Advanced Project Risk and Recovery Management Training Course

Course overview

Projects rarely fail because a risk register was missing; they fail when early warnings are not converted into decisions, contingency is consumed without control, suppliers drift, and recovery plans are too vague to re-establish a credible baseline. Senior project professionals must be able to distinguish normal delivery variance from a developing crisis, quantify the exposure, escalate with evidence, and lead a recovery effort without creating further scope, cost, or stakeholder damage. This course addresses the practical challenge of stabilising threatened projects and restoring predictable delivery.

Participants learn to build an integrated risk, issue, dependency, and assumption management system; conduct quantitative schedule and cost risk analysis; define risk appetite and escalation thresholds; and use scenario planning to test recovery options. The course covers forensic project health checks, critical-path and critical-chain analysis, earned value indicators, root-cause analysis, risk-adjusted forecasting, contingency governance, turnaround leadership, and communications for executives, sponsors, customers, and delivery teams. Participants practise selecting recovery strategies that balance time, cost, scope, quality, contractual obligations, and organisational capacity.

Instruction combines expert-led analysis with a multi-day troubled-project case involving schedule slippage, supplier underperformance, cost pressure, technical uncertainty, and sponsor scrutiny. Using Primavera P6 or Microsoft Project data, risk models, dashboards, and structured workshops, participants diagnose the project, model scenarios, and present a recovery recommendation. Each participant leaves with a completed Project Risk and Recovery Playbook: a reusable set of templates for project health checks, escalation, risk quantification, recovery planning, governance, and stakeholder reporting.

The course is best suited to experienced project, programme, PMO, engineering, transformation, and operations professionals accountable for high-value, complex, regulated, or business-critical initiatives.

Course objectives

By the end of this course, participants will be able to:

• Diagnose project distress using a structured health-check across scope, schedule, cost, resources, suppliers, governance, and stakeholder confidence
• Construct an integrated risk, issue, assumption, and dependency register with ownership, triggers, response actions, and escalation thresholds
• Quantify schedule and cost exposure using three-point estimates, Monte Carlo simulation principles, and risk-adjusted forecasts
• Analyse critical-path, float-consumption, and earned value data to identify the drivers of delivery variance
• Facilitate root-cause analysis using causal mapping, Five Whys, and failure mode analysis to separate symptoms from underlying causes
• Develop a costed project recovery plan with revised milestones, corrective actions, contingency controls, and decision gates
• Prepare executive risk and recovery reporting that presents scenarios, residual exposure, decisions required, and accountable owners
• Lead a recovery mobilisation workshop that aligns sponsors, workstream leads, suppliers, and delivery teams around a stabilisation plan

Benefits of attending

Target competencies

Who should attend

• Senior Project Managers — who must recover complex projects facing material schedule, cost, scope, or delivery risks
• Programme Managers — who need to manage cross-project dependencies, escalation, and recovery decisions across a portfolio
• PMO Managers and Directors — who design project assurance, risk governance, health-check, and intervention frameworks
• Transformation Leaders — who sponsor business-critical change and need credible options when benefits or milestones are threatened
• Engineering and Operations Managers — who oversee delivery programmes with technical, supplier, safety, or capacity dependencies
• Project Controls Managers — who turn schedule, cost, resource, and risk data into defensible forecasts and recovery actions

Requirements and prerequisites

Participants should have practical experience managing or supporting projects and be comfortable with core project controls concepts: work breakdown structures, schedules, milestones, critical path, budgets, change control, RAID logs, and status reporting. Familiarity with Microsoft Project or Primavera P6 is useful because schedule extracts are used in exercises, but advanced software configuration is not assumed. Participants should also be able to interpret basic cost and progress data. Prior use of Monte Carlo simulation, earned value management, or formal recovery methods is not required; these are taught and applied during the course.

Training methodology

The five days use an unfolding project-recovery case rather than isolated theory sessions. Instructor-led briefings establish the methods, then participants work with schedule extracts, cost data, risk registers, supplier updates, and stakeholder correspondence to diagnose deterioration and test interventions. Small groups run risk identification and root-cause workshops, build response strategies, assess schedule and cost scenarios, and defend recommendations in sponsor-review simulations. The final session converts the case learning into an individual application plan and a tailored Project Risk and Recovery Playbook for use on current projects.

Course outline

Day 1: Diagnosing project distress and risk exposure

• Project distress signals and leading versus lagging indicators
• Integrated RAID and dependency management architecture
• Project health-check diagnostic framework
• Risk appetite, tolerance bands, and escalation thresholds
• Risk breakdown structures for complex delivery environments
• Assumption validation and uncertainty mapping
• Risk ownership, accountability, and governance roles

Workshop: Participants conduct a forensic health check on a troubled-project case and produce a prioritised diagnosis of the ten most material delivery exposures.

Day 2: Quantifying schedule, cost, and delivery risk

• Three-point estimating and probability distributions
• Monte Carlo simulation inputs and interpretation
• Critical-path analysis and float-consumption monitoring
• Schedule risk drivers in Primavera P6 and Microsoft Project
• Earned value metrics for recovery forecasting
• Cost contingency sizing and management reserve governance
• Risk-adjusted completion dates and estimate-at-completion forecasts

Workshop: Participants analyse a schedule and cost dataset, identify forecast exposure, and produce a risk-adjusted completion forecast with management actions.

Day 3: Root causes, response strategies, and control actions

• Causal mapping for complex project failure modes
• Five Whys and fault-tree analysis techniques
• Failure mode and effects analysis for delivery risks
• Risk response selection: avoid, mitigate, transfer, accept, and exploit
• Supplier risk interventions and contractual escalation routes
• Dependency resolution and cross-workstream coordination
• Trigger-based contingency plans and early-warning controls

Workshop: Participants facilitate a root-cause workshop for the case project and create a response plan linking causes, triggers, owners, actions, and residual risk.

Day 4: Designing and governing project recovery

• Recovery strategy options and scenario comparison
• Scope triage, replanning, resequencing, and fast-tracking decisions
• Resource recovery planning and capacity trade-off analysis
• Re-baselining criteria and baseline integrity controls
• Recovery governance boards and decision gates
• Stakeholder confidence restoration and communications planning
• Benefits protection and post-recovery assurance

Workshop: Participants develop a costed recovery plan with revised milestones, decision gates, resource actions, and a sponsor-ready recommendation.

Day 5: Leading the turnaround and embedding resilience

• Executive recovery dashboards and narrative reporting
• Decision papers for sponsors and steering committees
• Recovery mobilisation and action-tracking routines
• Conflict management in high-pressure delivery environments
• Lessons learned versus lessons applied mechanisms
• PMO intervention models and recovery assurance reviews
• Project Risk and Recovery Playbook design

Workshop: Participants present their recovery recommendation to a simulated steering committee and finalise an application plan and Project Risk and Recovery Playbook.

Tools & standards covered

Primavera P6, Microsoft Project, @RISK, ISO 31000

A typical training day

Live online deliveries follow the same structure in the East Africa Time zone, with shorter screen blocks and longer breaks.

What the fee includes

How you can take this course

Certification

Participants who complete the full five days receive the Skillset Development Certificate of Completion, stating the course title, course code, dates and delivery format — suitable for professional-development records and employer reimbursement.

Frequently asked questions