Quality Assurance Tech II — 3rd Shift (On-Site)

General Dynamics - Ordnance and Tactical Systems (AR,ME,NE,OH,VT); Lincoln (NE); On-site; USD 42,000 - 64,000; Full time

Job summary

General Dynamics Ordnance and Tactical Systems (OTS) in Lincoln, Nebraska, seeks a QA Technician II for the 3rd shift. You will apply quality procedures to evaluate materials, components, and processes, supporting ISO/AS9120-style standards and internal quality targets.

Responsibilities include defining quality requirements, auditing processes, addressing equipment issues, and documenting deviations. This role is on site with safety-sensitive duties and potential shift variations.

Qualifications

• Vocational/Technical training with 1–2 years of experience or equivalent combination.
• Preferred Associate's Degree in a related field.
• Familiarity with quality systems and audits is a plus.

Responsibilities

• Define and specify activities, processes, and standards to fulfill quality requirements for materials and products.
• Build and maintain infrastructure and systems to ensure timely delivery of quality products.
• Identify and address equipment performance issues.
• Audit, monitor, and assess manufacturing processes against internal and regulatory standards.
• Report and troubleshoot manufacturing process deviations and defects in finished goods.
• Conduct material or sample tests to verify compliance with specifications and quality standards.

Skills

Analytical skills

Quality guidelines

Problem solving

Manual tasks

Education

Vocational/Technical training

Associate's Degree

Job description

General Dynamics Ordnance and Tactical Systems (OTS) in Lincoln, Nebraska, seeks a QA Technician II for the 3rd shift. You will apply quality procedures to evaluate materials, components, and processes, supporting ISO/AS9120-style standards and internal quality targets.

Responsibilities include defining quality requirements, auditing processes, addressing equipment issues, and documenting deviations. This role is on site with safety-sensitive duties and potential shift variations.