1. Learn basic concepts and theories: master the basic concepts, methods and theories of mathematical modeling, such as linear algebra, calculus, probability theory, optimization, etc. These basic knowledge will lay a solid foundation for your modeling work.
2. Reading classic papers and cases: By reading classic papers and cases of mathematical modeling, we can understand different modeling methods and skills. This will help you broaden your horizons and understand the modeling problems in practical applications.
3. Do more exercises: accumulate practical experience by participating in mathematical modeling competitions or carrying out practical projects in class. This will help to improve your modeling skills and ability to deal with practical problems.
4. Learn to use mathematical modeling tools: master commonly used mathematical modeling software, such as MATLAB and Python. These tools will help you to model and solve more effectively.
5. Cultivate abstract thinking ability: Mathematical modeling requires strong abstract thinking ability and can extract mathematical models from practical problems. By studying logic, philosophy and other related courses, I can improve my abstract thinking ability.
6. Learn to work as a team: Mathematical modeling usually needs to be done in cooperation with others. Learning to communicate and cooperate with others to solve problems together is an important way to improve the thinking ability of mathematical modeling.
7. Cultivate innovative consciousness: when solving practical problems, try to find new modeling methods and technologies and innovate constantly. This will help to improve your thinking ability and your ability to deal with complex problems.
8. Learn to reflect and summarize: After completing a modeling project, seriously reflect on your own gains and losses in the modeling process and sum up experiences and lessons. This will help you avoid repeating the same mistakes in future modeling work and constantly improve your ability.