Robotics Welding Programmer

Position Summary:

The Robotic Welding Programmer is responsible for programming, configuring, and optimizing robotic welding systems to produce high-quality welded products safely and efficiently. This role troubleshoots robotic welding systems and works closely with engineering, quality, and production teams to support manufacturing operations.

• Program and optimize robotic welding systems for new and existing products.
• Create, modify, and troubleshoot robot programs using teach pendants and offline programming software where applicable.
• Develop weld paths, torch angles, travel speeds, and welding parameters to ensure quality and productivity.
• Set up robotic welding cells for new product launches and engineering changes.
• Troubleshoot robot programming, welding quality, and equipment issues.
• Optimize cycle times while maintaining safety and product quality.
• Perform robot backups, software updates, and program documentation.
• Collaborate with engineering to design fixtures and improve manufacturability.
• Support preventive maintenance and equipment calibration activities.
• Analyze weld quality and implement corrective actions for defects.
• Train operators and technicians on proper robot operation and basic troubleshooting.
• Read and interpret engineering drawings, GD&T, weld symbols, and specifications.
• Support continuous improvement initiatives using Lean manufacturing principles.
• Ensure compliance with safety standards, company policies, and customer requirements.
• Perform other duties as required or assigned.

• High school diploma or GED required; associate degree or technical certification in robotics, welding, manufacturing, or a related field preferred.
• 3-5 years of robotic welding programming experience in a manufacturing environment.
• Experience with MIG (GMAW) and/or TIG (GTAW) welding processes.
• Experience programming one or more robotic platforms.
• Knowledge of robotic welding power sources.
• Strong understanding of robotic programming principles and motion optimization.
• Knowledge of welding metallurgy and welding procedures.
• Ability to troubleshoot robot hardware, software, sensors, and welding equipment.
• Ability to interpret blueprints, weld symbols, and geometric dimensioning and tolerancing (GD&T).
• Experience with offline programming software is preferred.

• Work often involves extended periods of standing, walking, and performing repetitive or physically demanding tasks.
• Effective verbal communication and hearing are essential for maintaining safety, receiving instructions, and coordinating with team members in person, over radios, or through alarms.
• Both fine motor skills (e.g., handling small components, precision work) and gross motor skills (e.g., operating tools and heavy equipment) are critical.
• Visual acuity is required for reading blueprints, measuring materials, performing precision work, and maintaining situational awareness; near, far, and peripheral vision may all be needed.
• Must be able to work in a variety of environments, including indoor and outdoor settings, as well as dusty, loud, hot, cold, or potentially hazardous areas.
• Tasks may involve bending, stooping, reaching overhead or below shoulder height, crouching, kneeling, climbing ladders or ramps, and maintaining balance on uneven surfaces.
• Must be able to work at heights, in confined spaces, or in other challenging physical locations as required by the task.
• Must be able to lift, carry, push, or pull up to 50 lbs independently.
• Must comply with all company policies and procedures.
• Consistent, punctual attendance during core business hours is essential.
• Reliable transportation is required for commuting and occasional travel between local corporate offices and…