NDT Engineer Specialist II

The NDT Engineer Specialist II at Gulfstream Aerospace is responsible for establishing and developing NDT procedures, performing inspections to ensure part integrity, and supporting cross-functional product teams. This role involves measuring and documenting inspection capabilities, interpreting engineering drawings, and contributing to root cause analyses to reduce rework. Your objective will be to enhance processes and ensure compliance with production acceptance testing criteria for both advanced composites and metals.

To qualify for the NDT Engineer Specialist II position at Gulfstream Aerospace, candidates need a Bachelor's Degree in engineering, science, or a technical curriculum. Additionally, you should have at least six years of NDT and quality systems experience, particularly with composites and metals. Certifications, such as ASNT Level 3 in applicable NDT methods, are also essential for this role.

In the NDT Engineer Specialist II role at Gulfstream Aerospace, preferred skills include proficiency in Microsoft Office Suite (Excel, Word, PowerPoint, Access), and knowledge of Solumina and SAP systems. Experience with FAA production approval inspections and a solid understanding of processes for composites and metals will significantly enhance your candidacy.

Performing NDT in the aviation industry is crucial for ensuring safety and quality. It allows engineers to detect flaws or defects in materials without causing damage, thereby confirming the structural integrity of aircraft components. For the NDT Engineer Specialist II at Gulfstream Aerospace, this means playing a vital role in maintaining the highest safety standards and reinforcing the reliability of our aircraft.

As an NDT Engineer Specialist II at Gulfstream Aerospace, you’ll find numerous opportunities for career advancement, including leadership roles in project management and quality assurance. Your experience in developing NDT procedures, improving inspection techniques, and collaborating with engineering teams will open doors to higher positions within engineering and management, allowing you to influence aerospace innovation significantly.

When answering this question, be specific about the NDT methods you’ve used, such as Ultrasonic, Eddy Current, Radiography, or others. Discuss how you applied these techniques in a practical context, including any challenges you faced and how you overcame them.

Describe your approach to interpreting engineering drawings and specifications. Talk about the processes you’ve put in place to ensure adherence, including documentation practices and quality control measures.

Emphasize the importance of clear communication with cross-functional teams, management, and other stakeholders. Share examples of how effective communication has facilitated project success and improved outcomes in past roles.

Discuss your commitment to continuous learning through attending workshops, obtaining certifications, and participating in professional organizations related to NDT. Highlight any ongoing education or research you’re involved in that demonstrates your proactive approach.

Prepare a detailed example that illustrates your problem-solving skills and technical knowledge. Explain the context of the challenge, your analysis process, and the successful outcome as a result of your actions.

Share specific instances where you were responsible for ensuring quality standards were met. Highlight your familiarity with quality systems and regulatory requirements within the aviation sector.

Mention specific tools like Solumina and SAP, detailing how you’ve utilized them in NDT processes to enhance efficiency, documentation, or communication. Provide examples of accomplishments tied to your use of these tools.

Outline your systematic approach to developing procedures, including gathering requirements, consulting with engineers and technicians, and reviewing relevant standards. Emphasize the importance of thorough documentation.

Detail your method for addressing discrepancies, including assessing their severity, communicating findings to relevant teams, and following up on corrective actions to ensure quality assurance.

Discuss your passion for quality, safety, and innovation in aerospace. Reflect on what drives you to excel in your role, whether it's personal growth, contributing to advancements in aviation, or working as part of a talented team.