Design and develop mechanical systems, including piping, structural components, and equipment layouts for metrology and blending systems • Review customer specifications to define project scope and ensure alignment with internal standards and engineering practices • Prepare and validate engineering deliverables such as P&IDs, general arrangement drawings, bills of materials, and design calculations • Perform engineering analyses such as pressure drop, stress, and structural calculations to optimize system performance • Collaborate with electrical, instrumentation, quality, and project management teams to ensure seamless project execution • Lead technical discussions with customers, address queries, and manage deviations from specifications • Support procurement activities by preparing material requisitions and reviewing vendor proposals and documentation • Monitor vendor performance and participate in design reviews, follow-ups, and escalation processes when needed • Ensure accuracy, completeness, and quality of project documentation and records • Participate in factory acceptance testing (FAT), pre-FAT activities, and project close-out processes • Provide technical guidance to designers and support continuous improvement in engineering practices • Contribute to audits, kick-off meetings, and lessons learned reviews
 

 

You build partnerships and work collaboratively with others to meet shared objectives. You consistently achieve results, even under challenging circumstances, by prioritizing effectively and staying focused on outcomes. You communicate clearly and effectively across diverse stakeholders, ensuring alignment and understanding. You apply critical thinking to analyze complex problems and develop practical, innovative solutions that drive project success.

 

 

Bachelor’s degree in Mechanical Engineering or equivalent practical experience • Proven experience in mechanical engineering within process industries such as oil & gas, energy, or related sectors • Strong understanding of piping design, structural systems, and industrial equipment • Familiarity with international engineering standards such as ASME, ANSI, API, ISO, or similar • Experience in engineering documentation, design calculations, and technical problem-solving • Ability to use engineering design tools such as AutoCAD, MicroStation, or equivalent • Strong collaboration and communication skills across cross-functional teams • Ability to manage multiple priorities and adapt in a dynamic project environment