Other
Electrical Engineer
Based on 10 assessments · 1 from real users
28%
Moderate risk
Average realistic automation risk across all Electrical Engineer profiles in the dataset.
Score spread
Distribution across 10 profiles.
Middle half of Electrical Engineers score between 25% and 30%.
0%
50%
100%
Task breakdown by work type
Done entirely on a computer. High AI exposure — these tasks are already in the automation zone.
Physical sensing, digital output — e.g. interviewing someone then writing a report. Partially protected.
Computer input, real-world output — needs someone to act on it, not just software.
No computer required. Furthest from automation — the strongest human advantage.
Typical tasks
3 synthetic profiles for a Electrical Engineer, ordered by automation exposure.
Tab between them to see how task mix drives the score difference.
Collaborate with cross-functional teams (mechanical, software, manufacturing) in meetings and design reviews
deep expertise
social core
22%
AA
0%
Review and analyze test data, measurement results, and performance metrics from prototypes or deployed systems
17%
DD
48%
Design electrical circuits and systems using CAD software (schematics, layouts, simulations)
deep expertise
social element
13%
DD
21%
Review vendor datasheets, select components, and manage supplier communications for procurement
deep expertise
social element
12%
DD
29%
Troubleshoot hardware failures and electrical problems on test benches or in the field
deep expertise
social element
12%
AD
18%
Conduct hands-on lab work: component testing, breadboarding, soldering, and equipment calibration
deep expertise
11%
AA
0%
Write technical documentation, reports, and specifications for designs and compliance
10%
DD
48%
Review and analyze test data, measurement results, and performance metrics from prototypes or deployed systems
18%
DD
57%
Collaborate with cross-functional teams (mechanical, software, manufacturing) in meetings and design reviews
deep expertise
social core
17%
AA
0%
Conduct hands-on lab work: component testing, breadboarding, soldering, and equipment calibration
deep expertise
15%
AA
0%
Design electrical circuits and systems using CAD software (schematics, layouts, simulations)
deep expertise
social element
15%
DD
31%
Troubleshoot hardware failures and electrical problems on test benches or in the field
deep expertise
social element
14%
AD
17%
Review vendor datasheets, select components, and manage supplier communications for procurement
13%
DD
46%
Write technical documentation, reports, and specifications for designs and compliance
4%
DD
48%
Review and analyze test data, measurement results, and performance metrics from prototypes or deployed systems
20%
DD
51%
Design electrical circuits and systems using CAD software (schematics, layouts, simulations)
19%
DD
52%
Collaborate with cross-functional teams (mechanical, software, manufacturing) in meetings and design reviews
deep expertise
social core
14%
AA
8%
Review vendor datasheets, select components, and manage supplier communications for procurement
13%
DD
47%
Conduct hands-on lab work: component testing, breadboarding, soldering, and equipment calibration
deep expertise
11%
AA
6%
Troubleshoot hardware failures and electrical problems on test benches or in the field
deep expertise
social element
10%
AD
19%
Write technical documentation, reports, and specifications for designs and compliance
9%
DD
54%
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