Lead Robotics & Controls Commissioning Engineer

Lead Robotics & Controls Commissioning Engineer

Salary: $1 - $120,000 per hour

Location:

Milwaukee, WI

Minimum Degree:

Relocation Assistance:
Not Available

$49.00 – $59.00 / Hour Base + Overtime Potential
• Greater Milwaukee Area, WI
• First Shift
• Full Corporate Benefits

Compensation: $49.00 – $59.00/hour starting base rate (commensurate with robotics and controls depth) + overtime earning potential + premium corporate benefits package.

Work Schedule:

First Shift | Blended hybrid model balancing internal shop floor debug at the local facility with field deployments.

Travel Structure: 50% to 80% field travel (predominantly domestic client sites with occasional international commissioning deployments).

Work Environment:
High-growth, family-owned OEM pioneer with nearly a century of continuous manufacturing excellence; fast-paced, high-trust setting building custom automated assembly, high-speed handling, and robotic cells for Tier-1 global clients with zero corporate bureaucracy.

Career Depth & Tech Stack: 5 to 8+ years of hands-on custom automation commissioning; practical PLC logic troubleshooting/programming (Allen-Bradley Studio 5000, Siemens TIA Portal); multi-axis industrial robotics calibration; servo controls; pneumatic architecture; electrical print fluency.

Requirements / Compliance:
Associate (A.S.) or Bachelor's (B.S.) Degree in Electrical, Mechanical, or Robotics Engineering preferred (equivalent hands-on experience fully valued); US Citizen or Green Card holder; valid driver's license and passport readiness; daily commuting access to the Greater Milwaukee area.

If you are an elite field controls or commissioning specialist seeking an organization where your diagnostic intelligence directly drives multi-million dollar capital equipment projects, this fast-growing OEM is your ideal professional home. Backed by nearly a century of continuous manufacturing excellence, this family-owned pioneer combines the high-trust, collaborative feel of a close-knit team with the market power and financial stability of a global leader.

Specializing in custom automated assembly, high-speed material handling, and robotic welding cells for Tier-1 global clients, this firm operates free of rigid corporate bureaucracy. You will own complex automated machinery through its full operational birth—from preliminary plant debug and electrical/mechanical calibration at the Milwaukee-area facility to final customer site run-off and sign-off around the globe.

• Lead Equipment Readiness:
  Direct the internal commissioning, live-wire debug, and I/O validation of custom automated systems before shop floor release.
• Robotic & Cell Calibration:
  Validate advanced multi-axis robotic platforms from scratch, executing initial electrical/mechanical calibrations, communication network setups, and end-of-arm tooling (EOAT) checks.
• Hands-On Diagnostics:
  Perform real-time, high-level troubleshooting across complex PLC logic architectures, servo drives, vision systems, pneumatic circuits, and safety interlocks.
• Customer Field Deployments:
  Lead onsite equipment installations, managing technical run-offs at global client facilities while training customer engineering and maintenance personnel.
• Cross-Functional Interface:
  Partner directly with mechanical design engineers, project managers, and shop floor build teams to rapidly isolate hardware, software, or mechanical bugs.
• Project Administrative Discipline:
  Track daily operational testing hours, manage active engineering open-issue lists, and submit detailed field progress logs to project stakeholders.

• 5+ Years Field
  
  Proven Experience:
  
  Verifiable track record in commissioning, troubleshooting, and integrating custom industrial automated machinery and multi-axis robotics.
• PLC & Controls Diagnostics:
  Strong diagnostic capabilities in PLC logic troubleshooting, I/O tracing, and basic logic modifications (e.g., Rockwell/Studio 5000, Siemens TIA Portal).
• Schematic & Print Literacy:
  Ability to confidently read, interpret, and trace complex electrical layouts, mechanical assembly drawings, and fluid power…