Mohamed Fagiree

• Deliver technical training programs covering offshore and onshore oil & gas operations,
including process systems, equipment operation, and facility workflows.
• Develop and customize short courses, training materials, presentations, and case studies
aligned with KJO operational standards and procedures.
• Enhance staff understanding of production processes, utilities, safety systems, and
equipment operation.
• Conduct hands-on, classroom, and field-based training sessions to bridge theory with real
operational practices.
• Assess trainee performance and knowledge retention through evaluations, exercises, and
practical assessments.
• Promote safe operations by integrating HSE requirements, permit-to-work systems, and risk
awareness into all training activities.
• Support continuous improvement by identifying skill gaps and recommending targeted
training solutions.
• Coordinate with operations, maintenance, and engineering teams to ensure training
relevance and effectiveness.

• Managed asset portfolio database and implemented EAM-Oracle system for effective
maintenance tracking.
• Developed maintenance strategies, reducing unplanned downtime by 20% and extending
asset lifespan by 15%.
• Led continuous improvement initiatives, improving equipment reliability by 30% and
reducing maintenance costs.
• Conducted criticality analysis and optimized maintenance budgeting for both water and
wastewater assets.
• Oversaw performance monitoring of new assets, achieving 15% efficiency gains in the first
year.

• Managed asset data across EPC project lifecycle phases (engineering, procurement,
construction, and commissioning), and led the implementation of the Oracle EAM system to
ensure seamless asset data integration from project handover to operations.
• Developed and implemented asset maintenance strategies (PM, CBM, PdM, RBI) during EPC
and pre-commissioning stages, ensuring maintainability, reliability, and readiness for
operations in line with RCM principles.
• Led Asset Codification and Criticality Assessment in alignment with EPC deliverables,
ensuring proper asset hierarchy, tag consistency, and integration of FMEA results into CMMS
failure modes prior to system handover.
• Coordinated with engineering and construction teams to deploy real-time equipment health
monitoring systems, ensuring correct installation, calibration, and data integration of
sensors (vibration, temperature, flow, etc.) during commissioning.
• Conducted Root Cause Analysis (RCA) on commissioning and early operation failures,
feeding lessons learned back into design improvements and predictive maintenance models.
• Supported the development and implementation of Risk-Based Inspection (RBI) strategies
for static equipment, ensuring compliance with project specifications, international
standards, and integrity requirements during EPC and operational phases.
• Actively contributed to digital transformation initiatives within EPC projects, including Asset
Performance Management (APM) and predictive analytics, ensuring alignment between
project delivery and long-term operational reliability.
• Monitored EPC project milestones, risks, and KPIs using PMO tools (MS Project, Power BI,
Primavera), ensuring effective coordination between project execution and asset reliability
objectives.

• Designed, developed, and implemented mechanical systems and equipment for Central
Processing Facilities (CPF) and water treatment projects, including pumps, pressure vessels,
heat exchangers, electrostatic dehydrators, atmospheric storage tanks, and boilers, ensuring
compliance with industry standards and safety regulations.
• Optimized maintenance strategies, increasing MTBF by 15% and reducing downtime by
20%.
• Conducted advanced asset integrity assessments, including mechanical calculations for
piping, pressure vessels, and heat exchangers, as well as pipe stress analysis, nozzle
evaluations, hydrostatic test pressure calculations, and fitness-for-service assessments to
ensure system reliability and safety.
• Evaluated asset fitness-for-service across the lifecycle by analyzing material properties,
design codes, and operational parameters to optimize performance and longevity.
• Led daily maintenance activities with a 95% schedule adherence using EAM EPICOR,
improving maintenance task execution by 20%.
• Optimized maintenance strategies for rotating and static equipment, reducing downtime
by 20% and increasing Mean Time Between Failures (MTBF) by 15%.
• Managed inventory turnover through strategic material ordering, technical evaluations, and
cost-effectiveness analysis, ensuring optimal availability.
• Established KPIs for mechanical inspection programs, driving operational improvements.
• Performed technical reviews for project documentation, deviation analyses, and progress
tracking to ensure alignment with engineering and operational goals.
• Enhanced operational efficiency by improving workflow techniques, documentation
processes, and measurement methodologies.
• Directed the planning and execution of safe and efficient turnarounds and capital projects,
maintaining strict adherence to budgets and timelines.
• Proposed and reviewed equipment and system modifications to enhance reliability,
efficiency, and operational performance.
• Conducted specialized technical investigations, delivering actionable insights to address
complex operational challenges.

• Played a key role in EPC project execution (Engineering, Procurement, Construction, and
Commissioning) for Central Processing Facilities (CPF), GOSP, delivering mechanical
systems in line with project specifications, international codes, and HSE requirements.
• Led and participated in detailed engineering design activities, including equipment sizing,
datasheet preparation, and design verification for pumps, pressure vessels, heat exchangers,
electrostatic dehydrators, storage tanks, and boilers.
• Supported procurement phase activities, including technical bid evaluation (TBE), vendor
document review, and equipment selection to ensure compliance with project and lifecycle
reliability requirements.
• Actively involved in pre-commissioning and commissioning activities, including
hydrotesting, flushing, loop checks, and performance testing (SAT/FAT), ensuring systems
were ready for Ready for Start-Up (RFSU) and smooth handover to operations.
• Conducted engineering reviews of EPC deliverables, including drawings, calculations,
deviation requests, and technical queries (TQ), ensuring alignment between design intent,
construction execution, and operational requirements.
• Performed advanced asset integrity and mechanical calculations (piping stress analysis,
nozzle load evaluation, hydrotest pressure calculations, and Fitness-for-Service
assessments), ensuring compliance with design codes and long-term reliability.
• Integrated maintenance and reliability strategies (PM, CBM, PdM, RBI) during EPC and early
operation phases, improving maintainability and achieving 15% MTBF increase and 20%
downtime reduction post-handover.
• Led asset data validation, codification, and CMMS/EAM integration (EPICOR) during project
handover, ensuring accurate asset registry and smooth transition from project to operations.
• Managed material and spare parts planning during EPC and startup phases through technical
evaluation and inventory optimization, ensuring availability for commissioning and early
operations.
• Established and monitored KPIs for mechanical integrity and inspection programs,
supporting both project performance tracking and operational excellence.
• Planned and executed turnarounds and capital projects in coordination with EPC
stakeholders, ensuring safe delivery within budget and schedule constraints.
• Proposed and implemented design improvements and field modifications during
construction and commissioning phases to enhance reliability, operability, and
maintainability.
• Conducted technical investigations and troubleshooting during commissioning and early
operation, resolving complex issues and ensuring stable system performance post-startup.
• Developed and authored technical instructions for machine operators, ensuring adherence
to specifications, procedures, and safety guidelines.
• Reviewed and analyzed technical diagrams, plans, and specifications using computer
aided software to facilitate accurate and efficient production processes.
• Conducted comprehensive risk assessments, implementing control measures to enhance
workplace safety and compliance with industry regulations.
• Performed detailed surveys of mechanical systems and equipment to verify operational
integrity and ensure optimal performance.

• Developed and authored technical instructions for machine operators, ensuring
adherence to specifications, procedures, and safety guidelines.
• Reviewed and analyzed technical diagrams, plans, and specifications using computer
aided software to facilitate accurate and efficient production processes.
• Conducted comprehensive risk assessments, implementing control measures to
enhance workplace safety and compliance with industry regulations.
• Performed detailed surveys of mechanical systems and equipment to verify operational
integrity and ensure optimal performance.

Develop internal Processes and plan for mechanical verification, product development and factory
processes.
Ensure equipment is working properly and as intended by conducting multiple tests run on machines.
Conduct in-depth inspections into equipment, deconstructing machines to fix faults internally.
Regularly monitored machine and equipment performance, ensuring equipment stayed in functional
working order.
Managed investigations regarding troubleshooting, fault finding and solving product or production
issues.
Delivered quality performance data after product inspections, highlighting defects and improvement
opportunities.
Supply teachers with detailed and regular feedback on pupils achievement, progress and problems.
Managed, organized, controlled and prioritized workload of inspection teams.

• Developed and implemented internal processes for mechanical verification, product
development, and factory operations to ensure efficiency and compliance with industry
standards.
• Conducted comprehensive equipment testing to verify functionality, performance, and
adherence to design specifications.
• Performed in-depth inspections and troubleshooting by deconstructing machinery to
diagnose and rectify internal faults.
• Monitored machine and equipment performance to ensure continuous operational
efficiency and minimize downtime.
• Led investigations into troubleshooting and fault-finding, resolving product and production
issues to optimize manufacturing processes.
• Provided detailed quality performance reports following product inspections, identifying
defects, and recommending improvements.
• Managed and supervised inspection teams, organizing workloads, prioritizing tasks, and
ensuring quality control objectives were met.

• Prepare and duplicate teaching materials to help facilitate student
• understanding of key content.
• Assess and catered to student needs by providing one-to-one support
• and guidance.
• Supply teachers with detailed and regular feedback on pupils
• achievement, progress and problems.

• Assisted in delivering mechanical engineering courses, mentoring students in applied
research.