SUMMARY
The discussion clarifies the distinctions between Electrical Engineering (EE) and Electrical Engineering Technology (EET). EE focuses on the application of scientific principles to solve complex engineering problems, requiring extensive coursework in higher mathematics, including calculus and differential equations. In contrast, EET emphasizes practical applications and techniques, often requiring less rigorous mathematical training. Graduates with an EET degree may face perceptions of inferiority compared to their EE counterparts, despite the technical competencies they possess.
PREREQUISITES
- Understanding of Electrical Engineering principles and applications
- Familiarity with Electrical Engineering Technology curriculum
- Knowledge of advanced mathematics, including calculus and differential equations
- Awareness of industry perceptions regarding engineering degrees
NEXT STEPS
- Research the curriculum differences between EE and EET programs at various universities
- Explore the role of advanced mathematics in engineering problem-solving
- Investigate industry perceptions and hiring practices for EE vs. EET graduates
- Learn about specific applications of Electrical Engineering principles in real-world scenarios
USEFUL FOR
Students considering a career in electrical engineering, current EET and EE graduates, and industry recruiters looking to understand the competencies of candidates from both disciplines.