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TI
Technique Inc
Robotic Welding Technician Programmer
Career Insights for Programmer / Analyst
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Based on Michigan data
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What they do
A Programmer or Analyst combines programming expertise with analytical skills to design, develop, and maintain software systems or applications. Responsibilities can include software solution design, writing code, testing software applications or systems, system integration, software deployment, and technical support. This role typically develops software solutions that meet specific business objectives.
$94,238 / year median in Michigan
-32% projected decline
Job Description
Technique is looking for a Robotic Welding Technician / Programmer to join our team at our defense weld assembly plant in lower Michigan. This position operates and programs robotic MIG/TIG welding cells supporting defense-program weld assemblies. Team members progress through two competency tiers, each building on the prior level's skill set, taking on increasing responsibility for robot programming, fixture setup, troubleshooting, and process improvement. Because this facility supports defense contracts, export-control and facility-security considerations apply alongside standard hiring practices. The ideal candidate brings a minimum of 2 years of industrial welding experience, competency in Prototype Welding Technician Level 2 functions, and hands-on experience with at least one of the Motoman, Panasonic, or Fanuc robot controllers. PLC screen navigation, GD&T fluency, and the ability to troubleshoot builds using CMM reports are critical factors in this role. For Level 2, verifiable offline programming experience (RoboGuide, RobotStudio, or equivalent) and independent CMM-driven troubleshooting are required.
Responsibilities:
Troubleshoot from CMM reports- Understand CMM reports and troubleshoot builds using CMM report data (Level 1). Recover robot from faults
- Recover the robot from fault conditions and restart the program (Level 1). Adjust points and parameters
- Adjust robot points and welding parameters to maintain weld quality (Level 1). Change programs from the PLC screen
- Select and change programs from the PLC screen to support production changeovers (Level 1). Apply intermediate GD&T
- Apply an intermediate understanding of GD&T to prints, layouts, and inspections (Level 1). Change out fixtures
- Change out welding fixtures to support job and program changeovers (Level 1). Run and adjust robotic welders
- Demonstrate advanced ability to run and adjust robotic welders, including harmonizing, timing, and setup of new fixtures (Level 2). Prepare jobs with offline programming
- Utilize offline programming (OLP) software to prepare jobs (Level 2). Troubleshoot robot welders independently
- Independently troubleshoot robot welders, engaging OEM/Miller assistance if required (Level 2). Apply advanced GD&T
- Apply an advanced understanding of GD&T to prints, layouts, and inspections (Level 2). Drive process improvements
- Independently interpret CMM reports, troubleshoot builds, and drive process improvements to achieve a good first piece (Level 2).