Engineering Lead (Piping)

Vacancy Overview

Engineering Lead (Piping)

Airswift is an international workforce solutions provider within the energy, process, and infrastructure industries. Airswift serves as a strategic partner to our clients, offering a turnkey workforce solution to capture and deliver the top talent needed to complete successful projects by aligning with the unique needs of our clients. With over 1,000 employees and 9,000 contractors operating in over 70 countries, our geographical reach and pool of talent available is unmatched in the industry.

Airswift is seeking for Engineering Lead (Piping) to work in Qatar with a major Oil & Gas Company.

Job Purpose

Lead the Contractor in the Compression offshore facilities layout and Piping design to ensure a safe, efficient and reliable operation of the Onshore Assets in accordance with established policies, procedures, instructions and schedule targets.

Qualifications

Bachelor’s degree Mechanical Engineering.

Knowledge And Experience

Eight years minimum overall experience in an industry/discipline offshore and mandatory knowledge of Layout required. Five (5) years being BF experience in Piping layout and design.

RESPONSIBILITY

Layout – Safety Considerations: Ensure safety and compliance with Industry Standards when designing piping systems for offshore environments.

Layout – Team Collaboration: Ensure clear communication with cross-functional teams and stakeholders on a project to ensure alignment on project goals and successful outcomes.

Layout – GF/BF: Ensure clear understanding with requirements of a Greenfield layout to a Brownfield layout. Taking into consideration Operational fundamentals.

Layout – GF/BF: Understanding of 3D modelling and the roles it plays to help visualize the piping system and layout to ensure efficiency, clash free and practicality in addressing construction needs.

Materials: Addressing challenges like corrosion and material degradation in a piping layout. Such as the selection of corrosion-resistant materials and incorporate protective coatings.

Materials: Understanding the materials selection process in a corrosive environment. Considering specific chemicals and environmental conditions, including factors like temperature and humidity.

Materials: Cost-effectiveness when selecting materials for a piping system. Balancing performance and material costs, material longevity, ease of fabrication, and maintenance costs. 8. Stress Analysis: Why Stress Analysis is important in piping design, safety and integrity. Understanding of the required factors such as thermal expansion, dynamic loading, pressure, temperature for consideration in the analysis.

Stress Analysis: Understanding of stress analysis software, and the role in which it plays in order to help stimulate and analyses the behavior of piping systems under various loads, identifying weak points and optimizing the design.