In this role, you'll apply your expertise to help train next-generation AI systems. Your work will shape how models learn, reason, and perform through high-quality, real-world input. No prior experience in AI is required — your domain knowledge is what matters.

• Conduct rigorous manual analysis of laser shearography data, including fringe patterns and interferograms, to identify and characterize composite material defects.
• Review and interpret technical case papers, test logs, and inspection limits for aerospace applications using NDT standards.
• Evaluate and document defect types, severity, and potential impact on composite structures, providing detailed rationale for decisions.
• Deliver comprehensive written feedback on inspection findings, supporting the development and refinement of technical protocols.
• Collaborate remotely with project managers and technical stakeholders via clear, professional written and verbal communication.
• Ensure that all assessments and reviews are completed without the aid of AI tools, maintaining the highest standard of manual inspection integrity.

• Current ASNT / NAS 410 / ISO 9712 Level II or Level III certification in Laser Shearography or related NDT methods.
• Extensive hands-on experience with laser shearography, particularly in aerospace or advanced composite inspection scenarios.
• Demonstrated expertise interpreting shearography fringe patterns and optical interferometry data for defect evaluation.
• Strong analytical skills in defect identification, root cause analysis, and reporting within stringent aerospace standards.
• Exceptional written and verbal communication abilities, including technical documentation and collaborative problem-solving.
• Familiarity with industry best practices for non-destructive inspection of composite materials.
• Experience providing technical guidance or quality engineering for similar NDT projects – direct inspection or review background is highly valued.

Work arrangement: Fully remote