Quality Engineer 2
19349
Level 2:
Position Summary:
The Quality Engineer will utilize a wide range of knowledge and professional skills to drive Quality Engineering and Continuous Improvement initiatives and projects. The candidate will be the focal point for interfacing Quality Assurance issues with internal and external customers/suppliers ensuring compliance to the appropriate requirements including non-conformance analysis and implementation of effective countermeasures.
Primary Duties & Responsibilities:
- Be assigned to perform varying degrees of Quality Engineering activities and lead projects pertinent to Internal and Customer Quality Assurance under general guidance of Quality Assurance Management
- Drive continuous defect reduction by collecting and analyzing quality-related data (yield, rework, and scrap) and facilitating problem-solving activities to process improvement
- Demonstrate the ability to do a Root Cause Corrective action on any defected product and/or processes. Like 8D, Fishbone diagrams, 5Ys, etc
- Conduct internal/supplier audits to ensure customer requirements, regulatory agencies, government regulations, and engineering specifications are properly met
- Perform purchase order and contract reviews to ensure complete flow-down of requirements throughout various facets of the organization
- Ensure continual compliance and improvement to the Quality Management System procedures and processes
- Host client and regulatory audits, manage responses/resolution, and audit follow-up
- Perform Material Review Board (MRB) duties representing Quality Engineering
- Collaborate with Manufacturing, Operations and Engineering to improve manufacturing process and develop methods to eliminate quality problems
- Requires consistent exercise of discretion and independent judgment to perform assignments of a professional nature requiring application of quality engineering and related techniques
- Other duties as assigned
Required Experience and/or Education:
- 3-5 Years in manufacturing related Quality
- Experience working in Commercial, Military or Aerospace quality systems
- B.S. degree in Aerospace Engineering, Manufacturing, Mechanical, Industrial, Structural, Systems, or related field from an Accredited Institution
Desired Skills:
- Six Sigma, and/or ASQ Certification is a plus
- Ability to understand and interpret engineering technical data, such as manufacturing or part drawings, to provide guidance to cross-functional teams
- Significant experience working directly with customers and suppliers
- Must have excellent written and verbal communication skills, as well as, strong problem solving, organizational, project management and decision-making skills
- Understand internal and external customer requirements with a high attention to detail in resolving findings
- Knowledge of aerospace quality standards including AS9100, AS9102, ISO9001, AS13100, & NADCAP requirements
- Ability to process and effectively communicate information using MS PowerPoint, Excel, and Word
Working Conditions:
- Constant exposure to indoor manufacturing environment
- Constant exposure to moderate noise
- Exposure to hazardous chemical environment
- Working conditions may include small spaces, dust, fumes, odors, hot / cold temperatures, inside / outside noise vibration, standing on concrete for long hours and wet or uneven surfaces.
Physical Requirements:
- Must be able to work with and around forklifts and hazardous machinery.
- Must be able to lift 35lbs. when needed
- Must be able to wear all the required Personal Protective Equipment.
- Visual acuity skill to detect any flaws in the parts being inspected
Freqently Asked Questions
A Quality Engineer 2 in aerospace manufacturing must excel in root cause analysis tools like 8D and fishbone diagrams, understand AS9100 and NADCAP standards, and skillfully interpret engineering drawings. Proficiency with quality data analysis software and Six Sigma methodologies is highly beneficial for improving product reliability.
At this level, engineers lead defect reduction initiatives by analyzing quality metrics such as yield and scrap rates. They facilitate cross-functional problem-solving sessions and implement corrective actions that enhance manufacturing processes, ensuring compliance with regulatory and customer standards.
Professionals in Dillon can progress toward senior quality engineering roles or management positions by gaining expertise in aerospace quality systems and certifications like ASQ. Local aerospace firms value candidates who demonstrate leadership in quality projects and continuous improvement.
Certifications such as Six Sigma Green Belt and ASQ's Certified Quality Engineer are highly regarded in Dillon's manufacturing industry. These credentials enhance credibility and reflect a commitment to quality standards essential in aerospace and military production environments.
Wyman-Gordon emphasizes continuous learning by offering tailored training focused on aerospace standards like AS9100 and NADCAP. Quality Engineer 2 employees gain hands-on experience with audits and quality management systems to maintain compliance and drive process improvements.
The role involves close collaboration with suppliers through audits and contract reviews to ensure all quality requirements flow correctly. This integration helps mitigate risks and aligns supplier outputs with Wyman-Gordon’s stringent aerospace manufacturing standards.
Quality Engineer 2 salaries in Dillon typically range from $65,000 to $80,000 annually, depending on experience and certifications. This range reflects the specialized aerospace sector demand and the technical expertise required for continuous quality improvements.
Engineers work routinely in environments with moderate noise and chemical exposure, requiring strict adherence to safety protocols and personal protective equipment. These conditions necessitate heightened vigilance during inspections to maintain quality without compromising safety.
Balancing AS9100, AS13100, ISO9001, and NADCAP requirements demands meticulous documentation, frequent audits, and proactive communication with internal teams and suppliers to swiftly address non-conformances, which can be complex due to overlapping criteria.
Project management skills enable the Quality Engineer 2 to coordinate cross-departmental efforts, prioritize corrective actions, and track continuous improvement initiatives efficiently. This ensures timely resolution of quality issues while aligning with organizational goals.
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