Integrated Field Development Planning

Introduction

Successful oil and gas projects begin with a well-structured Integrated Field Development Planning (IFDP) process. From the first exploration results to full-scale production, every technical, commercial, environmental, and operational decision must work together to maximize asset value while minimizing risk.

This Integrated Field Development Planning training course provides professionals with a comprehensive understanding of the planning process used to transform hydrocarbon discoveries into commercially viable developments. Participants will learn how multidisciplinary teams—including geoscientists, reservoir engineers, drilling specialists, production engineers, facilities engineers, economists, and commercial experts—collaborate to evaluate opportunities, manage uncertainty, and develop profitable field development strategies.

The course combines technical knowledge with practical business insights, enabling participants to understand how engineering decisions influence project economics, production performance, investment planning, safety, sustainability, and long-term asset value. Through real-world case studies, workshops, and interactive discussions, attendees will develop the skills needed to contribute effectively to upstream development projects worldwide.

Whether working in exploration, reservoir engineering, production, project management, or commercial operations, this course equips professionals with the knowledge required to participate confidently in integrated field development teams and support successful project execution.

Course Objectives

By the end of this Integrated Field Development Planning course, participants will be able to:

Understand the complete field development planning process from discovery through production.
Learn how multidisciplinary teams collaborate to develop technically sound and economically viable field development plans.
Evaluate reservoir, drilling, production, facilities, commercial, and environmental factors during project planning.
Apply petroleum economics principles to assess project feasibility and investment opportunities.
Use modern decision-analysis techniques to reduce uncertainty and improve investment decisions.
Understand petroleum resource classification, reserve estimation, and production forecasting.
Analyze production contracts, fiscal systems, and regulatory frameworks affecting field development.
Incorporate health, safety, environmental, and sustainability considerations into development planning.
Strengthen strategic thinking and decision-making skills for upstream oil and gas projects.

Course Outline

Day 1: Fundamentals of Integrated Field Development Planning

Understanding the Upstream Industry
Oil and gas value chain overview
Exploration to production lifecycle
Asset development stages
Key stakeholders and industry roles
Challenges facing modern upstream projects
Integrated Development Teams
Roles of geoscientists and engineers
Reservoir engineering integration
Drilling and completion planning
Facilities and production engineering
Commercial and financial collaboration
Field Development Planning Process
Data gathering and evaluation
Reservoir characterization
Managing uncertainty
Development planning workflow
Best practices for integrated planning

Day 2: Development Concepts and Petroleum Economics

Building Development Strategies
Concept generation and screening
Production system selection
Surface facility planning
Well placement optimization
Infrastructure considerations
Petroleum Economics
Capital and operating expenditures
Cash flow forecasting
Net Present Value (NPV)
Internal Rate of Return (IRR)
Time value of money
Economic risk assessment
Practical Workshop
Economic evaluation exercises
Development concept comparison
Investment decision analysis

Day 3: Decision Analysis and Risk Management

Decision-Making Techniques
Decision trees
Expected monetary value
Sensitivity analysis
Scenario planning
Monte Carlo simulation
Risk-based decision making
Managing Project Uncertainty
Geological uncertainty
Technical risks
Commercial risks
Production forecasting
Risk mitigation strategies
Practical Workshop
Integrated planning case study
Decision-analysis exercises
Team-based development planning

Day 4: Resource Management and Commercial Frameworks

Petroleum Resources Management
Reserve estimation principles
Resource classification systems
Production forecasting
Reporting standards
Asset valuation
Contracts and Fiscal Systems
Production sharing contracts
Licensing agreements
Joint venture structures
Fiscal regimes
Government participation
Regulatory compliance
Practical Workshop
Reserve evaluation exercises
Contract analysis
Commercial planning scenarios

Day 5: Sustainable Field Development Planning

HSE and Sustainability
Health and safety management
Environmental impact assessment
Carbon management strategies
Regulatory compliance
Corporate social responsibility
Sustainable asset development
Final Integrated Workshop
Develop a complete field development plan
Technical evaluation
Economic assessment
Risk analysis
Environmental considerations
Team presentations and project review

Why Attend This Course?

Organizations increasingly rely on integrated planning to maximize recovery, reduce development costs, and improve investment returns. This course provides participants with both the technical knowledge and strategic perspective needed to contribute effectively to multidisciplinary upstream projects.

By attending, you will:

Develop a complete understanding of integrated field development planning in the oil and gas industry.
Learn industry best practices used by leading international energy companies.
Strengthen collaboration skills across engineering, geoscience, operations, and commercial disciplines.
Gain practical experience through realistic workshops and field development case studies.
Improve your ability to evaluate project risks, opportunities, and investment decisions.
Master petroleum economics and financial evaluation techniques used in upstream projects.
Understand reserve management, production forecasting, and resource classification methodologies.
Build the confidence to participate in complex field development projects and multidisciplinary planning teams.
Enhance your professional expertise and career opportunities in exploration, development, production, and asset management.

Conclusion

Integrated Field Development Planning is one of the most critical disciplines in upstream oil and gas operations, bringing together technical expertise, commercial insight, and strategic decision-making to deliver successful field developments. This course provides participants with the practical skills, analytical tools, and industry knowledge needed to evaluate opportunities, manage uncertainty, optimize asset performance, and create sustainable development strategies. Upon completion, participants will be well prepared to contribute to multidisciplinary field development teams and support high-value oil and gas projects throughout their lifecycle.