1. Strengthen mathematical concepts and skills: Programming involves many mathematical concepts, such as variables, functions, conditional statements, loops, etc. Through programming, students can apply this concept and turn it into a solution to practical problems. Programming can also help students deepen their understanding of mathematical concepts, such as algorithms, logic and numerical operations. Through programming practice, students can better understand and apply mathematical knowledge and improve their mathematical skills.

2. Cultivate the ability to solve problems: Programming is a problem-solving process, which requires students to use logical thinking and analytical skills to design and implement codes. This problem-solving ability is closely related to mathematics, which is also a problem-solving discipline. Through programming, students can cultivate the ability to solve problems, including analyzing problems, making solutions, debugging and optimizing codes.