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Quality Engineer - Advanced Metrology Integration
Job in
Fall River, Bristol County, Massachusetts, 02720, USA
Listed on 2026-07-22
Listing for:
NextGenEnergyJobs
Full Time
position Listed on 2026-07-22
Job specializations:
-
Quality Assurance - QA/QC
Quality Engineering
Job Description & How to Apply Below
- Partner closely with Engineering to understand design intent and define more manufacturable GD&T requirements; work directly with Manufacturing Engineers to determine how to achieve critical tolerances using existing equipment and novel fabrication methods Proactive Problem Solving:
Lead the development of risk-informed QA controls that bridge the gap between design intent and shop-floor reality to positively impact the CFS mission Inspection Architecture:
Architect measurement systems and quality inspection methods specifically designed for the assembly of large metallic components, moving beyond theoretical models to executable floor-level plans Disposition Leadership:
Provide risk-informed leadership to design engineers in dispositioning Non-Conformance Reports (NCRs) across the full range of outcomes (use-as-is, rework, repair, scrap), grounded in structural integrity and functional requirements Process Stabilization:
Regularly analyze manufacturing data using control charts and process capability studies to identify emerging process drift, escalating insights to Operations to drive immediate process adjustments Sub-system Integration:
Facilitate the creation and execution of PFMEAs and Quality Plans for the installation of sub-systems, ensuring that assembly tolerances are managed as the SPARC project scales Measurement System Analysis (MSA):
Lead advanced MSA and Gage R&R studies to ensure that the methods used to measure novel designs are statistically sound and repeatable in a production environment Mentorship & Oversight:
Provide technical coaching to QC Inspectors and Quality Engineers, specifically regarding GD&T interpretation on the shop floor - Partner closely with Engineering to understand design intent and define more manufacturable GD&T requirements; work directly with Manufacturing Engineers to determine how to achieve critical tolerances using existing equipment and novel fabrication methods
- Lead the development of risk-informed QA controls that bridge the gap between design intent and shop-floor reality to positively impact the CFS mission Inspection Architecture:
Architect measurement systems and quality inspection methods specifically designed for the assembly of large metallic components, moving beyond theoretical models to executable floor-level plans Disposition Leadership:
Provide risk-informed leadership to design engineers in dispositioning Non-Conformance Reports (NCRs) across the full range of outcomes (use-as-is, rework, repair, scrap), grounded in structural integrity and functional requirements Process Stabilization:
Regularly analyze manufacturing data using control charts and process capability studies to identify emerging process drift, escalating insights to Operations to drive immediate process adjustments Sub-system Integration:
Facilitate the creation and execution of PFMEAs and Quality Plans for the installation of sub-systems, ensuring that assembly tolerances are managed as the SPARC project scales Measurement System Analysis (MSA):
Lead advanced MSA and Gage R&R studies to ensure that the methods used to measure novel designs are statistically sound and repeatable in a production environment Mentorship & Oversight:
Provide technical coaching to QC Inspectors and Quality Engineers, specifically regarding GD&T interpretation on the shop floor - Lead the development of risk-informed QA controls that bridge the gap between design intent and shop-floor reality to positively impact the CFS mission
- Architect measurement systems and quality inspection methods specifically designed for the assembly of large metallic components, moving beyond theoretical models to executable floor-level plans Disposition Leadership:
Provide risk-informed leadership to design engineers in dispositioning Non-Conformance Reports (NCRs) across the full range of outcomes (use-as-is, rework, repair, scrap), grounded in structural integrity and functional requirements Process Stabilization:
Regularly analyze manufacturing data using control charts and process capability studies to identify emerging process drift, escalating insights…
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