Computational Physicist for AI Training

Apply computational physics expertise to help train next generation AI systems through detailed, real world technical input. This remote contract role focuses on showing how AI coding agents support advanced computational problem solving in professional STEM workflows.

• Create detailed walkthroughs of complex computational physics work performed with AI coding agents.
• Demonstrate use of Codex, Claude Science, Claude Code, and Claude Cowork to navigate large codebases, debug nuanced issues, and develop sophisticated features.
• Document the approaches, decisions, and methods used with agents for sequence generation, rather than chat based tasks.
• Assess and describe agent assisted workflows involving architectural changes and ambiguous computational challenges.
• Produce high quality examples and technical feedback that improve AI model training.
• Communicate findings clearly and accurately in written and verbal formats.

• Advanced hands on computational physics experience, including technical problem solving and research.
• Python proficiency and demonstrated real world use of AI coding agents, including Codex, Claude Science, Claude Code, and Claude Cowork.
• Current or recent STEM experience using AI agents in technical workflows beyond basic coding support.
• Ability to explain complex, end to end technical solutions and the agentic tools used throughout.
• Strong written and verbal communication skills, including detailed technical documentation.
• Experience creating agent driven problem solving sequences rather than relying on chat based interactions.
• Familiarity with debugging, architectural change management, and development in large scale code environments using AI tools.

• Remote independent contractor engagement.
• No prior AI experience is required. Deep computational physics and STEM domain knowledge is the core requirement.

$80 to $100 per hour.