Level 3 NDT Engineer

Purpose

A Level 3 NDT Technician in the open forging industry is responsible for developing, implementing, and overseeing non-destructive testing (NDT) procedures, techniques, and standards within a forging facility. This role involves a high level of technical expertise, including the ability to interpret codes and standards, train Level I and II technicians, and collaborate with engineers and quality assurance teams.

Responsibilities

1) Procedure Development: Develop and implement NDT procedures, techniques, and methodologies to meet forging industry standards and its customer requirements.

2) Training and Supervision: Train and mentor Level, I and II NDT technicians, ensuring they meet competency standards.

3) Technical Support: Provide technical guidance and support to Level I and II technicians, addressing questions and resolving issues related to NDT procedures.

4) Interpretation and Evaluation: Interpret NDT test results, identify defects, and determine if parts meet quality standards.

5) Documentation and Reporting: Prepare and maintain detailed NDT reports, ensuring accuracy and compliance with regulatory requirements.

6) Equipment Maintenance: Ensure the proper calibration and maintenance of NDT equipment, ensuring optimal performance and reliability.

7) Compliance: Ensure adherence to all relevant codes, standards, and regulations related to NDT.

8) Collaboration: Collaborate with engineers, quality assurance teams, and other stakeholders to address technical issues and ensure quality control.

9) Problem Solving: Identify and resolve issues related to NDT procedures, techniques, or equipment.

10) Process Improvement: Contribute to the continuous improvement of NDT processes and procedures, optimizing efficiency and effectiveness.

Qualifications and Experience :

• Bachelor Degree in Metallurgy/ Mechanical Engineering with 5-8 years of experience in Mechanical industry in Quality Management and Manufacturing Operations.
• Knowledge or certification in Non-destructive testing methods preferred