SUMMARY
The discussion focuses on transitioning to a Master's in Electrical Engineering (EE) from a physics background through self-study. Key areas of EE mentioned include optics and lasers, power distribution systems, micro-fabrication, integrated circuit design, and control theory. Participants emphasize the importance of selecting suitable textbooks based on specific interests within these fields. Practical labs and projects are highlighted as essential components of the typical EE curriculum.
PREREQUISITES
- Understanding of basic electrical engineering concepts
- Familiarity with optics and laser technology
- Knowledge of micro-fabrication techniques
- Fundamentals of control theory
NEXT STEPS
- Research recommended textbooks for optics and lasers in EE
- Explore resources on micro-fabrication and nanotechnology
- Study integrated circuit design principles and tools
- Investigate practical lab projects related to power distribution systems
USEFUL FOR
This discussion is beneficial for physics graduates, aspiring electrical engineers, and anyone interested in self-studying electrical engineering concepts and applications.