1, enhancing the practical application of mathematics. Mathematical modeling is an important means to connect mathematical theory with practical problems. By studying mathematical modeling, students can better understand and master mathematical knowledge and methods and apply them to solving practical problems.

2. Improve the ability of scientific research and innovation. In the stage of higher education, the ability of scientific research and innovation is one of the important qualities. The study of mathematical modeling can cultivate students' scientific research consciousness and scientific literacy, improve students' research and innovation ability, and lay a good foundation for future study and work.

3. Enhance employment competitiveness. In modern economy and society, more and more attention has been paid to the work related to mathematical modeling. Learning mathematical modeling can provide students with more employment choices and development opportunities, and enhance their competitiveness and career development prospects.

4. Strengthen the intersection and integration with other disciplines. Mathematical modeling involves related knowledge and practical skills in many disciplines and fields. In the process of learning mathematical modeling, students can deeply understand the knowledge and methods of other disciplines and fields, and increase their interdisciplinary and comprehensive abilities.