professionals with innovative spirit and practical ability to adapt to the development of computer science and technology in the 2 1 century and the actual needs of national and social development and progress. Graduates are suitable for scientific research and teaching in scientific research departments and high and secondary schools; Suitable for ICT industry, important departments and related units in similar disciplines to engage in computer science and technology development, research, application and management; You can continue to study for a master's degree in computer science and technology and related disciplines.
A, professional characteristics and training requirements:
Train students to have good scientific literacy and cultural literacy, and master the basic knowledge of computer science and technology completely, so that students can not only understand the system, but also apply it; Have a solid theoretical foundation and strong application ability; It can not only undertake the development of practical systems, but also carry out scientific research.
Graduates should have the following knowledge and abilities:
1, systematically and better grasp the public basic knowledge of science and engineering, better grasp the basic theoretical knowledge of this discipline, such as basic concepts, basic principles, basic methods, basic technologies, etc., integrate theory with practice, and accept good basic training in scientific thinking and scientific experiments;
2. Graduates should have a preliminary understanding of the knowledge organization structure, discipline form, typical methods, core concepts and basic workflow methods, the current situation and future development trend of the whole discipline, master the core basic knowledge of computer science and technology at the undergraduate level and the professional basic knowledge in a certain professional direction, and provide a solid professional knowledge base for future general teaching, research, application development or further study in the field of computer science and technology;
3. Graduates should initially have the ability to further master the core basic knowledge of this discipline and the basic knowledge of a specific direction, and initially have the ability to make basic estimates on the feasibility of ideas, methods, technologies and engineering technical routes proposed by general computer science and technology projects;
4. It has strong working adaptability and can meet the requirements of the rapid development of computing science and technology.
Second, the professional direction:
A: computer information processing B: computer control technology C: graphics and visualization technology D: information security technology
Main disciplines: electronic science, structural mathematics, computer science and technology.
Fourth, the main courses:
Circuit, electronic technology, discrete mathematics, digital circuit and logic, computer composition principle, data structure and algorithm analysis, compilation principle, operating system, network and communication, computer system structure, C++ programming, signal processing principle, microcomputer system and interface technology, software engineering, database system foundation, etc.
Verb (abbreviation of verb) teaching process;
1. required courses: see table 1 for public basic courses and excellent courses of economics and management in humanities and social sciences, and table 2 for technical basic courses and professional platform courses.
2. Elective courses: see Table 3 for limited elective courses (specialized courses) and elective courses.
3. Practical teaching links: See Table 4.
4. Distribution of total weeks: See Table 5.
5. Education: See Table 6.
Six, academic system: four years
This major has the right to grant master's degrees in computer application technology, computer software and theory, and computer technology engineering.