Robotics Manufacturing Engineer - Optimus Repair & Validation

Job Description

Job Responsibilities

• Work with cross-functional teams throughout the entire product lifecycle - collaborating closely with Design Engineering, NPI, Quality, and Production to take designs from initial concept through prototype development and into full production
• Define and develop line design requirements for both Optimus full bot end-of-line validation testing and the Heavy Repair Line, spanning initial requirements definition through layout, procurement, installation, and commissioning
• Create process sequences, establish critical process parameters, and perform equipment capacity calculations and line balancing to ensure production efficiency
• Draft RFQs, manage vendor down-selection based on technical capability, cost, and schedule, and oversee project timelines through FAT/SAT and hand-off to sustaining across both lines
• Evaluate, down-select, or innovate testing equipment and methodologies to ensure efficient and seamless integration of robot self-testing within a high-volume production line environment
• Determine utilities requirements for both lines, including electrical power, pneumatics, networking, and any specialized infrastructure needed to support automated test and repair equipment
• Partner with Software, Controls, and Quality Engineering teams to integrate automated test routines into the validation line
• Design automated cells for robot-level repairs such as limb swaps and subassembly replacements, as well as fixtures and tooling to support efficient manual diagnosis and refurbishment of Optimus robots
• Design fixtures, tooling, and ergonomic aids to support manual repair operations, ensuring technicians can safely and efficiently diagnose and refurbish Optimus robots
• Provide DFM feedback to Design Engineering to improve testability in future Optimus generations, drive ramp-to-rate across both lines, and hand off processes, documentation, and training materials to sustaining teams

Job Requirements

• Degree in Engineering, or equivalent experience
• Proficiency in CAD tools (CATIA and AutoCAD preferred); experience drafting line layouts in AutoCAD required
• Proficiency in mechanical assembly (press fits, fastener selection, harness routing, etc.)
• Proficiency in electrical integration, quality matrix, testing, and troubleshooting
• Basic familiarity with PLC controls and control system architecture; ability to collaborate effectively with controls engineers on line integration and troubleshooting
• Experience with utilities selection (pneumatics, electrical power, networking) as part of line design and installation planning
• Familiarity with torque tools, fixture design, automation equipment, and communication protocols
• Experience transitioning products from prototype to production, including RFQ development, vendor management, FAT/SAT, and ramp-to-rate activities
• First-principles problem-solving mindset with a bias toward action in fast-paced, ambiguous environments and able to work under pressure while managing competing demands and tight deadlines
• Exemplary verbal and written communication skills; well-organized with meticulous attention to detail