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A global engineering firm in Abu Dhabi is seeking a qualified Vibration Engineer to contribute to vibration and dynamics consultancy services. The ideal candidate will have over five years of experience in the oil and gas industry, technical expertise in machinery vibration, and a relevant engineering degree. This position offers an exciting opportunity to work on both onshore and offshore projects with high-profile clients, alongside a competitive remuneration package and benefits.
Wood is currently inviting expressions of interest for the Vibration Engineer position.
Remarkable people, trusted by clients to design and advance the world.
This is an exciting opportunity for an experienced Vibration Engineer within the Wood Asset Life Optimisation (ALO) group, contributing to vibration, dynamics, and noise engineering consultancy services for internal Wood business units and external clients. The role is primarily based in Wood offices but will also require on-site support, both onshore and offshore, for high-profile clients.
Designing the future. Transforming the world.
Our Technical Consulting and Decarbonization teams combine consultancy solutions with technical expertise to support our clients’ capital investment decisions across the global energy and materials markets.
From advisory (front-end studies, concept design, strategic planning) to design (FEED, detailed design, owner’s engineer) through to delivery (project management consulting), we lead our clients to the best outcomes. Our expertise includes subsea, decarbonization, new energies, asset optimization, and technology development, adding value to our clients' portfolios and projects.
We welcome all talented individuals, even if you don't meet every requirement but have relevant experience, knowledge, or skills. Collaboration is key to delivering solutions for critical challenges.
Proficiency in vibration, dynamic stress, pressure, and noise measurements onshore and offshore across EMEA. Familiarity with vibration measurement equipment, understanding of excitation sources, and application of industry guidelines are essential. Experience with simulation packages like ANSYS is desirable. Knowledge of CFD, acoustic, surge analysis, pipe stress, and related software is advantageous. A degree in engineering (Bachelor’s or Master’s) is required, with professional engineer status or chartership preferred. Ongoing professional development is expected.