Remote AI Training Engineer for Advanced Model Evaluation

micro1 Inc.; United States; Remote; USD 83,000 - 165,000; Part time

Job summary

micro1 Inc. is seeking Computational Engineers with prior AI-training or model-evaluation experience to support a project focused on improving advanced AI systems.

You will design realistic computational tasks and assess model outputs against clear standards. You will develop task instructions, reproducible environments, reference solutions, and evaluation criteria; evaluate code, calculations, simulations, and analyses produced by AI models.

Qualifications

• Prior paid experience training, evaluating, benchmarking, or improving AI systems on engineering or technical tasks.
• Deep expertise in at least one relevant engineering specialization.
• Strong programming or scripting ability, with Python strongly preferred.
• Hands-on experience using computational methods for engineering analysis, simulation, modeling, optimization, testing, automation, or data processing.
• Experience creating or validating technical results with clear and reproducible answers.

Responsibilities

• Create realistic computational engineering tasks that challenge advanced AI models.
• Develop task instructions, reproducible environments, reference solutions, and evaluation criteria.
• Evaluate model-generated code, calculations, simulations, designs, analyses, and technical deliverables.

Skills

AI training experience

Engineering expertise

Python

Computational methods

Reproducible results

Education

Master’s degree or PhD in engineering

Tools

Python

Job description

micro1 Inc. is seeking Computational Engineers with prior AI-training or model-evaluation experience to support a project focused on improving advanced AI systems.

You will design realistic computational tasks and assess model outputs against clear standards. You will develop task instructions, reproducible environments, reference solutions, and evaluation criteria; evaluate code, calculations, simulations, and analyses produced by AI models.