1, Mathematics and Applied Mathematics: Mathematics is a subject that studies concepts such as number, structure, change and space. It involves logical reasoning, proof methods, number theory, algebra, geometry, calculus, probability theory, statistics and other fields. Applied mathematics is a subject that applies mathematical theories, methods and skills to solve practical problems.
2. Information and Computing Science: Information science studies the generation, transmission, storage, processing and application of information. It involves many subjects, such as computer science, electronic engineering, mathematics, statistics and communication technology. Computational science is the study of computing and computer systems. It includes computer science, computer engineering and computer application.
3. Statistics: Statistics can be divided into two main directions: descriptive statistics and inferential statistics. Descriptive statistics focus on summarizing, analyzing and displaying existing data. Inference statistics carries out statistical inference and hypothesis testing by inferring the overall characteristics from the sample data.
Characteristics of Science Experimental Class in Nanjing University
1. High-quality educational resources: Nanjing University, as a domestic high-level research university, is rich in educational resources and strong in teachers. Students in the science experimental class can enjoy the first-class teaching resources and scientific research environment of Nanjing University, and get in touch with the cutting-edge subject knowledge and scientific research achievements.
2. Highlight the cultivation of scientific research ability: Science experimental classes focus on cultivating students' scientific research ability and innovative consciousness. By offering topics such as introduction to scientific research and discussion, students are guided to actively participate in scientific research activities and cultivate their independent thinking, problem-solving and innovation abilities.
3. Individualized education: The enrollment of science experimental classes is usually relatively small, which enables teachers to pay more attention to the individualized needs and development direction of students. Teachers will give students more guidance and attention to help them better develop their potential.
4. Strengthen practical ability: Science experimental class pays attention to practical teaching, and improves students' practical ability and hands-on operation ability through experiments, internships and scientific research projects. Students will have more opportunities to solve problems and apply what they have learned.
5. Comprehensive quality training: In addition to professional knowledge and scientific research ability, the science experimental class also pays attention to the comprehensive quality training of students, including scientific literacy, humanistic literacy, teamwork and leadership ability. Students will receive all-round training and become outstanding talents with a sense of social responsibility and all-round development.