Weld Engineer

The Weld Engineer is responsible for developing welding techniques, procedures, and equipment applications to assist with the fabrication of metals.

• Supports and troubleshoots welding processes
• Investigates and documents welding defects to determine the appropriate cause and potential corrective measures
• Develops welding procedures that effectively utilize new welding technology
• Designs welding projects and communicates specific equipment and component requirements
• Troubleshoots welding problems and provides guidance for product material selection
• Improves production capabilities, optimizes welding processes, and drives weld improvements
• Evaluates and improves workflow
• Creates and updates manufacturing work instructions, equipment manuals, and technical specifications
• Evaluates production processes and makes recommendations for improvements
• Analyzes production processes, schedules, methods, and other data and then provides management with reports containing the data and statistics to enable management to better understand future requirements needed for the manufacturing process
• Ensures that the company’s manufacturing processes are in compliance with all equipment requirements and limitations
• Provides flexible program offerings across multiple machines
• Ensures traceability and repeatability through programs and ERP communications
• Troubleshoots program challenges and reduce product inconsistencies
• Develops fixtures for program applications
• Manages fixture assets and instructions for successful and efficient fixture selection and use
• Problem solves and communicates effectively with work team
• Contributes ideas for continuous improvement of workflow and processes
• Follows all safety guidelines and procedures
• Performs other duties as assigned

• Minimum Requirements Bachelor’s degree in weld engineering, manufacturing engineering, systems engineering, industrial engineering, or mechanical engineering

• Welding experience with sheet metal, weldments, and large assemblies
• Experience with ERP systems, Use computer-aided design (CAD) software to create drawings for welding projects
• Strong understanding of manufacturing processes
• ISO 9000 experience
• CWI D1.2 and/or D1.6 endorsement preferred
• Proven track record of developing and qualifying welding procedures for stainless steel and aluminum across structural, over-the-road, agricultural, and pressure-containing applications
• Experience in advanced welding process development, specifically cold wire GTAW, hot wire GTAW, hybrid laser welding, and laser hot wire / laser cold wire systems
• Strong working knowledge and hands‑on experience with the following codes and standards:
• AWS D1.2/D1.2M – Structural Welding Code – Aluminum
• AWS D1.6/D1.6M – Structural Welding Code – Stainless Steel
• AWS D14.3/D14.3M – Specification for Welding Earthmoving, Construction, and Agricultural Equipment
• ASME BPVC Section IX – Welding, Brazing, and Fusing Qualifications (with practical experience qualifying WPS/PQR for pressure vessels)
• Demonstrated experience with ASME Section VIII pressure vessel

• Analytical skills to properly interpret data
• Ability to explain technical concepts in simple terms
• Ability to lead and teach a team
• Ability to work well under pressure
• Critical thinking and problem‑solving skills
• Excellent organizational skills
• Go‑to GEMBA and 6S bias
• Good communication and interpersonal skills
• Good influencing skills
• Good information technology skills
• Hands‑on and detail‑oriented but also able to see the big picture
• High energy and able to handle conflict
• Knowledge of equipment for purchase, installation, and repair
• Problem‑solving skills
• Sense of urgency

Relocation Assistance provided if needed.