
Overview of petroleum economics and how value is created across the oil and gas business.
Learn how engineering choices directly drive project value, risk, and profitability.
Where economics supports exploration, development, production, and abandonment decisions.
How economic analysis evolves from appraisal to final investment and execution.
Overview of financial models used to screen and evaluate upstream investments.
Deep dive into core metrics used in oil and gas investment decision-making.
Real-world use of NPV, IRR and cash flow metrics in capital allocation.
The three engineering inputs that control every petroleum economic model.
Understand operating cost behavior and its long-term impact on profitability.
How production forecasting shapes revenue, reserves and project valuation.
Step-by-step creation of a practical oil and gas economic model.
Understand cash flow patterns from development to decline and abandonment.
Why timing dominates value in long-life oil and gas investments.
How discounting reshapes project value and investment ranking.
Forward and backward value movement in petroleum financial modeling.
Foundation of DCF analysis used in upstream project evaluation.
Practical workflow to construct a discounted cash flow model.
Identify technical, market, fiscal and execution risks in upstream projects.
Conceptual framework for managing uncertainty in petroleum investments.
Tools and approaches to control downside and protect project value.
Testing realistic futures to improve strategic project decisions.
How fiscal systems shape profitability, incentives, and investment appeal.
Linking fiscal terms to development strategy and execution behavior.
Apply economics, risk and strategy to a realistic offshore case study.
Key principles to think economically in engineering and business decisions.
Strategic view of how economics guides decisions and value creation.
This bonus lecture connects petroleum economics concepts with the physical subsea systems that drive capital and operating costs. Topics include development architecture, equipment selection, intervention philosophy, and reliability considerations.
For engineers and professionals involved in economic evaluation, understanding subsea systems provides critical context that improves cost estimation, scenario analysis, and decision making. A full Subsea Systems Engineering course is linked for those who want to deepen their technical understanding.
Limited bonus (April & May): Get an additional course at no extra cost after enrollment.
How about asking yourself one question:
Are the projects you work on truly profitable… or just technically impressive?
Most oil & gas projects don’t fail because of engineering mistakes. They fail because they don’t survive the economic evaluation process.
If you don’t fully understand Net Present Value (NPV), Internal Rate of Return (IRR), Profitability Index (PI), Payback Period (PB), discounted cash flow analysis, fiscal regimes, and project risk assessment, you are not truly part of the investment decision — regardless of how strong your technical skills are.
This Petroleum Economics course delivers MBA-level financial thinking tailored specifically for oil & gas professionals. You will learn how upstream companies evaluate oil & gas projects, screen capital investments, assess fiscal terms, model cash flows, and make risk-adjusted decisions that can shift project value by millions.
This is not just theory. It is a practical project evaluation for real-world petroleum investments.
No advanced mathematics. No finance background. Just clear, practical logic that connects engineering decisions to investment approval.
If you want your voice to matter when projects are screened, funded, or rejected, this is your step forward.
Enrol now — and start seeing projects the way decision-makers do.
What You’ll Learn
How petroleum projects create or destroy economic value
How to interpret NPV, IRR, payback, and cash flow
Why timing and early production dominate project economics
Key CAPEX, OPEX, and production drivers
Time value of money and discounting—without heavy math
Major sources of risk and uncertainty
Sensitivity and scenario analysis for downside risk
Impact of fiscal regimes (PSC, concession, service contracts)
How economics, risk, and fiscal terms shape real decisions
How to communicate effectively with managers and decision-makers
How to apply economic thinking to engineering design choices
Who This Course Is For
Petroleum, reservoir, drilling, production, facilities, and subsea engineers
Project engineers and project managers in oil & gas
Technical professionals moving into leadership roles
Engineers preparing for FID reviews, project approvals, or interviews
Who This Course Is Not For
Advanced mathematical petroleum economics learners
Finance or accounting specialists
Spreadsheet-heavy financial modelling seekers
Course Approach
Engineer-to-engineer explanations
Decision-focused, not academic
Realistic industry logic
Risk-aware, not optimistic
Designed for real projects and real careers