SUMMARY
For physics majors planning to enter graduate school, the choice between extra math courses and programming/computer science courses hinges on specific research goals. While many students opt for electives in mathematics or electrical engineering, those focused on experimental solid-state physics should prioritize materials science and engineering electives. Additional math may be necessary depending on the physics program's requirements, but acquiring programming skills is essential, as it equips students with unique competencies that enhance their research capabilities.
PREREQUISITES
- Understanding of core physics concepts and requirements
- Familiarity with materials science and engineering principles
- Basic knowledge of programming and computer science
- Awareness of elective course structures in undergraduate physics programs
NEXT STEPS
- Research the curriculum requirements for graduate programs in experimental solid-state physics
- Explore materials science and engineering electives relevant to physics research
- Learn programming languages commonly used in physics research, such as Python or MATLAB
- Investigate the benefits of minoring in computer science versus mathematics for physics majors
USEFUL FOR
Physics majors considering graduate school, undergraduate students evaluating elective courses, and anyone interested in enhancing their research skills through programming and computer science knowledge.