Average IQ for Electrical Engineering Majors
Average IQ Range
120–130
IQ Classification
Superior range
Overview
Electrical engineering is widely regarded as the most mathematically demanding engineering discipline. Core coursework in circuit theory, electromagnetic fields, signals and systems, and control theory requires not just calculus proficiency but genuine abstract mathematical reasoning — including complex variables, differential equations, and Fourier analysis. The field spans an enormous range from microelectronics design to power systems to communication engineering. Graduate programs in EE at top schools are among the most selective quantitative programs in higher education.
To understand what these IQ ranges mean, see our complete IQ score ranges guide. You can also check where specific scores fall: Is 125 IQ Good?
SAT & GRE Correlation
Electrical engineering majors average among the highest GRE Quantitative scores of any engineering discipline, typically 160–165 out of 170. The field requires mastery of abstract concepts in circuit theory, electromagnetic fields, and signal processing that demand strong mathematical intuition. SAT Math scores for admitted EE students at top programs typically exceed 770.
For more on how standardized test scores relate to IQ, see our SAT to IQ conversion guide and GRE to IQ conversion guide.
Top Programs
- MIT
- Stanford
- Caltech
- Carnegie Mellon
Career Paths
- Electrical Engineer
- Hardware Engineer
- RF Engineer
- Power Systems Engineer
Curious how these careers compare? See our full IQ by career chart.
How Does Electrical Engineering Compare to Other Majors?
| Major | Average IQ Range |
|---|---|
| Electrical Engineering | 120–130 |
| Computer Science | 120–130 |
| Physics | 128–135 |
| Mathematics | 125–135 |
Frequently Asked Questions
What is the average IQ of an electrical engineering major?
Electrical engineering majors are estimated to average IQ scores of 120–130, among the highest of any engineering discipline. The field requires mastery of highly abstract mathematical concepts including complex analysis, differential equations, and Fourier methods alongside strong physical intuition. EE consistently ranks among the most demanding engineering programs on both quantitative GRE scores and academic difficulty.
Why is electrical engineering considered the hardest engineering major?
Electrical engineering deals with invisible phenomena — electromagnetic fields, electron behavior, signal propagation — that require abstract mathematical models because they cannot be directly observed. Circuit theory and signals and systems require mathematical sophistication beyond what most engineering disciplines demand. The gap between intuitive understanding and rigorous mathematical formulation is particularly large in EE.
What is the difference between electrical engineering and computer engineering?
Computer engineering focuses on the interface between hardware and software — computer architecture, embedded systems, digital design, and VLSI. Electrical engineering is broader, encompassing power systems, communications, electromagnetics, and control theory in addition to digital electronics. Both are highly demanding; computer engineering has become more software-focused while EE retains more physics-intensive content.
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MyIQScores Editorial Team
Researchers in cognitive psychology, psychometrics & educational science
Last updated
May 10, 2026
All content on MyIQScores is reviewed for scientific accuracy against peer-reviewed research in cognitive psychology and psychometrics. Our editorial team cross-references each article with published literature before publication and updates pages whenever new research warrants a revision.