SUMMARY
The transition from a mathematics degree to electrical engineering (EE) is challenging, particularly when pursuing a master's degree in EE without prior coursework in the field. Admission to graduate programs typically favors candidates with engineering degrees, necessitating additional technical courses for math graduates. While pursuing a second bachelor's degree in EE can provide a solid foundation, it may be viewed as time-consuming. Competency courses, ranging from three to seven, are often required to bridge knowledge gaps, especially in applied areas of EE.
PREREQUISITES
- Understanding of electrical engineering fundamentals
- Familiarity with competency courses required for engineering programs
- Knowledge of the differences between a BSc in Mathematics and a BEng in Electrical Engineering
- Awareness of the licensing requirements for engineers in various regions
NEXT STEPS
- Research the specific competency courses required for transitioning from a math degree to an EE master's program
- Explore the curriculum of accredited electrical engineering bachelor's programs
- Investigate the licensing requirements for engineers in your region
- Learn about areas of electrical engineering that overlap with mathematics, such as signal processing
USEFUL FOR
Individuals with a mathematics background considering a career in electrical engineering, academic advisors, and students exploring interdisciplinary studies between mathematics and engineering.