About the role
Role Overview
As a Forward Deployed Robotics Engineer, you'll serve as the first line of technical defense for our growing fleet of robotic systems deployed across warehouse and external data-collection environments. Our diverse robot fleet—including both static and mobile systems—performs complex manipulation and sensing tasks in real-world settings. When issues arise, you'll be the first responder: analyzing field tickets, reproducing issues, gathering diagnostic data, and driving resolution to ensure maximum fleet uptime.
Key Responsibilities
- Primary Robot Fleet Issue Technical Triage Point: Manage incoming fleet issue ticket queue, prioritize based on fleet-wide implications and operational goals, and triage as hardware, software, or operational issue.
- Fast-Paced Operations: Handle quick turnaround expectations while maintaining diagnostic quality
- On-Site Diagnostics: Perform physical inspections and functional tests at robot stations to verify issue reproduction
- Data Analysis: Analyze telemetry, sensor data, and logs to form and test hypotheses about root causes
- Failure Analysis: Execute technically sound Failure Analysis / Root Cause Analysis procedures
- Cross-Team Collaboration: Partner with hardware and software teams to reproduce and resolve complex issues
- Pattern Recognition: Identify recurring issues across the fleet and surface reliability insights for design improvements
- Documentation: Maintain clear, traceable documentation for every diagnostic and escalation event
- Metrics & Reporting: Track and report issue trends and fleet health metrics to leadership
- Process Improvement: Collaborate with team lead to develop and maintain diagnostic procedures and troubleshooting guides
Required Competencies & Skills
- Education: B.S. in Robotics, Mechatronics, Systems Engineering, or equivalent experience
- Hardware Knowledge: Proficiency debugging electromechanical systems including actuators, PCBs, cameras, wiring harnesses, and communication hardware
- Software Knowledge: Experience with log parsing and basic scripting for diagnostics (Python or Bash)
- Systems Knowledge: Strong understanding of mechanical, electrical, and software interactions in robotic systems
- Communication: Excellent written and verbal communication, particularly in technical documentation and shift handoffs
- Hands-On Problem Solving Experience: Minimum 2 years work experience with debugging and completing root cause investigations of systems with hardware and software issues
Strongly Preferred:
Experience supporting multi-robot fleets, warehouse automation systems, or field robotics deployments
Pursuant to the San Francisco Fair Chance Ordinance, we will consider for employment qualified applicants with arrest and conviction records.
Aplyr's read
Physical Intelligence pioneers the integration of AI with physical enhancement, attracting tech-driven professionals passionate about sports, rehabilitation, and cutting-edge robotics.
What's promising
- •Innovative use of AI to enhance human physical capabilities.
- •Diverse roles from engineering to business operations, indicating growth and varied opportunities.
- •Focus on sports and rehabilitation offers meaningful work impacting health and performance.
What to watch
- •Highly specialized field may limit broader career applicability.
- •Rapid tech advancements require continuous learning and adaptation.
- •Niche market focus could pose scalability challenges.
Why Physical Intelligence
- •Combines AI with physical enhancement for sports and rehabilitation.
- •Offers roles in both cutting-edge robotics and AI infrastructure.
- •Focus on real-world impact through technology in health and fitness.
Aplyr’s read is generated by AI from public sources. Was it useful?
About Physical Intelligence
Physical Intelligence (π) focuses on enhancing human physical capabilities through advanced technology and artificial intelligence, aiming to improve performance in various fields including sports and rehabilitation.
