SUMMARY
The discussion centers on the educational path for obtaining a Bachelor of Science in Electrical Engineering (BSEE) with a concentration in microelectronics at the University of Central Florida. Participants emphasize the importance of a BSEE for versatility in the job market, particularly in fields like circuit design for motherboards and microprocessors. Key courses recommended for this concentration include Device Electronics for IC, CMOS Analog and Digital IC Design, Semiconductor Device Modeling & Simulation, and Fabrication of Solid State Devices. The consensus is that while a microelectronics concentration is beneficial, it may limit elective options in the senior year, which could impact broader learning opportunities.
PREREQUISITES
- Understanding of Electrical Engineering principles
- Familiarity with microelectronics concepts
- Knowledge of circuit design fundamentals
- Basic programming skills relevant to Computer Engineering
NEXT STEPS
- Research the specific BSEE curriculum at the University of Central Florida
- Explore the differences between Electrical Engineering and Computer Engineering degrees
- Learn about the job market for Electrical Engineers versus Computer Engineers
- Investigate summer course options to stay on track for graduation
USEFUL FOR
High school students aspiring to major in Electrical Engineering, current undergraduate students considering a concentration in microelectronics, and professionals seeking insights into the educational requirements for circuit design roles in the tech industry.