Reviewed, assessed, and updated integrity management and inspection data for pressure systems, pipelines, and structures.Developed project strategy documentation outlining objectives, methodologies, and risk assessments for MAOP Validation projects.Leveraged technical expertise to review ILI, Vendor drawings, survey notes, Road and Rail Crossing, Dig reports, and other relevant Pre and post constructions documentation.Implemented record governance protocols to maintain data integrity and facilitate effective decision-making processes.Provided recommendations to clients on asset mitigation strategies in alignment with Department of Transportation (DOT) and Pipeline and Hazardous Materials Safety Administration (PHMSA) regulatory codes specifically codes 192 and 195.Managed project progress, allocating and overseeing resources to ensure timely delivery of projects.Collaborated with cross-functional teams to coordinate project activities, resolve challenges, and achieve project milestones effectively.Provided technical support to GIS team for data calibration, ensuring accuracy and reliability in spatial analysis.Conducted thorough reviews of pressure test reports, Material Transfer Delivery Tags (MTDs), Material Test Reports (MTRs), Non-Destructive Testing (NDT) results, and other critical documentation.Conducted design calculations including Maximum Allowable Operating Pressure (MAOP), Line sizing, Wall thickness, and design pressure.Ensured compliance with ASME B31.3, ASME B31.4 & B31.8, ASTM, and API standards in design calculations and specifications.Ensured adherence to testing protocols and regulatory requirements for successful test execution.Organized and maintained technical documentation.Implemented record governance protocols to ensure data accuracy, integrity, and accessibility.

Worked in DHDS, HGU, RESID-SRU, and LEB units, gaining hands-on experience in unit processes and operations.Engaged in project scope development meetings, contributing insights and learning about project management within the refinery setting.Actively observed and adhered to health and safety procedures, demonstrating a commitment to maintaining a safe work environment.Participated in safety drills, contributing to emergency preparedness and response efforts.Completed tests, presentations, and other evaluations as required, showcasing the application of theoretical knowledge in practical refinery operations.Maintained a daily log to document learning experiences and track personal progress.Shadowed engineers to observe control panel operations, gaining insight into the monitoring and control systems integral to refinery processes.Traveled to other sites as required, broadening exposure to different facets of refinery operations.Participated in technical discussions, offering suggestions for process improvement and demonstrating proactive engagement in operational optimization efforts.Assisted in troubleshooting and resolving operational issues under the guidance of senior engineers, enhancing problem-solving skills and technical proficiency.Engaged in hands-on tasks such as equipment maintenance, calibration, and routine inspections to ensure operational efficiency and reliability.Actively sought learning opportunities by seeking mentorship from experienced professionals and attending relevant training sessions or workshops.Collaborated with cross-functional teams to support various projects, fostering a multidisciplinary approach to problem-solving and innovation within the refinery.