QC Engineer

Roles and responsibilities

The QC Engineer (Corrosion) plays a crucial role in maintaining the integrity and longevity of metal structures within the refinery environment. This position involves studying, monitoring, and reporting on the environmental conditions that lead to corrosion and the deterioration of materials. The engineer will focus on identifying the factors that contribute to corrosion, whether they be environmental, chemical, or mechanical, and will recommend effective solutions to mitigate these issues.

In this role, the QC Engineer will coordinate corrosion control activities across multiple departments, including Operations, Maintenance, Engineering, and external Consultants. This collaboration is essential to ensure that all aspects of corrosion management are addressed and that best practices are followed throughout the refinery. By fostering communication between these teams, the engineer will help implement strategies that enhance the operational reliability of the facility while minimizing the risk of equipment failure due to corrosion.

In summary, the QC Engineer (Corrosion) is a vital position that requires a blend of technical knowledge, industry experience, and strong communication skills. This role is key to ensuring the safety and operational efficiency of refinery processes, ultimately contributing to the facility's overall success.

Desired candidate profile

Requirements:

To qualify for this position, candidates must possess an Engineering degree or a B.Sc. in Mechanical, Metallurgy, Chemical, Production, Civil, Fabrication, or a related field. A strong academic background is essential, as it provides the foundation for understanding the complex interactions that lead to corrosion in industrial settings.

Additionally, candidates should have extensive experience in the refinery, petrochemical, or fertilizer industries. A minimum of four years of hands-on experience in in-service inspection is required. This experience should include working in environments where metal deterioration is a significant concern, allowing the engineer to develop a deep understanding of the factors influencing corrosion rates and material performance.

Familiarity with the latest industry codes and standards is also essential. The engineer should be well-versed in API, ASME, ANSI, ASTM, TEMA, and NACE standards, as these guidelines are critical for ensuring compliance and best practices in corrosion management. Knowledge of Risk-Based Inspection (RBI) methodology is preferred, as it allows for a more strategic approach to assessing and prioritizing inspection activities based on the likelihood of failure and potential consequences.

The ideal candidate will possess strong analytical skills, enabling them to interpret data related to corrosion rates and environmental factors effectively. They should also demonstrate excellent communication abilities, as the role involves preparing detailed reports and presenting findings to various stakeholders. Problem-solving skills are essential for developing and recommending practical solutions to address corrosion issues effectively.