FPSO Planning, Scheduling & Project Management Certified Professional
with Domain Specific Ai Competencies

1. Develop complete professional competence in FPSO project planning, scheduling, and project management encompassing all lifecycle phases from concept through commissioning and operations readiness aligned with international project management standards.

2. Master FPSO-specific planning methodologies including Work Breakdown Structures, critical path scheduling, resource planning, procurement coordination, construction sequencing, integration strategies, and commissioning readiness frameworks.

3. Implement advanced project controls including cost estimation, budgeting, earned value management, risk analysis, Monte Carlo simulation, scenario planning, and performance measurement systems for FPSO projects.

4. Apply AI-driven forecasting tools, machine learning for risk prediction, digital planning platforms, real-time dashboards, and data analytics to optimize FPSO project decision-making and delivery performance.

5. Understand how to Leverage Data Analytics and Ai for Decision Insights, Proactive Decision Support and Possible Job Automation.

6. Take participant on path to become ready to become part of the Future Ai Competent Workforce.

Project Engineers, FPSO Planners, Schedulers, Project Managers, and Project Controls Professionals responsible for FPSO project execution and delivery. Operations Engineers, Marine Engineers, Mechanical Engineers, Process Engineers, and Technical Specialists involved in FPSO project planning and coordination.

QA/QC Professionals, PMO Staff, Commissioning Coordinators, and Operations Readiness Personnel supporting FPSO project workflows. Procurement Specialists, Logistics Coordinators, Contract Administrators, and Construction Managers working on FPSO engineering, fabrication, integration, and commissioning activities.

• Introduction to FPSO Planning, Scheduling & Project Management Certified Professional
  with Domain Specific Ai Competencies
• FPSO purpose, vessel types, and offshore production systems overview
• FPSO project lifecycle phases - concept, FEED, detailed design, procurement, construction, integration, towing, hookup, commissioning, operations
• Project management frameworks and standards for FPSO projects (PMI, APM, ISO 21500)
• FPSO-specific project challenges and complexity factors
• Role of planning and scheduling in FPSO project success
• Industry best practices and benchmarking in FPSO project delivery
• FPSO Systems and Major Components Understanding
• Hull systems - vessel structure, compartments, and marine systems
• Process systems - separation, treatment, compression, water injection, utilities
• Mooring and turret systems - internal/external turret, mooring lines
• Topside modules and facilities layout configuration
• Subsea systems interface - risers, flowlines, umbilicals
• Power generation, electrical distribution, and control systems
• Safety systems - fire protection, emergency shutdown, escape and evacuation
• FPSO Engineering Procurement Construction and Integration Workflow
• Engineering phases - concept, FEED, detailed design, procurement support
• Procurement workflow - vendor selection, equipment ordering, expediting, logistics
• Construction phases - hull construction/conversion, topside module fabrication
• Integration strategies - quayside integration versus offshore hookup
• Marine operations - loadout, seafastening, towing, installation
• Hookup and commissioning workflow and handover to operations
• Project workflow optimization and interface management
• Project Roles Responsibilities and Stakeholder Matrix
• Operator organization structure and project team composition
• EPCI contractor roles and responsibilities matrix
• Vendor and supplier interfaces and coordination requirements
• Regulatory authorities and classification society involvement
• Financial institutions and joint venture partner interfaces
• Operations team involvement and readiness activities
• RACI matrix development for FPSO projects
• Building FPSO Work Breakdown Structure Based on Lifecycle
• WBS principles and hierarchical decomposition approach
• Level 1-5 WBS structure for FPSO projects
• WBS organization by phase, system, discipline, or location
• WBS dictionary development and scope definition
• WBS coding structure and numbering systems
• Linking WBS to schedule, cost, and resource management
• WBS templates and customization for different FPSO configurations
• Defining Scope Deliverables and Breakdown Levels
• Scope definition and boundary clarification for FPSO projects
• Deliverables identification across all project phases
• Engineering deliverables - drawings, specifications, calculations, analyses
• Procurement deliverables - equipment, materials, vendor documentation
• Construction deliverables - fabricated modules, integrated topsides, installed systems
• Commissioning deliverables - test records, certifications, operating procedures
• Scope verification and acceptance criteria definition
• Planning Principles and Project Logic Development
• Forward pass and backward pass scheduling calculations
• Dependencies and logical relationships - FS, SS, FF, SF
• Constraints and date restrictions in FPSO schedules
• Leads and lags application in activity sequencing
• Planning horizons and rolling wave planning approach
• Resource-constrained versus time-constrained planning
• Planning assumptions documentation and validation
• FPSO Planning Challenges and Constraints Management
• Long lead equipment and procurement constraints
• Yard capacity constraints and resource availability limitations
• Weather windows for marine operations and offshore work
• Regulatory approval timelines and certification requirements
• Technology readiness and first-of-a-kind equipment risks
• Interface coordination across multiple contractors and locations
• Simultaneous activities management and workspace constraints
• Integration of Engineering Procurement and Construction Plans
• Integrated master schedule development and maintenance
• Engineering-procurement interface and information flow
• Procurement-construction dependencies and material delivery coordination
• Construction-to-commissioning handover planning and readiness gates
• Look-ahead planning and short-interval planning practices
• Schedule integration across multiple project locations and contractors
• Change management and schedule baseline control processes
• Network Diagrams Logic Relationships and Sequencing
• Precedence diagramming method (PDM) for FPSO schedules
• Activity definition and work package breakdown
• Logic tie development and dependency validation
• Open ends identification and resolution
• Schedule logic audits and quality assurance
• Alternative sequencing strategies evaluation
• Fast-tracking and schedule compression techniques
• FPSO Critical Paths and Milestone Planning
• Critical path identification and monitoring methodologies
• Near-critical paths and float management strategies
• Milestone definition and alignment with contractual requirements
• Stage gates and decision point integration in schedules
• Completion milestones - mechanical completion, pre-commissioning, ready-for-startup
• Progress measurement against milestones and recovery planning
• Critical path sensitivity analysis and risk assessment
• Schedule Baselines and Coding Structures
• Baseline schedule development and approval process
• Schedule revisions and version control management
• Schedule coding structures - WBS, area, discipline, contractor, phase
• Filters and layouts for schedule views and reporting
• Schedule updates and progress measurement procedures
• Baseline comparison and variance analysis reporting
• Re-baselining criteria and approval authorities
• Engineering Deliverables and Master Document Lists
• Engineering document types and deliverable registers
• Document numbering systems and revision control
• Engineering progress measurement - planned versus actual documents
• Document workflow and approval cycles planning
• Vendor data requirements and integration with engineering
• Engineering information management systems and databases
• Engineering productivity metrics and forecasting
• Procurement Planning Long-Lead Items and Vendor Dependencies
• Long lead equipment identification and early ordering strategies
• Vendor selection process and bid evaluation timelines
• Purchase order placement and vendor mobilization planning
• Vendor data deliverables scheduling and expediting
• Inspection and expediting visit planning and coordination
• Material delivery schedules and logistics planning
• Vendor performance monitoring and risk mitigation
• Material Tracking Procurement Dashboards and Integration
• Material requisition and purchase order tracking systems
• Expediting status monitoring and exception reporting
• Material delivery forecasting and updated schedules
• Procurement dashboards - real-time status visualization
• Integration of procurement schedules with construction and installation
• Material shortage identification and mitigation planning
• Procurement performance metrics and KPI development
• Construction and Fabrication Scheduling Hull and Topsides
• Hull construction/conversion schedule and work sequence
• Topside module fabrication schedules and yard allocation
• Block assembly and module integration sequencing
• Painting, insulation, and completion activities scheduling
• Weight control integration with construction progress
• Quality inspections and testing integration in schedules
• Construction progress measurement - physical progress versus planned
• Yard Work Sequencing Resource Leveling and Optimization
• Construction yard resource capacity analysis and constraints
• Resource loading and leveling techniques application
• Multi-project resource sharing and optimization
• Shift planning and overtime strategies evaluation
• Crane and heavy equipment utilization planning
• Workspace management and congestion mitigation
• Workforce planning and skilled labor availability management
• FPSO Integration Strategies Heavy Lifting and Marine Coordination
• Integration philosophy - quayside versus offshore integration
• Module lifting operations planning and heavy lift vessel scheduling
• Load-out operations planning and seafastening design timeline
• Marine spread coordination - tugs, barges, support vessels
• Weather window analysis and marine operations scheduling
• Offshore installation schedule and hookup sequence planning
• Marine warranty surveyor coordination and approval processes
• Risk Management Risk Identification and Assessment Methodologies
• FPSO project risk categories - technical, commercial, schedule, regulatory, HSE
• Risk identification techniques - brainstorming, checklists, lessons learned
• Risk register development and maintenance procedures
• Qualitative risk assessment - probability and impact matrices
• Quantitative risk assessment - Monte Carlo simulation, sensitivity analysis
• Risk response strategies - avoid, transfer, mitigate, accept
• Risk monitoring and control throughout project lifecycle
• Monte Carlo Simulation Schedule Uncertainty and Probabilistic Analysis
• Three-point estimating for activity durations - optimistic, most likely, pessimistic
• Probability distributions selection for schedule activities
• Monte Carlo simulation setup and execution using scheduling software
• P50, P80, P90 schedule forecasts interpretation and application
• Confidence levels and contingency determination
• Tornado diagrams and sensitivity analysis for risk prioritization
• Communication of probabilistic schedules to stakeholders
• Cost Estimation Budgeting and Earned Value Management
• FPSO cost breakdown structure alignment with WBS
• Cost estimation methods - parametric, analogous, bottom-up, three-point
• CAPEX and OPEX estimation for FPSO projects
• Budget development and cost allocation to WBS elements
• Earned Value Management (EVM) principles - PV, EV, AC, SPI, CPI
• Estimate at Completion (EAC) and Estimate to Complete (ETC) forecasting
• Cost performance analysis and variance explanation reporting
• FPSO KPIs Dashboards and Performance Visualization
• Key Performance Indicators selection for FPSO projects - schedule, cost, quality, safety
• Leading and lagging indicators for project performance monitoring
• Dashboard design principles and visualization best practices
• Real-time data integration and automated dashboard updates
• Executive dashboards versus detailed operational dashboards
• Mobile access and field-based performance visibility
• KPI trending analysis and predictive performance insights
• Digital Project Management Tools and Integrated Planning Systems
• Project scheduling software - Primavera P6, Microsoft Project, Asta Powerproject
• Document management systems and collaboration platforms
• Cost management and earned value software tools
• Risk management software and quantitative analysis tools
• Digital twin technology for FPSO project visualization
• Cloud-based project management platforms and data integration
• Digital tool selection criteria and implementation planning
• Artificial Intelligence for FPSO Project Forecasting and Optimization
• AI applications in project scheduling - activity duration prediction, critical path forecasting
• Machine learning algorithms for schedule risk prediction and delay anticipation
• Natural language processing for project document analysis and insight extraction
• AI-based resource optimization and allocation recommendations
• Predictive analytics for cost forecasting and budget performance
• AI-powered scenario planning and what-if analysis automation
• Integration of AI insights into project decision-making workflows
• QA/QC Planning Quality Plans and Inspection Test Plans
• Quality management system requirements for FPSO projects
• Quality plans development aligned with project phases
• Inspection and Test Plans (ITP) for equipment, fabrication, installation, commissioning
• Hold points, witness points, and review points definition
• Non-conformance management procedures and tracking systems
• Quality documentation requirements and handover packages
• Quality performance metrics and continuous improvement initiatives
• Interface Management Interface Registers and Coordination
• Interface identification between disciplines, systems, contractors, phases
• Interface Control Documents (ICD) development and management
• Interface matrix creation and responsibility assignment
• Interface meetings and coordination protocols establishment
• Interface issues tracking and resolution management
• Physical interfaces - mechanical, electrical, structural connections verification
• Information interfaces - data requirements, document transmittals, approvals coordination
• Operations Readiness and Assurance Planning
• Operations Readiness and Assurance (OR&A) framework and objectives
• Readiness criteria definition for operations phase transition
• Operations organization structure development and manning planning
• Operations procedures and training materials preparation scheduling
• Spares and consumables procurement and logistics planning
• Operations team competency development and certification planning
• Readiness reviews and gate assessments scheduling and execution
• Commissioning Sequence Pre-Commissioning and System Handover
• Commissioning strategy development - systems-based versus area-based approach
• Pre-commissioning scope definition and planning - cleaning, testing, preservation
• Mechanical completion criteria and punch list management planning
• System turnover protocols and handover package requirements
• Dynamic commissioning and performance testing schedules
• Handover from commissioning to operations planning and criteria
• Lessons learned capture and continuous improvement integration
• Program Recommendations
• Post Program Action Plan for Participant

Euro Training is in the business of providing

1. Knowhow and Technology Transfer to the Participants.
2. Multi-discipline Advanced understanding, skills, competencies and step-by-step analytic understanding and implementation of the program topics and issues (this understanding and application competency would otherwise have come from years of very rich work experience).
3. Knowledge framework which will enable participant catch his own past/present/future job related experience and understand its relevance to the job decisions. Participant will be able to propose such knowledge system requirements.
4. Training that empowers the participant to identify, support and implement improvements in his job, team, section, department or organization.

A 4 Week Certification Level Training Workshop participant will typically take away...

1. A Multi Discipline Knowledge Framework that will help the participant make sense of, put in the proper context and learn from his previous, present and future experience on the work. He will also take away Program (Instructors) Recommendations and a Detailed Action Plan. The Action Plan provides a Detailed Road Map for Implementing (in his work) what participant has learnt during the program.
2. Generally the 4 week certification programs add advanced level depth to the 1/2/3 week program topics typically by including additional advanced considerations (where applicable) of Risks, Prioritization, Quality Assurance, Strategic Considerations, Process and Control Automations, Early Warning Systems, Performance Evaluation, Key Performance Indicators, Improvements, Benchmarking, Innovation, Disruptive Innovation, Data Analytic, Quality Assurance System, Risk Management, Standardization, Audit and Preparing an individualized Detailed Action Plan to apply the program learnt methods and strategies. These longer duration programs also typically add many case studies and 4 or 5 hands on workshops to help apply what the participant has learnt during the program.

(Benefits Made possible by Euro Training's unique, multidiscipline, customer focused easy to understand and apply training methodology that relies on Industry Good and Best Practices)

This training is an effective way to quickly make the participant competent, effective and productive on his job. Each program is customized and made useful for...

Training new employees to get them productive quickly on relevant jobs

Team Building Training Just Prior to a Relevant New Project, New Initiative, New Technology, New System, New Improvement, New Emphasis or New Strategy being Planned or Implemented in the Organization (requires sending 2 or more team members together to the same program at the same location and dates)

• Create Proven and Documented Competency (4 week programs and if Certified) and Skills in participant to incorporate in his job performance (to the depth allowed by the program duration)...
• Technical and Process Knowhow
• Alignment to the Needs and Expectations of Stakeholders/ Customers (internal & external)
• Alignment to Organizational Strategic Objectives
• Good Management Practices meeting Recommendations and Requirements of the Relevant Industry Standards
• Best Practices that assist Making Dramatic Improvements, including as relevant, Productivity Improvements, Product and Service Differentiation, Big Performance Improvements and Generally Exceeding Stakeholder/ Customer Expectations
• Create a pool of Certified Trained (instructor) manpower that can cost-effectively disseminate the program knowhow to a large number of employees inside the organization. The participant can sit for the professional certification tests and on passing the tests be professionally certified in the program field - if applicable. (You should attend this 4 week certification level program version if certification or becoming a program instructor is the primary objective)
• Euro Training Instructors often act as mentors for your employees who have attended our training programs. Your organization or the individual participant can utilize this service to ensure effective post program reinforcement and application of skills and competencies acquired during the training - to develop his career and performance further. (This depends on the relationship your participant builds with the Instructors. Please inquire about our post program mentoring plans)
• Participant Individual Career Benefits
• As a participant you gain a multi-discipline understanding of the issues, analysis competency and methods relevant to your program topics and modules. This means that you will be able to understand and perform your relevant job like a Professional and Not like a Just-Graduated-Professional/Teenager/Novice. In other words this means post program when you take decisions related to your work you will start considering your work's Implications on (as applicable): Technology Options, Risks, Needs and Expectations of the different stakeholders; Strategic Alignment, Work Productivity, Legal & Contractual Obligations, Intellectual Property Aspects, Safety, Security, Audit, Cost Benefit Aspects, Value Engineering Opportunities.... and more as relevant.
• The detailed action plan you prepare and take away after the program will help you take initiative and make a positive difference in your performance on the job, team, business unit or organization. This difference after implementation and when added to your resume will make you a prime candidate for career advancement in your own organization or in your next job/s.
• Implementing what you learn in the program will lead to providing you a feeling of Job Satisfaction, Self Esteem and reduce Monday Morning Blues. The program ensures you will learn about and understand the Strategic Alignment Aspects of your job (as relevant) and in the process enable you to make a leadership contribution in your work area, team or organization.

1. Registration Recommendations
2. Team Nominations (training teams): If the post program objective is to Assign the Participants to Roles that require (any of): Implement Changes requiring Establishing Teams, Work on New Projects, eEnable Existing Processes, Implementing a Relevant Data Analytic Project, Building a Knowledge System, Building a Quality Assured System, Adopting and/or Implementing ISO9001 or other Industry Standards, Setting-up KPI's or Service Level Agreements (SLA's), Setting up a Balanced Score Card System, Setting Up an Early Warning System... it is recommended that the organization nominate at least two participants together for this program. This will help the participants create a Critical Mass for the Change and support each other during such implementations.
3. Single participant nominations can be made where the objective is to:-
4. Refresh and Upgrade skills, analytic abilities and competencies of existing employees, or, Develop relevant skills, analytic abilities and competencies in the new employees assigned these responsibilities.

Team Nominations : Train individuals for Leadership Role in Teams, Section, Business Unit, Department or Organization.

Single Nominations will also be accepted for the program.

Language of Instruction

1. All Programs are in English. Arabic Language Support is also Available. French and Spanish Translation Service is available by prior arrangement.
2. Certificates
3. Certificate of attendance is awarded to all Participants attending this program and on payment of Program Fees. Further, if you appear for the Certification Test and on your successfully passing the Test and on instructor favorable personal assessment you will be Certified as a Relevant Industry Professional. The decision of Euro Training Limited will be final in determining if you have Acquired the required competency to be Certified as such a Professional. Should you fail to get Certified the instructor may recommend further study (or training program) before a redetermination may be made regarding your Certification. Professional Certifications are valid for 5 years.

Online eTraining Fee £10,000 (USD $12,500) per participant. Classroom Training £13,990 (USD $17,800) per participant.

1. To register: Please send us an official letter confirming registration (on organizational letterhead or company email). And send us a completed registration form electronically fillable is available at https://www.eurotraining.com/etl-reg.php You can request or registration form by Emailing regn@eurotraining.com and eurotraining@gmail.com
2. For Program Fee Information Email: fees@eurotraining.com Fees are Payable by Bank Transfer only. Fee information is available at: https://www.eurotraining.com/fees.php .
3. Online Instructor Lead Program Fee is
   • 1 week (5 day/40 hrs) ONLINE GLOBAL Training Program: USD $2,500. (Six Day Online Program Fee USD $3,000)
   • 2 week (10 day/40 hrs) ONLINE GLOBAL Work Process by Process Training Program: USD $4,500. (3 Week Advanced Program Online Program Fee USD $6,250)
   • 4 weeks (20 day/160 hrs) ONLINE GLOBAL Work PROFESSIONAL CERTIFICATION Training Program: USD $8,500
   • Accommodation is not included in Program fee. Special rates will be available at venue hotel for the class room training program participants.
   • Special discount of 10% is offered for participants who pay their fees at least 45 days before start of the program.
   Refund will not be considered where the participants cancels his registration less than 3 weeks before start of the program. Alternate nominations will be allowed anytime before program start. In case of exceptional hardship or emergency participant may be allowed to attend at another location.
4. All participants are required to fill in Participant Information form - on first day of the program. Each program Undergoes Customization to Better Meet Participant Present and Future Career Needs. Please be prepared to let the Instructor/s know about your organization's Special Needs, Interests or Initiatives.
5. It is always useful for participants to bring their existing problems or case studies, work-process flow charts or job related problems for discussion - consideration will be at sole discretion of the program director/s.
6. Provisional Registration : You can make a provisional registration by sending us an email – an official registration request can be made within 2 weeks. This will ensure we will reserve a seat. If The official registration request is not received within 2 weeks or at least 2 weeks before program start this provisional registration is automatically cancelled – we do request you to infrom us asap you have decided either way. All provisional registrations automatically cancel 2 weeks before program start.
7. Information required for Provisional Registration: Program Title, Location, Dates, Your Organization Name, Your Email Address, your Mobile Number.