Production Engineer

If you're searching for a place where you can grow, continue learning, and make a meaningful impact while still having time for the people and moments that matter most, welcome to Integrated Power Services! We believe your value extends far beyond your job title because the best work comes from people who feel supported, challenged, and fulfilled both professionally and personally.

Here, you'll find opportunities to develop your career, work alongside exceptional teammates, and be part of a culture that recognizes that your life is worth just as much as your work—if not more. Because when people thrive, businesses thrive. If that sounds like the kind of place you've been looking for, we invite you to join us!

• Paid Time Off (PTO)
• 401k Employer Match
• Bonus Incentives
• Extensive Training & Career Development Programs
• Tuition Reimbursement Program
• Medical, Dental and Vision plans
• Employee Assistance Program (EAP)
• And more!

The Production Engineer supports safe, efficient, and high-quality plant operations by coordinating production activities, improving manufacturing and repair processes, and developing the technical documentation required to complete work consistently.

This position works hands-on in the shop to gain a thorough understanding of the business and serves as a technical resource to the Operations Manager and production team. The Production Engineer evaluates motor and generator components, supports failure analysis, develops repair methods and engineering drawings, and leads continuous improvement efforts focused on safety, quality, delivery, productivity, and cost.

• Work hands-on in the shop to develop a practical understanding of plant operations, equipment, workflows, and repair processes.
• Support the Operations Manager with production planning, coordination, technical problem-solving, and process improvement.
• Coordinate the flow of work within the plant to support production schedules and customer delivery requirements.
• Monitor production performance and identify constraints, delays, workflow issues, and opportunities for improvement.
• Collaborate with Operations, Quality, Maintenance, Engineering, Supply Chain, and other functions to resolve production issues.
• Assist with production readiness for new repair processes, equipment, products, or transferred work.

• Create, implement, and maintain repair documentation, including:
• Work procedures
• Method sheets
• Repair criteria
• Inspection criteria
• Repair-method documents
• Standard work instructions
• Produce repair engineering drawings and develop procedures that clearly define repair requirements.
• Review motor and generator design features and select appropriate repair, inspection, and testing criteria.
• Evaluate repair methods and implement recognized best practices for motor and generator repair.
• Continuously assess existing repair methods and recommend improvements that enhance safety, quality, consistency, and productivity.
• Maintain accurate and current engineering and production documentation.

• Perform component inspections and remaining-life assessments for motor and generator parts.
• Identify and evaluate failure modes and contributing conditions, including vibration, high-temperature exposure, power quality, material degradation, and operating conditions.
• Conduct root-cause analyses and support corrective and preventive actions for production, quality, equipment, and repair issues.
• Research failure modes, material behavior, and manufacturing or repair processes.
• Prepare technical reports that clearly document findings, conclusions, and recommended actions.
• Support decisions regarding appropriate repair methods, replacement criteria, and testing requirements.

• Analyze manufacturing and repair processes to identify opportunities to improve safety, quality, delivery, productivity, and cost.
• Lead or support continuous improvement projects using methods such as Lean Manufacturing, Six Sigma, Kaizen, root-cause analysis, and standardized work.
• Conduct workflow analyses, time studies, capacity analyses, and line-balancing activities, as appropriate.
• Use production data and performance indicators to identify gaps and recommend corrective actions.
• Identify opportunities to reduce waste, scrap, rework, cycle time, and operating costs without compromising safety or quality.
• Work with…