SUMMARY
The discussion centers on career options for physics majors, particularly those considering medical school or advanced degrees. A participant highlights their experience as an engineer in a failure analysis company, utilizing tools such as SEM-EDX, atomic force microscopy (AFM), Fourier transform infrared (FT-IR), and scanning probe microscopy (SPM). They suggest alternative career paths in nanotechnology research or engineering fields, including materials engineering and manufacturing. The conversation emphasizes the versatility of a physics degree in various scientific and engineering roles.
PREREQUISITES
- Understanding of microscopy techniques, specifically SEM-EDX and AFM
- Familiarity with materials engineering concepts
- Knowledge of nanotechnology research methodologies
- Basic principles of failure analysis in engineering contexts
NEXT STEPS
- Research career opportunities in materials engineering
- Explore advanced microscopy techniques such as SPM and FT-IR
- Investigate the field of nanotechnology and its applications
- Learn about failure analysis processes and methodologies
USEFUL FOR
Physics students, aspiring engineers, and professionals considering careers in medical school, materials engineering, or nanotechnology research.