Computer majors mainly study programming and need to master mathematical thinking, not trigonometric functions, analytic geometry, Pythagoras theorem, Lagrange, Maxwell equations and so on. So, if you don't like word games, you don't need to do well in math.
Computer science and technology is an undergraduate major in colleges and universities, which belongs to computer major. The basic study period is four years, and the bachelor's degree in engineering or science is awarded. 20 12 September, the Ministry of Education replaced the two old majors of computer science and technology and simulation science and technology with new ones.
Computer science and technology is a wide-caliber specialty in computer science, taking into account computer systems and networks. It aims to cultivate senior engineering and technical talents with good scientific literacy, independent learning consciousness and innovation consciousness, and the combination of science and engineering.
Master the knowledge of mathematics (especially discrete mathematics), natural science, economics and management required by this major. Systematically master professional basic theoretical knowledge and professional knowledge, experience systematic professional practice, understand the basic concepts, knowledge structure and typical methods of computing discipline, and establish core professional consciousness such as digitalization, algorithm, modularization and hierarchy.
Training objectives
Cultivate good morality and self-cultivation, abide by laws and regulations, have social and environmental awareness, master basic knowledge of mathematics and natural sciences, and basic theories, basic knowledge, basic skills and basic methods related to computing systems, have scientific thinking ability including computing thinking, and have the ability to design computing solutions and realize systems based on computing principles.
High-quality professional and technical personnel who can express clearly, play an effective role in the team, have good comprehensive quality, can expand their abilities through continuing education or other lifelong learning, understand and keep up with the development of disciplines and specialties, and have employment competitiveness in the research, development, deployment and application of computing systems and other related fields.