Scanner Operator

Roles and responsibilities

Duties & Responsibilities

Perform all activities necessary for AUT girth weld inspectionPerform all activities necessary for AUT girth weld inspection.

Perform all activities necessary for AUT girth weld inspection.

Functions

Follow up directives given by the AUT Operator/ Supervisor.
Adjustments to ultrasonic scanner head as instructed by AUT Operators to ensure recognized standards are met
Have clear communication with the AUT operator during inspection
Mark defect repair areas at the discretion of the AUT operator
Maintain the NDT equipment and report the breakdown of part/s items to the supervisor
Assist in making AUT set-ups for qualification and validation activities
Update the AUT operator on the status of the preparations, execution, problems foreseen or encountered, and improvements for current or upcoming projects.
Operation of AUT Equipment:

Set up, operate, and calibrate automated ultrasonic testing (AUT) systems, including scanners, probes, and computers used to inspect materials for flaws, defects, or inconsistencies.
Perform autonomous or semi-automated scanning using robotic arms or other devices for detailed surface and sub-surface inspections of welds, pipelines, or structural components.
Conducting Ultrasonic Inspections:

Use ultrasonic waves to test materials for hidden defects, such as cracks, voids, or disbonds, by analyzing the reflections of sound waves.
Perform inspections on various materials, including metals, composites, and welds, and assess structural integrity and safety.
Work on complex geometries, such as pipes, welds, and pressure vessels, ensuring the scans are comprehensive and meet inspection requirements.
Data Analysis & Reporting:

Collect and interpret the ultrasonic test data, analyzing waveforms and signals to identify potential issues.
Prepare detailed reports and inspection documentation, including test results, images, and findings, and present these to engineers or clients.
Use specialized software to interpret scan results, highlighting areas that may require further investigation or repair.
Calibration & Maintenance:

Ensure all AUT equipment is properly calibrated, maintained, and functioning correctly before conducting inspections, performing regular checks for accuracy and performance.
Perform routine maintenance on the scanners, probes, and related equipment, and troubleshoot any technical issues that arise during testing.
Safety and Compliance:

Follow all relevant health, safety, and regulatory guidelines during ultrasonic testing, ensuring the work environment is safe for all personnel.
Adhere to standards set by industry organizations (such as ASNT, ISO 9712, and API) for ultrasonic testing to maintain high-quality and safe operations.
Conduct tests in compliance with industry standards such as API 1104 (for pipeline welding inspections) or ISO 17123 (for NDT).
Collaboration with Engineers and Technicians:

Work closely with engineers, quality control teams, and project managers to plan testing schedules and ensure that inspections meet project specifications and deadlines.
Provide technical support and advise on improvements to inspection methodologies, including proposing new scanning techniques or equipment when necessary.

Desired candidate profile

To perform this job successfully, an individual must be able to perform each essential duty satisfactorily. The requirements listed below are representative of the knowledge, skills, and/ or abilities required. Reasonable accommodations may be made to enable individuals with disabilities to perform essential functions.

PCN/ CSWIP/ ASNT - UT - Level 2 - Ultrasonic Testing (E)

PCN/ CSWIP/ ASNT - MT - Level 2 - Magnetic Particle Testing (P)

PCN/ CSWIP/ ASNT - PT - Level 2 - Dye/ Liquid Penetrant Testing (P)

Third Party ASNT certificate holders will be required to undergo Oceaneering Certification, and successful completion is a mandatory requirement to acquire this position.

(E = essential P = preferred)
Technical Proficiency:

In-depth knowledge of ultrasonic testing principles, specifically automated ultrasonic testing (AUT) and its applications.
Ability to operate and troubleshoot AUT systems, robotic scanning equipment, and specialized software used for data collection and analysis.
Proficient in the use of digital signal processing to interpret data and identify material flaws or defects.
Attention to Detail:

Strong focus on accuracy and thoroughness during inspections to detect even the smallest defects.
Ability to differentiate between true anomalies and false readings, ensuring reliable data for decision-making.
Problem-Solving and Analytical Thinking:

Ability to analyze complex data and make informed decisions about the integrity of materials and structures.
Skilled in identifying issues from test results and collaborating with engineers or other stakeholders to find solutions.
Knowledge of Codes and Standards:

Familiarity with industry-specific standards and codes, such as ASME, API, ISO, and ASTM for NDT and ultrasonic testing.
Knowledge of regulations governing the use of ultrasonic testing in various industries (e.g., offshore, aerospace, shipbuilding).