9 - Risk Management
Risk Management Fundamentals
Objectives
Increase the probability & impact of positive events/opportunities.
Decrease the probability & impact of negative events/threats.
Key Definitions & Attitudes
Project Risk – an uncertain event/condition that, if it occurs, affects one or more objectives (safety, schedule, cost, scope, quality) positively or negatively.
Known Risks – identified, analyzed, and therefore can be proactively managed.
Unknown Risks – not identifiable in advance; handled via contingencies and robust processes.
Organizational risk attitudes:
Risk Appetite – acceptable degree of uncertainty in pursuit of reward.
Risk Tolerance – absolute amount/volume of risk the org will withstand.
Risk Threshold – specific boundary of impact or probability beyond which the org will not accept risk.
Risk-Taking vs. Risk-Avoidance drives choice of responses and resource allocation.
Plan Risk Management – define approach, templates, timing.
Identify Risks – iterative discovery + documentation into the Risk Register.
Perform Qualitative Risk Analysis – rapid prioritization through probability & impact assessment.
Perform Quantitative Risk Analysis – numerical simulation/modeling of high-priority risks.
Plan Risk Responses – select strategies, assign owners, fund & schedule actions.
Control Risks – implement responses, monitor residual & new risks, audit process, update register.
Plan Risk Management
The process of defining how to conduct the risk management activities for a project
Ensures risk work is commensurate with both overall risk level & project importance.
Risk Management Plan describes how risk management activities will be structured and performed
Methodology (tools, data sources).
Roles & Responsibilities.
Budgeting for risk activities & reserves.
Timing/frequency of risk process activities.
Risk Categories (tailored taxonomy).
Definitions of probability & impact scales.
Reporting formats & tracking mechanisms.
Typical Risk Categories (customizable "risk breakdown structure")
Technical – requirements, technology, performance, reliability, quality, safety, interfaces.
External – subcontractors, suppliers, regulatory, market, customer, weather.
Project – dependencies, resources, funding, prioritization, estimating, planning, controlling, communication.
Organizational – culture, HR, training, metrics, change, alignment, high-performance teams, etc.
Probability & Impact Scales
The quality and credibility of the qualitative risk analysis process requires that different levels of risk probabilities and impacts be defend that are specific to the project context.
Probability verbal scale: Very Unlikely → Almost Certain.
Impact verbal scale: Very Low → Very High, with separate definitions for cost, schedule, scope, safety, quality.
Example numerical impact scale (Cost):
Very Low (0.05) = cost increase insignificant – <10\%.
Low (0.10) = 10–20\% increase.
Moderate (0.20) = 20–40\% increase.
High (0.40) = >40\% increase.
Very High (0.80) = catastrophic cost overrun.
Risk Identification
An interactive process which determines risks that might affect the project and documents their characteristics
Requires full understanding of schedule, cost, safety & quality baselines.
Outputs Risk Register:
Risk description & cause.
Potential effects.
Initial owner(s).
Potential response ideas.
Iterative; repeat at milestones & when scope changes.
Performing a Qualitative Risk Analysis
Purpose: prioritize risks quickly & cost-effectively.
Factors considered:
Probability (P).
Impact (I) per objective.
Time frame (when risk could occur).
Project constraints/tolerances.
Common tool: Probability–Impact Matrix.
Outputs/updates to Risk Register:
Sorted list (high → low).
Category groupings.
Near-term “action” list vs. watch list.
Trends over time.
Performing Quantitative Risk Analysis
Numerically analyzing the effects of identified risks on the overall project objectives
Performed on risks that been prioritized by the Qualitative Risk Analysis process as potentially and substantially impacting the project’s competing demands
Goals:
Quantify range & probability of cost/schedule outcomes.
Compute probability of meeting key objectives, e.g.,
Identify critical drivers (risks with highest contribution to variance).
Support setting realistic targets.
Optimize decisions under uncertainty
Plan Risk Responses
Process of developing options and determining actions to enhanced opportunities and reduce threats to projects objectives.
Strategies for threat
trategies for opportunities:
Exploit, Share, Enhance, Accept.
Response attributes: appropriate, cost-effective, timely, realistic, agreed, owned.
Embed resulting activities & reserves into schedule, budget, and PM Plan.
Control Risks
Continuous loop: implement → measure → adjust.
Main actions:
determine if project assumptions are still valid.
Determine if risk, as assessed, has changed from its prior state with analysis and trends
determine if procedures are being followed
Determine changes to planning.
Outputs:
Updated Risk Register & lessons learned.
Recommended preventive/corrective actions.
Updates to project baselines & management plan.