
Explore the fundamentals of project risk management, learn key concepts like risk appetite, risk tolerance, risk criteria, and risk analysis, and apply effective risk response strategies to your projects.
Explore eight lessons that cover the seven risk management processes from plan risk management to monitor risks, aligned with the PMI process groups and PMP exam tasks.
Define risk as uncertainty impacting objectives and show how risk management uses planning, identification, qualitative and quantitative analysis, responses, and monitoring to boost opportunities while reducing threats.
Define the risk management planning process by outlining the methodology, roles, risk register structure, reporting formats, and definitions of probability and impact for the project.
Define risk categories to structure identification and analysis across technical, project, organizational, technology, legal, and external areas, using Coastal Framework templates.
Explore how an organization's impact scale shapes the risk management plan, guiding consistency in application across the project and informing qualitative risk analysis with the probability and impact matrix.
Explore how contracting transfers risk and leaves residual and secondary risks, and how risk tolerance and perspectives, risk averse, risk seeking, and risk neutral, shape project risk management.
Identify and document project risks using diverse techniques (brainstorming, interviews, checklists, SWOT, root cause analysis, Delphi, nominal group) to populate a comprehensive risk register and guide risk responses.
Develop and maintain a living risk register within the risk management plan, covering risk identification, analysis, owners, response strategies, and monitoring, with risk triggers and reviews guiding contingent treatments.
Explore a sample risk register built in Excel, detailing risk identification, analysis, response planning, risk review, and monitoring across locations, phases, and stakeholders.
Learn how to conduct qualitative risk analysis by evaluating probability and impact, using a probability–impact matrix, and updating the risk register to prioritize risk responses.
Plot risks on the probability and impact matrix to derive a risk score, categorize high, moderate, and low risks, and guide treatment or monitoring.
Perform quantitative risk analysis applies Monte Carlo simulation, decision tree analysis, and expected monetary value to quantify risk probability and impact, guiding objective decisions, resource allocation, and contingency planning.
Plan risk responses develop options to enhance opportunities and reduce threats. Use inputs such as risk register and lessons learned to guide cost-effective, timely ownership.
Explore PMI‑guided risk response strategies for positive risks—share, exploit, and enhance—and for negative risks—avoid, transfer, and mitigate—plus acceptance, contingency, and escalate.
Implement risk responses by executing agreed plans, allocating resources and timelines to mitigate threats or capitalize on opportunities, including backup suppliers and insurance to cover delays.
Monitor risks by continuously tracking identified risks, reassessing likelihood and impact, updating risk responses, reviewing the risk register, and coordinating with risk owners to track risk triggers and watch lists.
Discover how risk management spans a broad set of standards beyond project risk management, including PMI, ISO 31,000 2018 standard, Axelos, and COSO, with attached resources.
Projects are one-off pieces of work that are completed within a fixed timescale. They are undertaken to create unique products and services. They usually contain a great deal of risks, uncertainties, and complexities that need to be managed. Projects are necessary for there to be development in any business or nation. The challenge however is that management of projects could be complex especially if the requisite knowledge and skills are missing in those saddled with this responsibility.
There are a series of project management approaches and tools to help organizations reduce these risks, and create an effective platform to deliver project objectives. These approaches have been carefully documented over the years and they can be learnt.
Training in project management, especially one with a practical approach, can help participants gain the necessary knowledge and skills to appropriately utilize the project management tools and techniques to ensure success on their projects.
This course is focused on the processes for managing risks on projects. The course is useful for those preparing for the project management professional certification exam and those new to risk management or that have the responsibility of managing projects as team members or subject matter experts. The course explores in detail the definitions, processes, tools and techniques that are critical to successful management of risks on projects. Techniques and tools for risk identification, risk analysis, risk response planning and monitoring and control are discussed extensively.
The course covers the 7 processes of Risk Management namely;
Plan Risk Management
Identify Risks
Perform Qualitative Risk Analysis
Perform Quantitative Risk Analysis
Plan Risk Responses
Implement Risk Responses and
Monitor Risks
At the end of this course, participants would be able to;
Understand the need for managing risks on projects and in an organisation
Define risk and understand risk concepts including risk appetite, risk tolerance, risk criteria, etc
Understand the different types of risks
Enumerate the processes required to manage project risks
Identify project risks and how to create a risk register with various tools and techniques
Analyse project risks, including tools for qualitative and quantitative analysis
Create risk response strategies
Implement, monitor and control risk responses
Understand how to manage risks on project