Risk Management for Projects, Programs & Operations

Risk Management for Projects, Programmes and Operations

Proactive Risk Planning, Analysis, and Response for Project and Operational Success

Claim 5 CPD Points

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Platform:
Online
In-class
Revised and Updated: 08 October 2026
Date Venue Duration
23 - 27 November 2026 Sandton, Gauteng 5 Days

Course Introduction

Every project, programme, and operation faces uncertainty. Risk management is the discipline of facing that uncertainty deliberately: finding what could go wrong, and what could go better than planned, and acting early. Done well, it lets teams capture opportunities, reduce threats, protect safety, time, cost, and quality, and reach better outcomes.

 

This five-day, hands-on course teaches a systematic, six-process approach to risk management: planning, identification, qualitative analysis, quantitative analysis, response planning, and implementing and monitoring responses. It applies equally to projects, programmes, and day-to-day operations, including maintenance, start-up, and shut-down. Participants learn to use practical techniques, from risk registers and risk matrices to PERT, Expected Monetary Value (EMV), and simulation, and finish with a simulation exercise that puts the whole process to work. The course is applicable across industries.

 

The course is aligned with the principles and process of ISO 31000:2018 (Risk management: Guidelines), the risk assessment techniques in IEC 31010:2019, and the risk management content of the PMI® PMBOK® Guide, Eighth Edition. It supersedes earlier material that referred to ISO 31000:2009, ISO 31010:2009, and the PMBOK® Guide, Sixth Edition.

Course Objectives

By the end of this Risk Management for Projects, Programmes and Operations course, participants will be able to:

  • Explain the risk management process, and the roles and responsibilities within it
  • Plan risk management for a project, programme, or operation, and integrate it into existing processes
  • Identify risks to safety, time, cost, and quality across the project and operational life cycle
  • Assess risks using qualitative and quantitative techniques, including PERT, EMV, and simulation
  • Prioritise risks, and develop response strategies for both threats and opportunities
  • Establish a risk response budget and contingency using Expected Monetary Value (EMV)
  • Develop a risk monitoring plan, and control, report, and review risks throughout the life cycle
  • Apply the whole process in a simulation of a realistic project or operation

Who should attend?

  • Operations Team Leaders, Supervisors, Section Heads, and Managers
  • Project Managers, Team Leaders, and Line Managers
  • Risk Managers and Risk Professionals
  • Maintenance Managers, Engineers, and Technicians
  • Technical professionals involved in operations start-up, maintenance, and shut-down
  • Business and operations professionals with an interest in risk management
  • Project and business administration, procurement, and support staff
  • All personnel involved in carrying out programme, project, and operations work
Project Management Courses

Training Methodology

Our diverse instructional approaches ensure effective learning:

– Lectures & Presentations: Engage with expert-driven, stimulating content.
– Course Material: Access well-crafted supporting resources.
– Group Work: Collaborate on discussions and case studies for practical insights.
– Workshops & Role-Play: Participate in immersive, scenario-based activities.
– Practical Application: Focus on applying theoretical knowledge in real situations.
– Post-Training Support: Receive extensive support after training for skill implementation.

Training Outline

Day 1 — Risk Management Framework and Planning
Module 1: Risk Management Framework and Planning
  • Overview of projects, programmes, and operations, and how risk differs in each
  • The six key processes of risk management
  • Purpose and benefits of effective risk management, for threats and opportunities
  • Defining roles and responsibilities in risk management
  • Integrating risk management into the operations process
Module 2: Risk Management Planning
  • The steps in the risk planning process
  • Setting risk appetite and thresholds, risk categories, and the probability and impact scales
  • Producing a risk management plan
  • Practical Exercise: build a risk management plan for a sample project or operation

Day 2 — Risk Identification
Module 3: Risk Identification Processes
  • Understanding the operational context and key stakeholders
  • Inputs required for effective risk identification
  • Tools and techniques: brainstorming, checklists, the Delphi technique, SWOT, root cause analysis, and cause-and-effect diagrams
  • Identifying consequential risks, and risk interdependencies
  • Documenting the outputs: the risk register and risk statements
  • Practical Exercise: run a risk identification workshop, and write well-formed risk statements
Module 4: Practical Risk Identification
  • Risks to safety, time, cost, and quality
  • Identifying risks in operations: maintenance, start-up, and shut-down
  • Case Study: identify and record the risks for a realistic project or shutdown scenario

Day 3 — Risk Assessment and Quantification
Module 5: Qualitative Risk Analysis
  • Estimating probability and impact
  • Risk matrices, and prioritising risks
  • Assessing urgency, proximity, and risk ownership
  • Practical Exercise: score and rank a risk register using a probability-impact matrix
Module 6: Quantitative Risk Analysis
  • Estimation techniques for risk assessment
  • Schedule diagramming and the Critical Path Method (CPM)
  • Program Evaluation and Review Technique (PERT)
  • Expected Monetary Value (EMV) and decision trees
  • Sensitivity analysis, and an introduction to Monte Carlo simulation
  • Practical Exercise: apply PERT and EMV to calculate the schedule risk and the cost exposure of a project

Day 4 — Risk Response Planning
Module 7: Prioritising Risks and Developing Responses
  • Prioritising identified risks
  • Guidelines for developing risk response strategies
  • Strategies for threats (avoid, mitigate, transfer, accept) and for opportunities (exploit, enhance, share, accept)
  • Planning and analysing effective responses, and secondary and residual risks
  • Practical Exercise: develop response plans for the top risks on a sample register
Module 8: Contingency and the Risk Budget
  • Contingency plans and fallback plans, and risk triggers
  • Establishing a risk management budget and contingency reserve using EMV
  • Exploring alternative response strategies, and validating them
  • Practical Exercise: calculate a contingency reserve for a project using EMV

Day 5 — Implementing and Controlling Risk Responses
Module 9: Implementing and Controlling Risk Responses
  • Guidelines for risk control processes
  • Essential inputs for risk control
  • Tools and techniques: risk reviews, audits, variance and trend analysis, and reserve analysis
  • Outputs and documentation of risk control activities
Module 10: Reporting and Embedding Risk Management
  • Reporting and documenting risk management outcomes
  • Building a risk-aware culture, and learning from risk events
  • Developing a risk monitoring plan
Simulation Exercise: Risk Management in Action
  • Teams work through the full risk process on a realistic scenario: plan, identify, analyse, respond, and control
  • Teams present their results and the group debriefs
  • Practical Exercise: full-process risk simulation, followed by a personal action plan and course evaluation

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FAQs – Risk Management for Projects, Programmes and Operations

Master risk management for projects, programmes, and operations, learning risk identification, qualitative and quantitative analysis, mitigation strategies, opportunity exploitation, and contingency planning to protect organizational objectives.

What is covered in the Risk Management for Projects, Programmes and Operations Course?
The course covers enterprise-wide risk identification, qualitative and quantitative risk analysis, risk response planning, ISO 31000 risk principles, risk appetite framing, and integrated risk governance across projects, programmes, and daily operations.
Who should attend this Risk Management Course?
This training is designed for project and programme managers, risk officers, operational managers, PMO staff, compliance leaders, and executives seeking to protect organizational value across operational and project portfolios.
How does this program address both project-level and operational risks?
Delegates learn how to connect temporary project risk profiles with long-term operational risk frameworks, ensuring seamless risk escalation, consistent risk registers, and aligned business continuity strategies.
Will delegates master quantitative and qualitative risk modeling techniques?
Yes. The curriculum details qualitative scoring matrices, probability and impact mapping, and quantitative methods such as decision tree analysis and expected monetary value (EMV) calculations to prioritize risks effectively.
Does the course cover risk response strategies and contingency planning?
Yes. Participants gain practical skills in formulating proactive risk responses (avoidance, transfer, mitigation, acceptance) for threats, while leveraging exploitation and enhancement techniques for positive opportunities.
Why is integrated risk management crucial for organizational resilience?
Proactive risk management prevents project failures, minimizes costly operational disruptions, ensures regulatory compliance, protects revenue streams, and empowers leadership to take calculated strategic risks with confidence.

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