Aerospace Quality Engineer II – Test & Launch Ops

Segment (Twilio); Mississippi; On-site; USD 94,000 - 142,000; Full time

Benefits offered by this job

Genrous PTO

Sick leave

Parental leave

Learning and dev stipend

Equity

Job summary

Relativity Space in Stennis, Mississippi, seeks a Quality Engineer to oversee in‑process verification, non‑conformance management, and QMS‑driven improvement within the Test & Launch program.

You will collaborate with Test & Launch, Manufacturing, and Hardware teams, applying data‑driven analysis to identify trends, root causes, and corrective actions while supporting aerospace manufacturing practices.

Qualifications

• Bachelor of Science degree in Engineering or another STEM field.
• 3+ years of experience as a Quality Engineer at a fast-paced manufacturing company.
• Knowledge of AS9100, ISO 9001, NASA quality standards.
• In-depth knowledge of aerospace manufacturing/complex assembly practices and quality processes/controls.
• Experience with PLM, MES, ERP, and QMS software.
• Willing to work night shifts, weekends, and may travel.

Responsibilities

• Oversight: in‑process build verification, issue ticket processes, as‑built verification, non‑conformance management with goals to complete projects.
• Planning: review work instructions, develop processes, corrective action plans, and rework/repair documentation.
• QMS Support: collaborate with the QMS team to develop policies for Test and Launch quality.
• Collaboration: build relationships with Test & Launch, Manufacturing, and Hardware Responsible Engineering teams.
• Analysis: use data and metrics to identify trends, root causes, and corrective actions.

Skills

Quality engineering

PLM software

MES software

ERP software

QMS software

Education

B.S. in Engineering

Job description

Relativity Space in Stennis, Mississippi, seeks a Quality Engineer to oversee in‑process verification, non‑conformance management, and QMS‑driven improvement within the Test & Launch program.

You will collaborate with Test & Launch, Manufacturing, and Hardware teams, applying data‑driven analysis to identify trends, root causes, and corrective actions while supporting aerospace manufacturing practices.