Manufacturing Systems Engineer
SEAGA MANUFACTURING INC 1 · Kearneysville (WV) - Kearneysville, WV 25430
About The Role
## Description
**Position Summary**
The Manufacturing Systems Engineer is a hands-on engineer responsible for strengthening manufacturing processes across sheet metal fabrication and electro-mechanical assembly. This role supports quality systems, resolves non-conforming material issues, improves process documentation, and drives continuous improvement initiatives in a high-mix, make-to-order environment.
The ideal candidate is a practical problem solver who is comfortable working on the production floor and collaborating directly with operators, supervisors, and leadership.
**Key Responsibilities**
**Fabrication & Assembly Process Support**
- Support sheet metal fabrication processes (punch, brake, weld) to improve dimensional control and reduce rework
- Assist in troubleshooting electro-mechanical assembly and test issues
- Develop and maintain clear, usable work instructions and process documentation
- Support fixture, tooling, and workflow improvements
- Participate in new product introductions and engineering changes
**Quality Systems & Non-Conforming Material**
- Lead root cause analysis for fabrication, assembly, and supplier quality issues
- Manage non-conforming material investigations and corrective actions
- Track and analyze scrap, rework, and defect trends
**Continuous Improvement & Lean**
- Support lean initiatives including 5S, standard work, visual management, and waste reduction
- Participate in value stream mapping and process improvement activities
- Improve first pass yield in fabrication and assembly
- Assist in implementing error-proofing solutions
## Qualifications
**Qualifications**
**Required**
- Bachelor’s degree in Mechanical, Manufacturing, Industrial, or Electro-Mechanical Engineering
- 0–3 years of experience in manufacturing (capstones and internships considered in experience)
- Strong mechanical aptitude and hands-on experience
- Familiarity with sheet metal fabrication and/or electro-mechanical assembly
- Exposure to root cause analysis methods (5 Why, Fishbone, 8D)
- Ability to interpret engineering drawings
**Preferred**
- Experience in high-mix or make-to-order manufacturing
- Experience using lean manufacturing tools
- Experience with ERP or manufacturing systems
**Key Competencies**
- Hands-on, practical problem solving
- Strong floor presence and communication skills
- Ability to work independently in a fast-paced environment
- Data-driven decision making
- Willingness to learn and take ownership
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