Military Weapons Systems Scenario Evaluator

The work

You will evaluate AI-generated scenarios involving air defense, missile systems, naval weapons, and tactical aviation. You will assess whether operational decisions, mission procedures, and tactical reasoning are realistic.

You will identify unrealistic assumptions, technical inaccuracies, and operational errors, then write clear feedback explaining the relevant military concepts and the basis for your assessment.

• Review weapons employment decisions and military operational procedures.
• Assess scenarios for accuracy and operational realism.
• Check alignment with Rules of Engagement and the Law of Armed Conflict.
• Evaluate scenarios involving air defense, missile operations, naval combat systems, and tactical aviation.
• Explain complex technical and military concepts clearly in writing.

What it pays and takes

This is a remote, part-time contractor role for candidates with practical weapons systems experience and strong written communication skills.

• Pay: $40 to $80 per hour.
• Work type: Remote contract work with part-time availability.
• Location: Open to candidates in the countries specified for this role.
• Language: Fluent in English.
• Experience level: Entry level.
• Required: Current or former military weapons systems operator experience.
• Required: Hands-on experience in air defense, missile operations, naval combat systems, or tactical aviation.
• Required: Strong understanding of weapons employment, tactical decision-making, and military operational procedures.
• Helpful: Familiarity with Patriot, THAAD, Aegis, NASAMS, or comparable systems.
• Helpful: Operational deployments, live-fire experience, or experience as a weapons instructor.

How it works

Apply on OpenTrain with your resume, then complete the application on the hiring site.

About AI training work

AI training is the human work behind artificial intelligence, including reviewing model outputs and explaining what is accurate, useful, or realistic. People with specialist knowledge help models handle complex subjects more reliably.