Remote Robotics & Mechatronics AI Engineer

YO AI Labs; Boston (MA); Remote; USD 83,000 - 152,000; Part time

Job summary

YO AI Labs is seeking experienced Robotics & Mechatronics AI Experts for remote, contractor-style collaboration to advance next-generation AI-driven robotics workflows. You will apply hands-on engineering to solve real-world mechatronics challenges using AI coding agents such as Codex, Claude Science, Claude Code, and Claude Cowork.

The role emphasizes domain expertise, practical system design, debugging complex codebases, and documenting agent-driven decisions and outcomes.

Qualifications

• Hands-on robotics and mechatronics experience preferred.
• Experience applying AI agents to engineering workflows.
• Ability to design, implement, test and document robotic solutions.

Responsibilities

• Analyze and solve robotics problems using AI agents.
• Design, implement, test, and document mechatronic systems.
• Demonstrate AI agent applications to complex engineering tasks.
• Navigate large codebases and debug complex issues.
• Document workflows, decisions, prompts, and outcomes.
• Evaluate AI-generated solutions for reliability and maintainability.
• Provide written and verbal feedback on agent performance.
• Contribute end-to-end feature development and system changes.
• Collaborate remotely with stakeholders on AI-accelerated robotics work.

Skills

Robotics

Mechatronics

AI Coding Agents

Codex

Claude Science

Claude Code

Claude Cowork

System Design

Debugging

End-to-End Dev

Technical Docs

Problem Solving

Written Comm

Remote Collab

Job description

YO AI Labs is seeking experienced Robotics & Mechatronics AI Experts for remote, contractor-style collaboration to advance next-generation AI-driven robotics workflows. You will apply hands-on engineering to solve real-world mechatronics challenges using AI coding agents such as Codex, Claude Science, Claude Code, and Claude Cowork.

The role emphasizes domain expertise, practical system design, debugging complex codebases, and documenting agent-driven decisions and outcomes.