Highly skilled and results-oriented professional mechanical engineer with extensive 12 years` experience in reliability and failure analysis, specialising in RCA methodologies such as 5-Why analysis, FMEA, Fault Tree, and Ishikawa Diagram. Proficient in rotating equipment operation, troubleshooting and maintenance, with a strong technical and service support skills.
Overview
12
12
years of professional experience
Work History
Reliability Engineer
John Crane
Jubail, Saudi Arabia
03.2023 - Current
Manage Over 600 rotating equipment to Provide on-site support to external customers by performing RCM/FMEA analysis and assessment of rotating equipment with focus on sealing system to Provide recommendations to improve performance and reliability.
Root Cause Analysis of sealing system and rotating equipment site investigation, data gathering, reporting, and customer presentation of findings and recommendations
Field troubleshooting, including analysis of problems / recommendation & implementation of appropriate solutions, meeting with customers in plant to resolve satisfactorily
Defined corrective actions for non-conforming products and complaints for continued quality improvements.
Collaborated with engineering team to communicate and achieve quality standards.
Developed and implemented tactical solutions to resolve problems, enabling optimised customer satisfaction.
Successfully improved the major KPI (MTBF) by 100% during year 1 of a managed Reliability program implementation
Senior Field Service Engineer
John Crane
Jubail
03.2019 - 02.2023
Provide On-site support to external customers (assigned to Saudi Arabia Eastern Region.
Detailed field failure analysis activities, including investigation, reporting and resolution
Provide technical assistance and site supervision for service/maintenance team during centrifugal pumps maintenance and mechanical seal replacement related activities.
Accomplishments
Successful 10 RCA for critical equipment within assigned region during 4 years
Collaborated with team of 20 members to successfully testing, delivering and installation of Ultra-high pressure dry gas panel
Successful attendance of 7+ Turnarounds during past 4 years at different Gas and Petrochemical plants, including installation and commissioning of wet seals and DGS seals
Documented and improved chronic mechanical seals issues which led to improve MTBF from few weeks to over 1 year.
CBM Service Engineer
RITEC - Rabigh Refinery & Petrochemical Plant
Rabigh, Saudi Arabia
05.2013 - 03.2019
CBM team lead main responsibility is to Manage and Maintain condition monitoring program for Petrorabigh Phase I & II
Monitor CBM related KPIs and provide recommendation for enhancement
Participate in site acceptance tests for equipment returned from overhaul and provide the rework list based on department criteria and maintenance best practices
Evaluate Rotating equipment repair re-work causes and address it to higher management level
Provide daily technical support for maintenance and production operation units related to rotating equipment performance and abnormality
Review condition monitoring reports issued to repair the faulty equipment including recommendation for improvement in mechanical and process point of view.
Accomplishments
Design and create condition monitoring program database for 1200+ rotating equipment using Emerson machinery health monitoring application software
Issue 300+ condition monitoring technical report and successfully put back faulty equipment into service with minimum rework by accurate failure diagnostics.
Successfully tested and commissioned 50+ critical rotating equipment during Petrorabigh Phase-II project start-up
Completion of design predictive maintenance program for Rabigh Petrochemical II Plant (Monomer II and Polymer II).
Education
Bachelor's Degree - Mechanical Engineering: Mechanical Power Engineering
Ain Shams University
09.2007 - 06.2012
Postgraduate Degree - Mechanical Engineering
Engineering Institute of Technology (EIT)
Australia (On-line)
06.2024 -
Skills
Ability to carry out reliability and failure analysis