Francis Jomi
About Francis Jomi
Francis Jomi is a Technical Lead in Mechanical Integrity at QuEST Global in Spring, Texas, with extensive experience in mechanical engineering and multiple API certifications.
Company
Francis Jomi is currently working at QuEST Global, a prominent global product engineering and lifecycle services company. He is based in Spring, Texas, where he serves as the Technical Lead for Mechanical Integrity. His tenure at QuEST Global includes previous positions such as Team Lead and Senior Mechanical Integrity Engineer.
Title
Francis Jomi holds the title of Technical Lead - Mechanical Integrity at QuEST Global, where he oversees the mechanical integrity team and ensures the reliability and safety of fixed equipment.
Education and Expertise
Francis Jomi has an extensive educational background in mechanical engineering. He studied at Anna University from 2009 to 2013, earning a Bachelor's degree in Mechanical Engineering. Additionally, he has achieved multiple certifications from the American Petroleum Institute: API 510 for Pressure Vessel Inspector, API 580 for Risk Based Inspection Professional, and API 570 for Piping Inspector.
Professional Background
Francis Jomi has amassed considerable experience in the field of mechanical integrity since 2013, having worked in various international locations including India, UAE, and the US. His career began as an Engineering Trainee at Sievert India Pvt Ltd., followed by a role as a Plant Inspector at Sievert Emirates Inspection LLC in Abu Dhabi. He joined QuEST Global in 2017 as a Senior Mechanical Integrity Engineer, then progressed to Team Lead - Mechanical Integrity in Bangalore, India, before transitioning to his current role in Spring, Texas.
Achievements
Throughout his career, Francis Jomi has coordinated and executed the Risk Based Inspection framework at QuEST Global. He has extensive experience in troubleshooting and making repair recommendations for fixed equipment. His multiple API certifications underscore his expertise and commitment to mechanical integrity.