Sustaining Engineer I: Improve Firearm Products

Sig Sauer; Northern (KY); Hybrid; USD 60,000 - 75,000; Full time

Job summary

SIG SAUER, Inc is seeking a Sustaining Engineer I to support the maintenance and improvement of existing firearms products, ensuring quality and performance. You will troubleshoot production issues, implement design changes, and collaborate with Quality, Operations, and R&D teams to drive engineering changes using SOLIDWORKS and PLM systems.

This role emphasizes root cause analysis, value engineering, and manufacturing process optimization while documenting changes and ensuring designs meet

Qualifications

• Bachelor's degree in Manufacturing, Mechanical Engineering, or equivalent with 0-3 years of experience.
• Proficiency in Excel, Word, and PowerPoint as well as SOLIDWORKS; familiarity with data analysis programs.
• Ability to clearly convey ideas verbally and in writing; high technical proficiency.

Responsibilities

• Assist in troubleshooting production issues and identifying root causes for firearms products.
• Implement product or assembly improvements through drawing/model changes using SOLIDWORKS and PLM.
• Support transition of new products from R&D to production and coordinate changes with cross-functional teams.
• Track tasks using monday.com boards and other tools.
• Participate in value engineering and Product & Process Improvement efforts.
• Review non-conforming materials and coordinate rework with operations.

Skills

SOLIDWORKS

Excel

PowerPoint

Data analysis

Communication

Education

Bachelor's degree in Manufacturing or Mechanical Engineering

Tools

monday.com

Agile PLM

Job description

SIG SAUER, Inc is seeking a Sustaining Engineer I to support the maintenance and improvement of existing firearms products, ensuring quality and performance. You will troubleshoot production issues, implement design changes, and collaborate with Quality, Operations, and R&D teams to drive engineering changes using SOLIDWORKS and PLM systems.

This role emphasizes root cause analysis, value engineering, and manufacturing process optimization while documenting changes and ensuring designs meet