1. engineering technology: in engineering design, construction and management, mathematical modeling can be used to optimize the design scheme, predict the project cost and progress, and evaluate the project risk.
2. Economic management: In economic forecasting, market analysis and investment decision-making, mathematical modeling can be used to establish economic models to analyze and predict economic phenomena.
3. Biomedicine: In terms of disease diagnosis, drug design, genetic research, etc., mathematical modeling can be used to establish biomedical models to analyze and predict biomedical phenomena.
4. Environmental science: In terms of environmental protection, climate change, disaster warning, etc., mathematical modeling can be used to establish environmental science models to analyze and predict environmental phenomena.
5. Social science: in social investigation, policy evaluation, population forecast, etc. Mathematical modeling can be used to build social science models, analyze and predict social phenomena.
6. Traffic: In terms of traffic planning, traffic flow control, traffic safety, etc., mathematical modeling can be used to establish traffic models to analyze and predict traffic phenomena.
7. Agricultural science: Mathematical modeling can be used to establish agricultural scientific models, analyze and predict agricultural phenomena in crop growth, pest control and agricultural resource management.
Generally speaking, mathematical modeling is a powerful tool, which can be applied to solve various practical problems.