Quality Inspector - Mechanical/Composites - Level 2

As a Quality Inspector - Mechanical/Composites - Level 2 at SQA Services, you'll conduct essential visual and dimensional inspections of machinable and composite parts, ensuring they meet aerospace quality standards. You'll interpret complex manufacturing drawings and develop detailed inspection plans that cater to specific project requirements.

To be eligible for the Quality Inspector - Mechanical/Composites - Level 2 role at SQA Services, candidates should possess a minimum of 4 years of hands-on inspection experience, particularly with precision machined components and composite materials, as well as familiarity with GD&T principles.

Yes, prior experience in aerospace manufacturing or quality inspection is essential for the Quality Inspector - Mechanical/Composites - Level 2 position at SQA Services, as it prepares you for the high standards expected in this specialized field.

Quality Inspectors at SQA Services will utilize a range of precision inspection tools including calipers, micrometers, height gauges, and thread gauges to validate the dimensions and ensure compliance with strict industry standards.

While the Quality Inspector role primarily focuses on working on-site at the supplier's location in Marion, VA, commuting to the worksite may be required, and SQA Services provides mileage compensation for your daily travel.

As a Quality Inspector - Mechanical/Composites - Level 2 at SQA Services, you will have the flexibility to work various shifts, including 1st, 2nd, or 3rd shifts, based on production schedules at the client's supplier site.

Yes, U.S. Citizenship is a requirement for the Quality Inspector - Mechanical/Composites - Level 2 position at SQA Services, which is essential for compliance with our aerospace industry contracts and regulations.

When inspecting composite materials, I focus on understanding the specific properties and characteristics of the material. I ensure to follow established inspection protocols and utilize the correct tools designed for composites. It's crucial to be familiar with the specifications relevant to the project and to document findings accurately.

GD&T, or Geometric Dimensioning and Tolerancing, is a symbolic language used to communicate engineering tolerances and design intent. Understanding GD&T is vital as it allows for precise interpretation of the design specifications and ensures that the manufactured parts meet the required tolerances, thereby maintaining quality in production.

I have extensive experience using precision inspection tools such as calipers, micrometers, and height gauges. I am skilled in selecting the right tool for the specific measurements required and have developed a keen eye for detail, ensuring accuracy in all inspections.

Ensuring compliance with industry standards involves staying informed about the latest regulations and practices. I regularly reference the relevant industry standards during inspections and keep accurate records of findings and discrepancies to maintain accountability and quality.

Upon identifying a defect, I first document the specific details of the issue, including photographs if possible. Then, I communicate the findings to relevant stakeholders promptly and collaborate with the engineering team to determine corrective actions, ensuring a resolution is reached and future issues are prevented.

I prioritize inspection tasks by assessing the production schedule and determining which items are critical for meeting deadlines or have higher quality risks. I stay organized and communicate with my team to ensure that priorities align with overall production goals.

In my previous role, I noticed that the inspection documentation was taking too long to complete. I proposed implementing a digital recording system that streamlined data entry and tracking processes. This improved efficiency by reducing manual entry errors and saving time during audits.

I have significant experience in reading and interpreting manufacturing drawings. I focus on understanding the geometric dimensions, tolerances, and details outlined in the drawings to ensure accurate inspections. This capability allows me to identify potential issues before they escalate in the production process.

I continually enhance my skills by attending workshops and training sessions focused on the latest inspection technologies. Additionally, I seek to learn from more experienced colleagues and participate in industry forums to stay updated on best practices and innovations in quality assurance.

Quality inspection in aerospace manufacturing is critical because it directly impacts safety and compliance. Ensuring that every part meets rigorous standards is essential for the reliability of aircraft components, which ultimately protects lives and maintains the integrity of the aerospace industry.