Electrical Engineer - AI Response Evaluator (Remote, Part-Time)

OpenTrain AI; Northern (KY); On-site; USD 55,000 - 138,000; Part time

Benefits offered by this job

Remote work

Part-time

Competitive hourly pay

Job summary

OpenTrain AI seeks an Electrical Engineering AI Response Evaluator to assess AI-generated answers, prompts, explanations, and calculations. You will judge technical accuracy, logical soundness, completeness, clarity, safety, and practical feasibility across a wide range of electrical engineering topics.

The work may cover circuit design and analysis, power systems, power electronics, controls, embedded and digital systems, EMI and EMC, electrical safety, testing, and troubleshooting.

Qualifications

• Bachelor’s degree in electrical engineering or a closely related discipline.
• At least four years of professional electrical engineering experience.
• Ability to communicate clear written reasoning.
• Experience in circuits, power systems, power electronics, controls, and embedded systems.

Responsibilities

• Review step-by-step engineering solutions and identify factual errors.
• Check calculations, assumptions, units, constraints, and modeling choices.
• Identify unsafe recommendations, invalid modeling, missing constraints, and incomplete reasoning.
• Assess responses about circuits, power design, controls, embedded systems, noise, protection, and troubleshooting.
• Provide structured written feedback on accuracy, clarity, safety, and practical feasibility.

Skills

Circuit analysis

Power systems

Power electronics

Controls

Embedded systems

RF

Signal processing

Instrumentation

Automation

Electronics testing

Education

Bachelor’s degree in electrical engineering or a closely related discipline

Tools

Schematics, SPICE, MATLAB/Simulink

PCB design, oscilloscopes, logic analyzers

Job description

OpenTrain AI seeks an Electrical Engineering AI Response Evaluator to assess AI-generated answers, prompts, explanations, and calculations. You will judge technical accuracy, logical soundness, completeness, clarity, safety, and practical feasibility across a wide range of electrical engineering topics.

The work may cover circuit design and analysis, power systems, power electronics, controls, embedded and digital systems, EMI and EMC, electrical safety, testing, and troubleshooting.