Remote AI-Driven Electronics Engineer & Model Evaluator

DataAnnotation; Delaware; Remote; USD 55,000 - 172,000; Full time

Job summary

DataAnnotation seeks an experienced Electrical Engineer to evaluate how frontier AI models handle real electrical and electronics engineering tasks. You bring judgment from years of hardware design, debugging, and shipping, shaping the next generation of engineering tools.

The role focuses on creating realistic circuits, control loops, and power stages, and evaluating model outputs against professional standards with evidence-based reasoning.

Qualifications

• 2+ years of industry experience in circuit or electronics engineering.
• Bachelor’s degree in electrical engineering or related discipline preferred but not required.
• Fluency in English (native or bilingual level).
• Ability to articulate why an answer is wrong, not only that it is.
• Experience with AI tools or willingness to learn quickly.

Responsibilities

• Design challenging, realistic engineering problems for AI evaluation.
• Run problems through frontier AI models and judge against standards.
• Compare two model versions on identical prompts and assess performance.
• Critique model-generated derivations, schematics, component selections, and calculations with written rationale.
• Flag concrete failures with evidence: incorrect assumptions, sign errors, or unphysical results.

Skills

Circuit design

RF & mixed-signal

Hardware engineering judgment

Analytical problem solving

Education

Bachelor's degree in EE or related field

Tools

SPICE/simulation

EDA tools

Python

Job description

DataAnnotation seeks an experienced Electrical Engineer to evaluate how frontier AI models handle real electrical and electronics engineering tasks. You bring judgment from years of hardware design, debugging, and shipping, shaping the next generation of engineering tools.

The role focuses on creating realistic circuits, control loops, and power stages, and evaluating model outputs against professional standards with evidence-based reasoning.