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Robotics Welding Jobs in Michigan (NOW HIRING)

Robotic Welding Process * Robots (ABB, FANCUC, MOTOMAN, NACHI) / Robots (ABB, FANCUC, Yaskawa, NACHI) * Ford Customer System, Score card * Customer specific requirements * Minitab Software * PAX ...

Robotic Welding Process * Robots (ABB, FANCUC, MOTOMAN, NACHI) / Robots (ABB, FANCUC, Yaskawa, NACHI) * Ford Customer System, Score card * Customer specific requirements * Minitab Software * PAX ...

Robotic Welding Process * Robots (ABB, FANCUC, MOTOMAN, NACHI) / Robots (ABB, FANCUC, Yaskawa, NACHI) * Ford Customer System, Score card * Customer specific requirements * Minitab Software * PAX ...

Robotic Welding Process * Robots (ABB, FANCUC, MOTOMAN, NACHI) / Robots (ABB, FANCUC, Yaskawa, NACHI) * Ford Customer System, Score card * Customer specific requirements * Minitab Software * PAX ...

Robotic Welding Process * Robots (ABB, FANCUC, MOTOMAN, NACHI) / Robots (ABB, FANCUC, Yaskawa, NACHI) * Ford Customer System, Score card * Customer specific requirements * Minitab Software * PAX ...

Associate degree in Mechatronics, Robotics, Automation, Electrical Technology, or related field. * Previous experience supporting robotic welding systems in automotive or automated manufacturing ...

Robotic Welding Process * Robots (ABB, FANCUC, MOTOMAN, NACHI) / Robots (ABB, FANCUC, Yaskawa, NACHI) * Ford Customer System, Score card * Customer specific requirements * Minitab Software * PAX ...

Associate degree in Mechatronics, Robotics, Automation, Electrical Technology, or related field. * Previous experience supporting robotic welding systems in automotive or automated manufacturing ...

Robotic Operator / Welder

Alma, MI · On-site

$15.50 - $21.25/hr

At least one (1) year of welding experience and robotics experience required. * Must be self-motivated, able to work alone or as part of a team. * Good communication skills, attention to detail, and ...

Associate degree in Mechatronics, Robotics, Automation, Electrical Technology, or related field * Previous experience supporting KUKA robotic welding systems in automotive or automated manufacturing ...

Associate degree in Mechatronics, Robotics, Automation, Electrical Technology, or related field * Previous experience supporting KUKA robotic welding systems in automotive or automated manufacturing ...

Tuition reimbursement Position Summary: Entry-level robotic weld technician who operates robotic welding equipment, monitors production output, and performs basic inspections while following ...

Tuition reimbursement Position Summary: Entry-level robotic weld technician who operates robotic welding equipment, monitors production output, and performs basic inspections while following ...

A technical and mechanical person who can troubleshoot robotic or resistance welding equipment. This person should be able to replace consumables on the robotic welders, such as contact tips ...

Maintain and support multiple automated robotic welding cells * Troubleshoot FANUC robots and restore systems to operational status * Return robots to "home" position and recover from faults ...

Experience in welding, robotics, and automation Job Type & Location This is a Permanent position based out of Royal Oak, MI. Pay and Benefits The pay range for this position is $36.45 - $36.45/hr.

Maintain and support multiple automated robotic welding cells * Troubleshoot FANUC robots and restore systems to operational status * Return robots to "home" position and recover from faults ...

Showing results 41-60

Robotics Welding information

See Michigan salary details

$11

$18

$27

How much do robotics welding jobs pay per hour?

As of Aug 11, 2026, the average hourly pay for robotics welding in Michigan is $18.38, according to ZipRecruiter salary data. Most workers in this role earn between $15.10 and $20.72 per hour, depending on experience, location, and employer.

What is robotics welding?

Robotics welding refers to the use of programmable robots to automate the welding process in manufacturing and industrial settings. These robots are equipped with welding tools and software that allow them to perform precise and consistent welds on metal parts. Robotics welding increases productivity, improves weld quality, and enhances worker safety by minimizing exposure to hazardous environments. It is commonly used in automotive, aerospace, and heavy machinery industries. Technicians and engineers program, operate, and maintain these robotic systems.

What are the key skills and qualifications needed to thrive as a robotics welder?

To thrive as a Robotics Welder, you need a strong understanding of welding processes, blueprint reading, and robotics programming, often supported by a technical diploma or welding certification. Familiarity with robotic welding systems (such as FANUC or ABB), CNC controls, and safety protocols is typically required. Attention to detail, problem-solving abilities, and effective teamwork are vital soft skills in this role. These skills and qualities are essential for ensuring precision, safety, and productivity in automated welding operations.

What is the difference between Robotics Welding vs Manual Welding?

AspectRobotics WeldingManual Welding
CredentialsTypically requires technical certifications in robotics and weldingRequires welding certifications (e.g., AWS certification)
Work EnvironmentPrimarily in automated manufacturing settings, controlled environmentOn-site, in diverse environments including construction, repair, and fabrication
Industry UsageUsed in high-volume, repetitive manufacturing processesUsed in custom, one-off, or repair work

Robotics Welding involves operating automated welding robots, requiring technical skills and certifications in robotics and welding. Manual Welding relies on skilled welders performing welding tasks directly, often in varied environments. Both roles are essential in manufacturing, but Robotics Welding emphasizes automation, while Manual Welding focuses on craftsmanship and adaptability.

How do robotics welding professionals typically collaborate with engineers and production teams on the shop floor?

Robotics welding specialists frequently work alongside engineers and production teams to optimize welding processes and troubleshoot equipment issues. Collaboration may involve interpreting technical drawings, adjusting robotic programs for new product lines, and ensuring weld quality meets industry standards. Regular communication is essential to coordinate maintenance schedules, implement process improvements, and address any production bottlenecks. This teamwork not only ensures smooth operation but also provides valuable opportunities to learn from colleagues and advance technical skills.
What are popular job titles related to Robotics Welding jobs in Michigan? For Robotics Welding jobs in Michigan, the most frequently searched job titles are:
What job categories do people searching Robotics Welding jobs in Michigan look for? The top searched job categories for Robotics Welding jobs in Michigan are:
Infographic showing various Robotics Welding job openings in Michigan as of August 2026, with employment types broken down into 85% Full Time, 8% Part Time, 1% Temporary, 3% Contract, and 3% Nights. Highlights an 100% Physical job distribution, with an average salary of $38,232 per year, or $18.4 per hour.

Welding Weld Supervisor

fng

Royal Oak, MI

Full-time

Re-posted 16 days ago


Job description

Job Description – Weld Supervisor
Department

Manufacturing

Reports to

Weld Manager

SummaryThe Weld Supervisor is in charge of monitoring the weld technicians in welding processes to ensure the integrity and quality of our products, always seeking to optimize resources and continuous improvement. Core Competencies
  • Customer Focus
  • Communication
  • Energy and Stress
  • Team Work          
  • Problem Solving   
  • Accountability and Dependability
  • Ethics and Integrity
  • Analytical
 Flex-N-Gate Training Requirements
  1. CHRF.00003 New Employee Orientation
  2. Competent Person/Due Diligence Training
  3. Project Management
  4. Failure Mode Effects and Analysis (FMEA)
  5.  Measurement System Analysis (MSA)
  6. Statistical Analysis
  7. APQP / ANPQP
  8. Geometric Dimensioning and Tolerances (GD&T)
  9. Six Sigma Experimental Design
  10. Ergonomics
  11. Quality standards, customer specifications and acceptance criteria
  12. Cost Structure
  13. Manufacture of Assembly Devices
  14. Pneumatic and Power Tools
  15. Lean Manufacturing
  16. Total Productive Maintenance (TPM)
  17. Poka-yoke
  18. PPAP
  19. Welding Process
  20. Manual Welding Process
  21. Mig Welding Process with Robots and Manual
  22. Projection Welding Process
  23. Resistance Welding Process
  24. Robotic Welding Process
  25. Robots (ABB, FANCUC, MOTOMAN, NACHI) / Robots (ABB, FANCUC, Yaskawa, NACHI)
  26. Ford Customer System, Score card
  27. Customer specific requirements
  28. Minitab Software
  29. PAX Software - IT
  30. Spin Fire Software
  31. Software and Hardware Soldering
  32. Troubleshooting
  33. Industrial Lubrication
  34. Supervisor Leadership Training
  35. Technical Train in the Trainer Certification
  • Quality Management Systems - CQAM.00001 Quality Management Systems Manual
  • IATF/ISO Related Training
Job Duties
  • Addressing flaws in welding equipment in coordination with Maintenance personnel
  • Monitor the procedures and work instructions that monitors the welding process is carried out
  • Support in making improvements to optimize the performance of welding materials
  • Results confirm reports Tear down and monitoring to optimization of welding parameters
  • Validate and keep records of the conditions of welding
  • Results confirm reports Pry bar and archive, monitor your control
  • Analyze and submit proposals for improvements to the performance indicators that apply to welding
  • Develop, implement and monitor instructions rework of weld defects taking care to protect the physical integrity of personnel to perform the rework
  • Capture and maintain monthly records welding parameters
  • Collaborate in the process of continuous improvement of the plant when the process is affected
  • Active participation in the implementation, development of systems for Quality, Environmental and Hoshin to achieve the objectives of both systems as well as knowledge of these policies
  • The incumbent is responsible for the awareness, understanding, specific responsibilities and management of the Environmental Management System (EMS) as stated in EMS policy CEVPL.00005.
  • The incumbent is responsible for the awareness, understanding, specific responsibilities and management of the Quality Management System (QMS) as stated in

CQAM.00001 – Corporate Quality Manual.

 

Requirements

  • Technical Degree in related field or
  • Three years related work experience in a manufacturing environment
  • Strong organizational skills
  • Strong communication skills (both verbal and written)
  • ISO 14000 system
  • Welding Standards
  • Reports welding production
  • Continuous improvement
  • ISO TS 16949 system
  • Leadership
  • Proficiency with database applications and administration systems, specifically Microsoft Office
  • Ability to work effectively alone and prioritize
  • Must be a highly motivated, service and team-oriented individual with an attention to detail
  • Enthusiasm for challenge and new initiatives are prerequisites
  • Strong analytical ability
  • Supervisory and interpersonal skills are required
  • Troubleshooting ability is required
  • Strong decision making and problem solving skills
  • Demonstrated good internal customer service skills
  • Proven good presentation skills
  • Good computer skills
Working Conditions
  • Physical ability to lift 25lbs
  • Travel as necessary
  • Manual dexterity required to use desktop computer and peripherals
  • Overtime as required

This job description is not inclusive. The duties, experience, functions, and any other descriptions herein may be changed at any time and other duties may be assigned as necessary. The company reserves the right to add, delete, or otherwise alter these responsibilities when and as necessary. Â