1. Engineering: including electronic engineering, mechanical engineering and civil engineering. These majors need a solid foundation in mathematics and physics for design and analysis.
2. Computer Science: Although this field focuses more on programming and application, knowledge of mathematics and physics is very important for understanding algorithms and data structures.
3. Physics: If you are particularly interested in theoretical physics, you can choose physics as your major. This major will deeply study the principles behind natural phenomena and cultivate the ability to solve complex problems.
4. Data science: This field combines mathematics, statistics and computer science, and needs to model and analyze data. The background of mathematics and physics is very helpful to understand the laws behind the data.
5. Financial Engineering/Quantitative Finance: This field needs to model and predict the financial market, and knowledge of mathematics and physics plays a key role here.
6. Materials Science and Engineering: This field studies the synthesis, properties and applications of materials, and knowledge of mathematics and physics is very important for understanding and optimizing the properties of materials.
The final choice of major depends on your interests and career goals. When choosing, you can consult the opinions of students, professors or industry experts to understand the curriculum, employment prospects and development direction of each major.