Lead and support aerospace NDT activities including PT, MT, RT, DXR, UT, and ET. Develop and review inspection procedures, drive failure analysis and corrective actions, collaborate with design/manufacturing/quality teams, support audits, train technicians, and contribute to NDT automation and data-driven defect recognition efforts.
📄 Job Description Advanced Mechanical Design Engineer – NDT
Job Summary
ResponsibilitiesKey ResponsibilitiesNDT Engineering & Inspection
Technical Support & Problem Solving
Process Development & Improvement
Training & Certification Support
QualificationsBasic Qualifications
Key Competencies
Job Scope / Level
Work Environment
(Aerospace | 10–14 Years Experience)
The Advanced Mechanical Design Engineer – NDT is responsible for executing and supporting Non-Destructive Testing (NDT) activities within aerospace programs, ensuring product integrity, regulatory compliance, and process robustness.
This role combines strong technical expertise in NDT methods with mechanical design, materials engineering, and special process knowledge. The engineer drives inspection planning, supports production and failure analysis, and contributes to continuous improvement initiatives.
- Perform and support NDT inspections using:
- Penetrant Testing (PT)
- Magnetic Particle Inspection (MT)
- Radiographic Testing (RT)
- Digital Radiographic Testing (DXR)
- Ultrasonic Testing (UT)
- Eddy Current (ET)
- Interpret engineering drawings, specifications, and process documents to define inspection requirements
- Provide technical clarification for all NDT related query to internal & external parties.
- Develop and review NDT procedures, work instructions, and acceptance criteria in compliance with Honeywell specification and international standards (ASTM, AWS, etc.)
- Collaborate with:
- Design teams to provide input on inspectability and failure risks
- Manufacturing teams to improve process quality
- Quality teams for root cause analysis and corrective actions
- Support audits (internal/external) and ensure compliance with Honeywell requirements
- Train and guide junior technicians and inspectors
- Support failure analysis and defect investigations using NDT techniques
- Assist in root cause analysis and corrective action implementation
- Interface with cross-functional teams:
- Design engineering
- Materials engineering
- Manufacturing and quality teams
- Support disposition of non-conforming materials.
- Contribute to development and improvement of:
- NDT procedures and techniques
- Inspection plans and acceptance criteria
- Participate in continuous improvement initiatives to enhance process capability and efficiency
- Support implementation of process changes with proper approvals
- Automation in NDT / digital inspection tools
- Data analytics or AI-based defect recognition
- Support qualification and certification of NDT personnel.
- Assist in training programs and knowledge sharing within the team.
- Ensure awareness of latest standards, specifications, and process updates
- Bachelor’s degree in:
- Mechanical Engineering / Materials Engineering / Metallurgy (or related field)
- 10–14 years of experience in aerospace NDT or special processes
- NDT Certification (Level III preferred) in relevant methods in accordance with NAS410/EN4179 or ASNT.
- Hands-on experience with documented on-job training records in multiple NDT methods (RT, PT, MT, UT, ET,)
- Strong technical foundation in NDT and inspection technologies
- Base knowledge on manufacturing technology like (Casting, Machining, welding, heat treatment, surface treatment, etc.)
- Process discipline and quality mindset
- Effective communication and collaboration skills
- Continuous learning and adaptability
- Individual Contributor – Advanced Professional
- Contribute independently with guidance on complex problems
- Supports senior engineers / SMEs / Level II personnel
- Plays a critical role in ensuring product quality and compliance
- Aerospace engineering and manufacturing environment
- Interaction with labs, suppliers, and production floor
- Participation in audits, technical reviews, and cross-functional discussions
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