Programming & Integration: Program, debug, and optimize Fanuc robots adhering strictly to Tesla Line Builder Standards (TLBS) and internal robotics specifications. 3 D Vision Integration: Configure, calibrate, and interface Keyence and Photoneo 3 D vision hardware and software with Fanuc controllers for automated bin-picking, part localization, and adaptive trajectory applications. Cell Commissioning: Perform offline programming (using Process Simulate or Robo Guide), trajectory path planning, reachability/collision studies, cycle time optimization, and hands-on path teaching on high-speed production lines. System Troubleshooting: Troubleshoot robot controller hardware (R-30i B/R-50i A series), fieldbus networks (Ether Net/IP, Safety over Ether Net/IP), I/O mapping, and industrial vision system communication protocols. Cross-Functional Collaboration: Partner with PLC control engineers, safety compliance teams, mechanical tooling designers, and manufacturing engineers to ensure seamless equipment installation, ramp, and final line handoff.



Required Qualifications & Experience Standards & Methodology: Proven experience implementing automated solutions under Tesla Line Builder Standards (TLBS) or equivalent high-volume, modern automotive OEM robotics standards. Robot Hardware: Minimum 3–5+ years of hands-on experience programming, troubleshooting, and commissioning Fanuc industrial robots (R-30i B / R-50i A controllers). Vision Systems: Demonstrated experience integrating Keyence 3 D vision sensors and/or Photoneo Pho Xi 3 D scanners with Fanuc controllers using advanced vision software tools. Application Expertise: Hands-on expertise in 3 D random bin picking, dynamic part localization, point-cloud surface matching, and real-time collision avoidance. Controls & Networks: Strong proficiency in Ether Net/IP architecture, CIP Safety signal configuration, and interfacing robots with industrial PLCs (Beckhoff Twin CAT / Allen-Bradley). #J-18808-Ljbffr

📌 Robotics engineer (Guadalajara)
🏢 Pentangle Tech Services | P5 Group
📍 Guadalajara