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The Project Appraisal & Analysis Course gives project, finance, and strategy professionals a comprehensive, analytical framework for appraising and analysing projects — covering investment criteria, technical and environmental risk identification, financial analysis, capital investment appraisal techniques, quantitative and qualitative risk management, and the project control tools needed to manage cost and schedule performance throughout the project lifecycle.
Project appraisal quality determines the quality of investment decisions. Organisations that rigorously assess technical, logistical, economic, and market risks before committing capital — and that apply sound financial appraisal using NPV, IRR, WACC, and sensitivity analysis consistently make better investment decisions and deliver more predictable project outcomes than those that rely on optimistic assumptions and incomplete analysis.
This course addresses every dimension of rigorous project appraisal — from investment criteria and market risk analysis, through cashflow estimation, capital investment appraisal, qualitative and quantitative risk analysis, Monte Carlo simulation, sensitivity analysis, decision trees, and earned value management. Spreadsheet application is integrated throughout.
The Project Appraisal & Analysis Course is built for project and finance professionals who want the analytical tools and quantitative capability to appraise projects rigorously, manage uncertainty systematically, and control project cost and schedule performance with genuine analytical depth.
The Project Appraisal & Analysis Course is designed to develop comprehensive project appraisal and analysis capability from investment criteria and risk identification through financial analysis, risk management, and project control.
By the end of this course, participants will be able to:
The Project Appraisal & Analysis Course is designed for project, finance, strategy, and risk professionals who are responsible for appraising project investments, assessing project risk, and controlling project cost and schedule performance.
This course is suitable for:
The Project Appraisal & Analysis Course is delivered through a structured, analytically focused learning approach that moves from investment criteria and risk identification through financial analysis, risk management, quantitative uncertainty analysis, and project control. Each day addresses a distinct analytical domain, building a complete, integrated project appraisal and risk management capability across the full course.
Spreadsheet-based financial analysis, risk assessment exercises, Monte Carlo simulation discussions, decision tree applications, and earned value analysis sessions are integrated throughout, ensuring delegates develop direct, hands-on analytical capability alongside conceptual understanding.
Delivery methods include:
AZTech is an official PMI Authorized Training Partner (ATP). All applicable project management courses are pre-approved by the Project Management Institute, allowing participants to earn the necessary PDUs and Contact Hours for certification and recertification.
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Common questions about our training courses
A general background in project management, finance, or engineering is helpful. The course begins with investment criteria, project selection, and risk identification fundamentals before advancing to financial appraisal, quantitative risk analysis, and earned value management. Delegates from project management, finance, strategy, and engineering backgrounds will find the content structured progressively and directly applicable to their project appraisal and analysis responsibilities.
Quantitative risk analysis is addressed across Days 3, 4, and 5, covering risk likelihood and impact assessment, financial risk management and derivatives, sensitivity analysis, and Monte Carlo simulation analysis. Delegates develop the ability to move beyond qualitative risk registers to quantitative analysis that provides probability-weighted assessments of project cost and schedule risk — the analytical depth that supports more informed investment decisions and more realistic contingency planning.
The project manager's risk management roles and responsibilities are addressed within Day 4, examining how risk management accountability is structured across project lifecycle stages, what the project manager is specifically responsible for in qualitative and quantitative risk processes, and how risk management integrates with project planning, control, and reporting. Delegates develop the role clarity to apply risk management as an ongoing project management discipline rather than a periodic compliance activity.
Day 2 covers financial appraisal comprehensively, examining how income, cashflows, and project durations are estimated, how the cost of finance is calculated using WACC, CAPM, and arbitrage pricing, and how capital investment appraisal techniques including Payback, ARR, NPV, and IRR are applied using spreadsheet-based analysis. Delegates develop the quantitative financial appraisal capability to evaluate project investments rigorously and to identify where projected cashflows create financial risk exposure before capital is committed.
Monte Carlo simulation is addressed within Day 4 as a quantitative technique that models the range of possible project outcomes by running thousands of probability-weighted scenarios across uncertain input variables — producing a probability distribution of project cost and schedule outcomes rather than a single-point estimate. Delegates develop the conceptual understanding to apply Monte Carlo simulation to project risk assessment, interpret simulation outputs, and use them to improve contingency setting and investment decision quality.
Earned value analysis is addressed within Day 5 as the primary integrated cost and schedule performance measurement tool for project control. Delegates examine how earned value is calculated and interpreted, how cost and schedule variances are identified and reported, and how EVM metrics support realistic forecasting of project completion cost and date. Delegates develop the EVM capability that distinguishes rigorous project controls professionals from those who rely on simple percentage completion reporting.
