Project Evaluation: Managing Risk and Uncertainty

Every major project operates in an environment of unpredictability, from fluctuating material costs to environmental changes. Understanding how to systematically identify, quantify, and mitigate these risks is essential for successful project evaluation and delivery. This course equips you with the foundational framework to evaluate complex projects under conditions of uncertainty, transitioning from relying on guesswork to utilizing structured, quantitative methods. What you'll learn: 1. Understand the fundamental principles of risk, uncertainty, and decision-making in project planning. 2. Apply sensitivity analysis to determine how key variables impact project outcomes. 3. Construct decision trees to evaluate sequential choices and calculate expected values. 4. Analyze modern environmental and sustainability risks to ensure long-term project viability. 5. Evaluate financial risk profiles using probability distributions and risk-adjusted discount rates. The course begins with foundational definitions of risk versus uncertainty, establishing a solid conceptual baseline, before progressing through practical analytical techniques and modern risk mitigation strategies. Designed for beginning project managers, engineering students, and analysts, this text-based course requires no prior experience in advanced statistics. Start building your analytical toolkit today to make confident, risk-aware project decisions.