Moosa AL-Shuaili

▪ Supervising on-site well integrity and intervention operations (WHM, Slickline, NCP) across PDO, OQ, and ARA client contracts.
▪ Acting as Company Site Representative — driving PTW compliance (PR-1172), HSE standards (CP-122), and contract adherence across all work sites.
▪ Identifying and mitigating operational risks; conducting first-line incident investigations and reporting in line with client standards.
▪ Planning and overseeing WIT, SIT, and B-Annulus pressure tests across assigned field areas.
▪ Managing interfaces between field teams, asset teams, and multi-discipline stakeholders to maximise operational efficiency.
▪ Consolidating monthly KPI data for WHM and NCP LP-HPHT operations; quality-checking well data in eWIPS, SAP, and EDM.
▪ Reviewing and updating SOPs and risk assessments in alignment with client and SOSCO IMS standards.
▪ Tracking employee competence and development through SOSCO ELEVATE across well integrity and field operations teams.
▪ Coaching, mentoring, and developing Omani national staff within the well integrity discipline

• Developing and co-ordinating well integrity
  maintenance scopes.
  Ensuring both work and results data is managed
  effectively and failures are formulated PDO eWIPS
  application.
  • Develop & maintain the action plans to with
  appropriate action to mitigate integrity risks.
  • Co-ordinate and lead HAZOP / HAZID / peer
  reviews associated with well changes / problems
  highlighted with a potential to impact well integrity
  • Supporting asset team into development and
  implementation of an integrated plans for
  managing well integrity in all phases of well lifecycle.
  • Supporting into development and implementation
  of a database for collating well integrity information
  linking to SAP and aligned with corporate reporting
  requirements in assigned asset area
  • Carrying out activities as defined and agreed in
  order to update of CoP and Management
  Specifications responsibility matrices.
  • giving the advises as well integrity focal point on
  mitigating action required based on well failure
  models / process & controls and on well integrity
  lifecycle requirements of well and completion
  design
  • Co-ordinate communication activities within
  assigned asset focal points.
  • Coaching and mentoring any Omani staff
  assigned as Well Integrity Engineer.
  • Reporting the progress against change
  implementation to Well Integrity Specialist and asset
  performance / progress to asset integrity reporting

• Used coordination and planning skills to achieve results according to schedule
• Quickly learned new skills and applied them to daily tasks, improving efficiency and productivity
• Onboarded new temps by entering into AEGIS and setting up in time clock
• Developed and implemented performance improvement strategies and plans to promote continuous improvement
• Performed duties in accordance with applicable standards, policies and regulatory guidelines to promote safe working environment
• Delivered wellhead maintenance to customer locations within specific timeframes
• Oversaw daily NCP operations to ensure high levels of productivity
• Worked with FBOM to understand needs and provide excellent service
• Demonstrated respect, friendliness and willingness to help wherever needed
• Worked closely with FBOM to maintain optimum levels of communication to effectively and efficiently complete projects
• Drove operational improvements which resulted in savings and improved profit margins
• Created plans and communicated deadlines to ensure projects were completed on time
• Developed team communications and information for meetings
• Monitored company min/max inventory to keep stock levels and databases updated
• Saved $70K by implementing cost-saving initiatives that addressed long-standing problems
• Carried out day-day-day duties accurately and efficiently

• Troubleshot and repaired day-to-day operational issues to keep productivity levels high and prevent safety hazards
• Recommended changes to work flows or on-site procedures with eye towards increasing profitability of leases
• Reviewed repair procedures and methods during course of repairs to minimize safety hazards and negative environmental impact while restoring company equipment to working order
• Safeguarded company assets, immediately reporting abnormalities to supervisors to prevent or mitigate corporate loss
• Conducted daily inspections of surface equipment and pumps to identify and address seal leaks, improper priming and other minor operational inefficiencies
• Corrected unsafe conditions or practices immediately upon recognition to eliminate workplace accidents
• Recorded operating data such as WIT, SIT and well integrity results.
• Monitored gauges and flowmeters and inspected equipment to verify tank levels, temperatures and pressures remained at specified levels, reporting abnormalities as necessary
• Stayed calm and focused in emergency situations to provide efficient fixes for diverse mechanical problems

• Attached pumps and hoses to wellheads
• Monitored wells to track and document flow, fluid levels and temperatures
• Supervised oil pumpers and other workers engaged in producing oil from wells
• Collaborated with WH technicians and related service employees to managing daily operations and repair needs.
• Tested wells to determine production rates, identified problems and implemented corrective actions
• Maintained efficient systems to meet daily goals for gas, oil and water production
• Drove trucks transporting high-pressure pumping equipment and chemicals or fluids to be pumped into well.
• Performed cleaning, repair and maintenance activities to keep the wells functional and safe.
• Led projects and analyzed data to identify opportunities for improvement
• Created plans and communicated deadlines to ensure tasks were completed on time
• Identified issues, analyzed information and provided solutions to problems

• Created radiographic images to detect flaws in objects while leaving objects intact
• Used sonic measurements to map presence of imperfections within objects
• Used radio astronomy, voltage and amperage measurements to evaluate material properties
• Used thermal and infrared testing to identify defects in flow lines, vessels, joints and tanks
• Conducted liquid penetrant tests to locate surface cracks by coating objects with fluorescent dyes, cleaning excess penetrants and applying developers
• Evaluated and reported inner structure and flaws by preparing scaled diagrams pinpointing defects
• Visually examined materials, structures and components for signs of corrosion, metal fatigue and cracks