
Asset Management Work Processes
$5500.00
Asset Management Work Processes: 5-Day Practical Training Course for KSA and GCC
Course Overview
This practical Asset Management Work Processes Training in Saudi Arabia provides hands-on knowledge for implementing efficient asset management workflows across KSA and GCC industrial operations. This intensive 5-day program covers work order management, planning and scheduling processes, preventive maintenance workflows, breakdown management, shutdown planning, permits and safety procedures, and CMMS optimization for oil & gas, petrochemical, utilities, and manufacturing sectors.
Who Should Attend This Work Processes Course in KSA and GCC?
Maintenance Planners and Schedulers in Saudi Arabia and Gulf countries
Work Order Coordinators managing maintenance workflows
Maintenance Supervisors optimizing daily operations
Operations Coordinators interfacing with maintenance
CMMS Administrators improving system utilization
Reliability Engineers streamlining asset management processes
Maintenance Managers implementing best practices
Project Coordinators managing shutdown activities
Safety Officers ensuring work permit compliance
Course Objectives
Participants will master work order lifecycle management, planning standards and procedures, weekly scheduling optimization, backlog control, preventive maintenance program execution, breakdown response workflows, turnaround and shutdown planning, permit-to-work systems, spare parts coordination, and achieving world-class planning and scheduling performance in GCC industrial environments.
Day 1: Work Order Management and Planning Fundamentals
Morning Session: Work Order Lifecycle and Management
Topics Covered:
Work order definition and purpose in asset management
Work order types: corrective, preventive, predictive, project, inspection
Work order priority classification: emergency, urgent, routine, deferred
Work request initiation process and approval workflows
Work order status progression: created, approved, planned, scheduled, executed, closed
Work order numbering and identification systems
Integration with CMMS/EAM systems: SAP PM, Maximo, Infor
Work order data requirements: asset, failure code, labor, parts, costs
Mobile work order execution on tablets/smartphones
Work order backlog management
GCC Industry Context:
Saudi Aramco work management standards
SABIC maintenance work processes
ADNOC work control procedures
SEC (Saudi Electricity Company) work order systems
Permit-to-work integration with work orders
Afternoon Session: Maintenance Planning Process
Topics Covered:
Planning function roles and responsibilities
Difference between planning and scheduling
Planning workflow: receive work request → scope → estimate → coordinate
Job scoping and site visits
Standard Job Plans (SJP) library development
Task breakdown and work instructions
Labor hour estimation techniques
Craft skill requirements identification
Tools and equipment requirements
Special equipment needs: cranes, scaffolding, welding
Safety requirements and hazard identification
Job Hazard Analysis (JHA) preparation
Planning Best Practices:
Planning effectiveness metrics (90%+ target)
Planned vs. unplanned work ratio (80:20 goal)
Planning backlog: ready vs. total
Kitting: parts staged and ready
Planning efficiency in GCC climate: outdoor vs. indoor work
Workshop:
Developing comprehensive job plan for pump overhaul including scope, procedures, parts, tools, safety.
Day 2: Scheduling and Coordination Processes
Morning Session: Weekly Scheduling Methodology
Topics Covered:
Weekly scheduling cycle and coordination meetings
Schedule development process and inputs
Capacity planning: available labor hours calculation
Priority-based work selection from backlog
Resource leveling and optimization
Crew assignment and skill matching
Geographic work clustering for efficiency
Operations coordination and equipment availability
Conflicts resolution and schedule adjustments
Schedule freeze and change management
Daily schedule compliance monitoring
Scheduling Parameters:
Planned hours vs. available hours
Schedule compliance percentage (85%+ target)
Emergency work allowance (10-15%)
Seasonal considerations in GCC: summer heat, Ramadan
Shift patterns and coverage requirements
Afternoon Session: Preventive Maintenance Workflows
Topics Covered:
PM program management and optimization
PM task library development and standardization
Frequency determination: time-based, meter-based, condition-based
PM scheduling strategies: fixed interval, floating window
PM compliance measurement (90%+ target)
Route-based PM for multiple assets
PM task duration estimation
PM optimization: eliminate, extend, condition-based
Seasonal PM adjustments for GCC climate
Integration with condition monitoring data
PM effectiveness analysis
PM Work Process:
Automatic PM generation in CMMS
PM notification and scheduling
PM execution and data collection
PM feedback and continuous improvement
PM history trending and analysis
Case Study:
Optimizing preventive maintenance program for rotating equipment in Saudi petrochemical plant.
Day 3: Breakdown Management and Emergency Response
Morning Session: Corrective Maintenance Workflows
Topics Covered:
Breakdown notification and response procedures
Emergency work prioritization and classification
Rapid response team mobilization
Troubleshooting and diagnosis protocols
Temporary repairs vs. permanent solutions
Escalation procedures and decision authority
Parts expediting and emergency procurement
Contractor mobilization for breakdowns
Breakdown documentation and root cause capture
Converting emergency work to planned work
Emergency Response in GCC:
24/7 on-call coverage and response times
Extreme temperature emergency considerations
Critical spare parts availability
Standby equipment activation procedures
Production loss mitigation strategies
Afternoon Session: Root Cause Analysis and Failure Management
Topics Covered:
Failure reporting and tracking processes
Equipment failure modes and classification
Failure code standardization: ISO 14224, OREDA
Root Cause Analysis (RCA) triggering criteria
5 Whys, Fishbone, Fault Tree methodologies
RCA team formation and facilitation
Corrective action tracking and closure
Reliability improvement initiatives
Chronic failure elimination programs
Lessons learned documentation and sharing
Failure Data Management:
CMMS failure code structure
Failure analysis in equipment history
Reliability metrics calculation: MTBF, MTTR
Pareto analysis of failures
Predictive failure prevention
Exercise:
Conducting root cause analysis for recurrent compressor failure and developing corrective action plan.
Day 4: Shutdown Planning and Permit-to-Work Systems
Morning Session: Turnaround and Shutdown Management
Topics Covered:
Shutdown types: planned maintenance, turnaround, emergency
Turnaround planning timeline: 12-18 months advance
Work identification and scope development
Critical path method (CPM) and network diagrams
Resource estimation: labor, contractors, equipment, materials
Budget development and cost control
Shutdown organization structure and roles
Pre-shutdown preparation activities
Execution phase management and daily reviews
Post-shutdown evaluation and lessons learned
GCC Turnaround Considerations:
Summer shutdown scheduling (avoiding extreme heat)
Ramadan planning considerations
Expatriate contractor mobilization
Accommodation and logistics in remote locations
Saudi Aramco turnaround best practices
Afternoon Session: Permit-to-Work Systems
Topics Covered:
Permit-to-work (PTW) definition and objectives
Permit types: hot work, cold work, confined space, electrical, excavation, working at height
Permit issuing authority and competence requirements
Isolation and Lock-Out/Tag-Out (LOTO) procedures
Hazard identification and risk assessment
Safety precautions and PPE requirements
Permit validity period and extensions
Simultaneous operations (SIMOPS) management
Permit closure and clearance verification
Digital permit systems and mobile applications
Saudi Civil Defense Requirements:
Hot work permit regulations in KSA
Fire watch requirements
Gas testing and atmosphere monitoring
Emergency response equipment availability
Practical Session:
Completing permit-to-work documentation for maintenance job in hazardous area refinery unit.
Day 5: Spare Parts Coordination and Performance Optimization
Morning Session: Spare Parts and Materials Management
Topics Covered:
Parts identification and requisitioning process
Material reservation for planned work
Parts kitting and staging procedures
Warehouse coordination and parts availability
Just-in-time (JIT) parts delivery
Emergency parts procurement workflows
Parts return and inventory reconciliation
Surplus and obsolete parts management
Bill of Materials (BOM) accuracy
Parts standardization and interchangeability
Vendor-managed inventory (VMI) integration
Parts Process Challenges in GCC:
Long lead times for imported parts
Customs clearance procedures
Local supplier development
OEM vs. aftermarket parts decisions
Critical spares inventory strategies
Afternoon Session: Work Process Performance Measurement
Topics Covered:
Key Performance Indicators (KPIs) for work processes
Schedule compliance percentage measurement
Wrench time analysis and improvement (55%+ target)
Planning coverage percentage (90%+ goal)
Backlog management: weeks of backlog, ready vs. total
Emergency work percentage (<10% target)
PM compliance rate (>90% target)
Work order cycle time metrics
Rework percentage tracking
Labor productivity measurements
Continuous improvement methodologies
World-Class Benchmarks:
Planned work: 80-85%
Schedule compliance: 85-90%
Wrench time: 55-60%
PM compliance: 90-95%
Emergency work: <10%
Improvement Strategies:
Lean maintenance principles application
Waste elimination in work processes
Standardization and best practice deployment
Technology enablement: mobile, automation, AI
Cultural change and workforce engagement
Training and competency development
Digital Transformation of Work Processes
Topics Covered:
Mobile CMMS applications for technicians
Barcode and QR code scanning for assets and parts
Digital work instructions and procedures
Augmented Reality (AR) for guided maintenance
IoT sensors triggering automated work orders
Predictive analytics generating proactive work
AI-powered scheduling optimization
Cloud-based collaboration platforms
Paperless work order execution
Real-time performance dashboards
CMMS Optimization:
Master data quality improvement
Workflow configuration and automation
Integration with procurement, warehouse, finance
Mobile-first strategy implementation
User adoption and change management
Regional Best Practices and Implementation
GCC Industry Examples:
Saudi Aramco operational excellence in work management
SABIC maintenance planning standards
SWCC (water desalination) maintenance workflows
SEC (electricity utility) outage management
ADNOC work control center operations
Ma’aden (mining) maintenance processes
Implementation Roadmap:
Current state assessment and gap analysis
Process design and standardization
CMMS configuration and optimization
Training and competency development
Pilot implementation and refinement
Full deployment and change management
Performance monitoring and continuous improvement
Final Assessment and Certification
Comprehensive Evaluation:
Written examination: work process principles, planning and scheduling, permit systems
Practical exercise: developing complete job plan with parts, labor, safety
Scheduling simulation: building weekly schedule with constraints
Case study: troubleshooting inefficient work processes
Group presentation: work process improvement initiative for GCC industrial facility
Certificate of Completion: Asset Management Work Processes
Post-Course Support:
Work process templates and tools
CMMS best practice guides
Implementation assistance
Professional networking group
Course Benefits and Learning Outcomes
Participants will manage work order lifecycles effectively, plan maintenance jobs comprehensively, develop optimized weekly schedules, control backlog, execute preventive maintenance programs, respond to breakdowns efficiently, plan shutdowns systematically, implement permit-to-work systems, coordinate spare parts, measure performance with KPIs, and achieve world-class work process excellence.
Training Methodology
Expert instruction from experienced maintenance planners and schedulers, real workflow examples from Saudi Aramco, SABIC, GCC utilities, hands-on CMMS demonstrations (SAP PM, Maximo), practical planning and scheduling exercises, shutdown planning workshops, permit-to-work simulations, and process improvement projects.
Course Materials
Comprehensive work processes handbook, standard job plan templates, scheduling tools and calendars, permit-to-work forms, KPI calculation spreadsheets, CMMS workflow guides, GCC industry benchmarks, bilingual glossary (English/Arabic), and professional certificate.
Software Tools Covered
SAP PM work order management, IBM Maximo planning and scheduling, mobile CMMS applications, Microsoft Excel for scheduling, project management tools for shutdowns, and digital permit systems.
Prerequisites
Experience in maintenance operations or coordination roles, basic understanding of industrial equipment and processes, familiarity with CMMS systems helpful, working in asset-intensive industries in GCC, and commitment to operational excellence.
Keywords: asset management work processes KSA, maintenance planning scheduling Saudi Arabia, work order management GCC, CMMS optimization Riyadh, maintenance planning training Dubai, shutdown planning course, permit to work system, preventive maintenance workflow, maintenance scheduling Gulf, work process improvement, planning and scheduling best practices, maintenance backlog management, turnaround planning petrochemical, SAP PM training, Maximo work management, maintenance KPIs, wrench time improvement, maintenance productivity Gulf countries, asset management procedures Middle East, industrial maintenance processes GCC
Course available in Riyadh, Jeddah, Dammam, Jubail, Yanbu, Dubai, Abu Dhabi, Doha, Kuwait City, and online across GCC region. Customized in-house training for Saudi Aramco contractors, SABIC facilities, SWCC operations, SEC utilities, and major industrial organizations.


