You will learn what risk management is and how it can help prevent project failure, what tools can help identify and manage risks, how to identify different types of risks and measure their impact on a project, and how to use a risk management plan to communicate and resolve risks.
Learning Objectives
- Communicate and resolve identified issues in a risk management plan.
- Identify types of risks and measure their impact on a project.
- Examine tools for identifying, assessing, and managing risks.
- Explain what risk management is and how it can help prevent project failure.
- Understanding risk management
- Video: Introduction: Managing risks effectively
- Video: The importance of risk management
- Video: Stanton: Managing my first project
- Practice Quiz: Test your knowledge: Risk management
- Reading: Phases of risk management
- Reading: Uncover opportunities using risk management
- Practice Quiz: Test your knowledge: Risk scenarios
- Identify and assessing risks
- Video: Tools to help identify risks
- Reading: How to create a fishbone diagram
- Video: Types of risk
- Practice Quiz: Test your knowledge: Measuring risk impact
- Reading: Managing single point of failure risks
- Reading: Visualizing dependency relationships
- Practice Quiz: Test your knowledge: Identifying and assessing risks
- Mitigating and communicating risks
- Review: Managing risks effectively
Understanding risk management
Video: Introduction: Managing risks effectively
Key Points
- Recap: You’ve learned about project budgets (components, process, tracking), and the procurement process.
- Upcoming Focus: Risk management, a crucial skill for keeping projects on track.
- Why Risk Management Matters: Proactively identifying and mitigating potential problems is key to preventing project failure.
What You’ll Learn
- Risk Concepts: Definitions and how they relate to project management.
- Risk Impact: How to identify different types of risks and measure their potential impact on your project.
- Mitigation Planning: Developing a plan to communicate and resolve identified risks.
Video: The importance of risk management
What is Risk?
- Definition: A potential event that could negatively impact your project.
- Key Point: Risks are hypothetical – they might happen, making planning essential
What’s an Issue?
- Definition: A known problem currently affecting your project.
- Relationship to Risk Issues often arise from risks that were not properly addressed.
Risk Management: Why It’s Crucial
- Definition: The process of identifying, evaluating, and addressing potential risks.
- Not One-and-Done: Risk management is an ongoing practice, not a single task.
- Benefits: Proactive planning helps you prepare for the unexpected and increases the overall chance of project success.
Consequences of NOT Managing Risk
- Missed Deadlines & Goals: Unexpected events can throw everything off track if you don’t have contingency plans.
- Reduced Flexibility: Not considering alternative paths to success limits your options if you need to adapt.
- Unforeseen Costs & Impacts: Risks can have ripple effects like supplier issues or budget cuts that you’ll need to handle.
Example: Plant Pals
- Risks might include an unavailable website or a shortage of plants from a supplier. Having backup plans minimizes disruption.
Key Takeaway
Risk management is a crucial skill for project managers. It helps you:
- Feel prepared and confident
- Handle unexpected problems
- Increase your project’s chance of success.
When planning for a project, what does risk management provide an understanding of? Select all that apply.
How project risks could be mitigated
Planning ahead is key to meeting project goals, and mitigating risk is a key part of planning. By using risk management, project managers identify what could go wrong with a project, how project risks could be mitigated, and who to consult about each risk.
Who to consult about risks
Risk management helps a project have a better chance of success. This is because risk management informs project managers about what could go wrong with a project, how project risks could be mitigated, and who to consult about each risk.
What could go wrong with the project
No project goes 100% according to plan, so if (or when) something goes wrong, it’s important to have a plan. Risk management helps project managers identify what could go wrong with a project, how project risks could be mitigated, and who to consult about each risk.
Think about a time in your life when you managed a project. Maybe it was a professional
project, like creating an employee schedule, or a personal project, like
planning a family celebration. Now ask yourself this: Did everything go
according to plan? If I had to guess, I would bet there was at least one hurdle you had to deal with. That’s because no project goes 100 percent
according to plan, even when they’re run by the most experienced
project managers. Maybe you planned that
employee schedule perfectly, and then someone
caught a cold, forcing you to rearrange the
schedule at the last minute. Or maybe just as family members started
arriving for that celebration, you realized you forgot to buy ice to keep the drinks cold. Hey, these things happen. As we told you earlier, flexibility is an important
skill for managing projects. Due to the nature of the project and really life in general, it’s also important that
you identify and plan for risks that could
impact your project. Let’s discuss what
a risk actually is. A risk is a potential event which can occur and can
impact your project. When you think about risk in the context of
project management, you will think about
them as hypothetical. In other words, these aren’t
events that will definitely happen, but because there’s a possibility that
they could happen, it’s your responsibility as the project manager to identify
and plan for those risks. Next, let’s discuss issues. An issue is a known
or real problem that can affect the ability
to complete a task. What’s the difference
between a risk and an issue? Think of it like this: a risk is an event that
could potentially happen. If the event actually happens, then the risk becomes an issue. In other words, risks are the big what-ifs and issues are things that
currently impact a project. It is clear that risks and issues can pose a
threat to your project. How you manage those risks
is known as risk management. Risk management is the process of identifying and evaluating potential risks and issues
that could impact a project. It’s not a one-time exercise; it’s something that
you’ll need to do regularly to address
potential risks. Risk management is
a crucial part of the planning process
by giving you an understanding of what could go wrong with your project. It also tells you who you need
to consult about the risk. It helps you determine how the potential risk
could be mitigated. This way, if or when
something goes wrong, you’ll have a plan
prepared and ready to go. Part of being proactive
and planning ahead is identifying potential risks
and how to solve for them. This way, you’ll set up your project with better
chances for success. Failing to engage in meaningful risk
management can have a few big consequences
for your project. First, if you don’t plan ahead, you may put your project at risk of not meeting its project goal, its timelines, or
success criteria. For example, if your
goal is to publish a research report and your research analyst quits
halfway through the project, you will likely miss
the deadline if you don’t have a backup
plan ready to go. Additionally, by failing
to plan for risks, you also fail to think through the many different
ways that your project could pivot and
still meet its goals. Even if an issue does arise, there often isn’t
just one way to meet your project goals and success
can come in many forms. Risk management helps you
determine how flexible or rigid your plan is and then
make necessary adjustments. For example, if your project requires a large
product shipment, having a backup supplier
ready means you could quickly pivot if a main supply is
unable to fulfill your order. Finally, risks can affect projects in a variety of ways that are
difficult to foresee. For example, a supplier
you’ve hired may not have adequate stock to
cover your purchasing needs, or the budget for your project
could be cut unexpectedly. The risk management process helps reduce the impact of
unexpected events, freeing up resources to focus on activities that
benefit the project. Let’s imagine risk management in the context of Plant
Pals at Office Green, which is a new service that will provide customers with small, low-maintenance desk plants. One potential project risk
is the possibility that the web page for the new service won’t be live in
time for the launch. Another potential risk could
be a fulfillment shortage. What would you do if
the plant supplier runs low on the cacti
and ferns that you need? To prepare for these
potential risks, you will need to
think about ways to mitigate these issues
before they happen, or how you will address these issues if they
actually occur. Hopefully, these things
won’t be a problem, but if they are,
you’ll be prepared. I also want to stress that
issues will come up throughout the project you did
not or could not have planned for,
and that’s okay. When these moments arise, it is important to keep calm, figure out the root
cause of the problem, and come up with a solution. Risk management is a
really important topic for project managers
to understand. Identifying risks and issues prepares you
for the unknown. It also positively impacts you as the project manager because
you’ll feel more prepared, less stressed, and
more confident in your approach if an
issue does occur. Up next, we will
discuss ways that you can identify risks.
I’ll meet you there.
Welcome back. Earlier, we covered managing costs
and a project budget. We discussed what the components
of a project budget are, how the budget process works, and how to track and
estimate a budget. You also learned about
the procurement process. Coming up, we will discuss risk management and why it’s important to help
prevent project failure. Knowing how to anticipate
and alleviate, (commonly known as mitigate) the potential problems is your best bet for keeping
a project on track. You will learn how to define and relate risk management
concepts and explain how risk management can help protect your
project from failing. You’ll also identify risk types and how to measure
their impact on a project and
communicate and resolve identified risks using
a mitigation plan. Ready to get started? Great. Meet me in the next video.
Video: Stanton: Managing my first project
The Rookie Mindset
- Stanton initially believed a perfect, rigid plan was essential for project success.
- He felt overwhelmed with details and the need to get everything right the first time.
Key Realization
- Unplanned changes are inevitable: bugs, scope changes, last-minute surprises.
- Project success hinges more on your ability to adapt than having a perfect initial plan.
Lessons Learned
- Embrace Flexibility: Don’t stress over the initial plan being perfect. Be prepared for adjustments.
- Stay Calm: A cool, collected approach during times of change is invaluable.
- Problem-solving: Focus on understanding the issues and finding solutions, not getting flustered.
- Proactive Thinking: Anticipate potential problems and have contingency plans in place.
Takeaway
While experience helps, even seasoned project managers have to adapt. Success lies in your ability to remain level-headed, solve problems efficiently, and proactively prepare for the unexpected.
[MUSIC] Hi, I’m Stanton, and
I’m a program manager at YouTube. Thinking back to one of the first
projects I ever worked on, we were actually in charge of
building this sports highlight app. But it wasn’t just an app,
it was an iOS app, it was an Android app, it was a website. And I remember the very first
meeting I went to, I was just furiously taking down notes and trying to
understand what the heck was going on. And immediately after I thought: okay, this is my first project,
I have to get all the details right. I have to make sure we know every
little thing that was going to happen. The launch date needed to be perfect.
We had to get all the bugs down to zero. I was just totally consumed with getting
everything right the first time. I think what I’ve realized since then is you’re probably not going to get
your first project plan correct because there’s just so
many things that can change. You might find a bug last
minute before launch. Your client might come in and
say they want different requirements like, “The screen needs to be
blue instead of red.” And then you find out that it’s not really
that easy to change from blue to red. If I could go back and
tell myself what to do at that point or what I could have done differently, I would have just told myself:
don’t worry so much—changes happen. It’s how you react and respond to
those changes that’s more important. I think one of the best compliments I’ve
gotten is, “Even throughout all this mess, you’re cool, you’re calm, and
you’re collected.” You think through what
are the issues that have happened, how do we resolve them, and
you do your program management thing. You’re not always going to have
the right answer the very first time; things can change at the last minute. If you’re able to stay cool and calm, make sure you understand everything
else that’s going on on the project. All these years have taught me that,
you can always reuse some things. You’re always going to have to react
to some things, but no matter what, try to think proactively, try to figure
out what those issues are going to be, and you’ll be the better for it.
Practice Quiz: Test your knowledge: Risk management
Define a risk as it relates to project management.
A risk is an event that might occur and could impact a project in the future.
Risks are potential issues that may or may not occur. Project managers should prepare for them, just in case.
Gemini
Here’s the answer to Question 1, along with a short explanation:
Correct Answer:
- A risk is an event that might occur and could impact a project in the future.
Explanation:
In project management, a risk is a potential event or condition that could happen, and if it does, it would negatively affect the project’s timeline, budget, or goals.
It’s important to distinguish risks from issues:
- Issues: Known problems currently impacting your project.
ChatGPT
A risk is an event that might occur and could impact a project in the future.
What is the difference between a risk and an issue in project management?
An issue is a known problem; a risk is an event that might happen in the future
Issues are problems that have already impacted a project, while risks are the potential problems that could impact it in the future.
Gemini
The correct answer is:
- An issue is a known problem; a risk is an event that might happen in the future
Here’s a bit more explanation to clarify the distinction:
- Risk: A potential event or condition that could happen and, if it does, would negatively impact your project. Risks have uncertainty associated with them.
- Example: A supplier might run out of stock, delaying your project.
- Issue: A known problem that is currently affecting your project. Issues require immediate attention and problem-solving.
- Example: A key team member gets sick, causing a task to be delayed.
Key takeaway: Project managers need to be proactive about identifying risks to mitigate them and have plans for potential problems. Issues, on the other hand, require active resolution.
ChatGPT
An issue is a known problem; a risk is an event that might happen in the future.
Fill in the blank: Risk management is the process of _____.
identifying and evaluating potential risks and issues that could impact a project
Risk management can help project managers make sure that risks don’t turn into known problems.
Gemini
Here’s the answer, along with an explanation:
Fill in the blank: Risk management is the process of identifying and evaluating potential risks and issues that could impact a project
Explanation:
Risk management is a proactive process and involves:
- Identifying Risks: Brainstorming potential events or conditions that could negatively affect the project, even if they seem unlikely.
- Evaluating Risks: Analyzing the likelihood of each risk occurring and its potential impact on the project.
- Developing Mitigation Plans: Creating strategies to reduce the probability or impact of risks if they happen.
Why the other options aren’t quite right:
- Focusing on existing issues: While dealing with issues is part of project management, risk management goes beyond the present, focusing on potential future problems.
- Only avoiding risk: Risk management is about more than avoiding projects – it’s about understanding and intelligently managing risks within any project.
ChatGPT
Risk management is the process of identifying and mitigating risks and issues that could impact a project.
Which of the following are true of risk management? Select all that apply.
It helps identify who a project manager should consult about a potential risk.
Risk management can help improve communication between you and your stakeholders by informing them about potential risks before they become known issues. It also helps you avoid delays by pinpointing potential risks and determining how each potential risk could be mitigated.
It reveals what could go wrong with a project.
Risk management can help project managers avoid delays by pinpointing potential issues. It can also help you identify who you’ll need to consult about each risk and come up with a plan for how each potential risk could be mitigated.
It helps determine how to mitigate potential risks.
Risk management can be helpful in creating a backup plan if something goes wrong. It can also help you avoid delays by pinpointing potential issues and determine who you’ll need to consult about each risk.
Gemini
Here’s the breakdown of the answers, with correct selections:
- It helps identify who a project manager should consult about a potential risk. – TRUE: Risk management often involves understanding the expertise needed to address a specific risk. (e.g., a legal risk might require consulting a lawyer)
- It reveals what could go wrong with a project. – TRUE: A core purpose of risk management is to anticipate potential problems.
- It helps determine how to mitigate potential risks. – TRUE: A big part of risk management is developing strategies to minimize the impact or likelihood of risks.
- It is a one-time exercise at the start of a project. – FALSE: Risk management is an ongoing process. New risks can emerge, and plans might need adjustment throughout the project’s lifecycle.
ChatGPT
The following are true of risk management:
- It helps identify who a project manager should consult about a potential risk.
- It reveals what could go wrong with a project.
- It helps determine how to mitigate potential risks.
Reading: Phases of risk management
Reading
In a previous video, you learned that risk management is the process of identifying and evaluating potential risks and issues that could impact your project. Risk management is an ongoing practice throughout the life cycle of your project. It typically involves some variation of these five steps:
- Identify the risk.
- Analyze the risk.
- Evaluate the risk.
- Treat the risk.
- Monitor and control the risk.
Let’s break these down:
1. Identify the risk. The first phase of the risk management process is to identify and define potential project risks with your team. After all, you can only manage risks if you know what they are.
2. Analyze the risk. After identifying the risks, determine their likelihood and potential impact to your project. Serious risks with a high probability of occurring pose the greatest threat.
3. Evaluate the risk. Next, use the results of your risk analysis to determine which risks to prioritize.
4. Treat the risk. During this phase, make a plan for how to treat and manage each risk. You might choose to ignore minor risks, but serious risks need detailed mitigation plans.
5. Monitor and control the risk. Finally, assign team members to monitor, track, and mitigate risks if the need arises.
In the upcoming videos and activities, you will learn about each of these phases in more detail and use tools and templates to navigate the risk management process.
Reading: Uncover opportunities using risk management
Reading
When you think about risks, it is likely that you automatically think of potential negative events. But when identifying risks, it is important to also consider the good things that could happen, which are considered opportunities. An opportunity is a potential positive outcome of a risk. It is important to recognize opportunities and to capitalize on them as they appear so you can reach your project goals faster, more cheaply, or with less effort. Some examples of opportunities include:
- Completing a milestone ahead of schedule
- Discounted materials
- Availability of additional resources (people, investments, equipment)
How to recognize an opportunity
An opportunity is a potential positive outcome that may bring additional value to a project. You can use the same tools and techniques that you use in risk management—identify, analyze, evaluate, treat, and control—to add potential opportunities to your risk management plan. You need to know what to do if things go wrong, but you should also make plans to seize opportunities. By using techniques such as brainstorming and drawing on project history or prior experience, you can identify potential opportunities and outline how you will take advantage of them if they occur.
As a project manager, you should always be on the lookout for potential opportunities when developing your risk management plan. Review the following article for further information on using risk management strategies to identify and take advantage of opportunities that may occur during your projects: The Risk Management Process in Project Management
Practice Quiz: Test your knowledge: Risk scenarios
Which three of the following scenarios represent possible opportunities that could arise from a risk?
Adopting a new spreadsheet software to streamline and simplify tasks in the future
Learning a new software could be a risk if it initially slows down the team. However, if it benefits the team long term, it is likely an opportunity.
Completing a milestone ahead of schedule
While completing tasks and milestones ahead of schedule could disrupt the timeline of the project, it may free up team members to work on additional tasks. This is a positive outcome of a risk.
Adding two team members from another team to increase productivity and meet the project deadline
Adding team members could risk the productivity of the team in the short term as they are onboarded, but long term the team should be able to complete more work.
Which of the following scenarios is an example of a project issue? Select all that apply.
Materials increase in price
Risks like market fluctuations can lead to project cost issues.
Clients do not return the necessary paperwork on time
Submitting contracts to clients in the wrong format, for example, can lead to issues such as missed deadlines or legal concerns.
Workers at a supplier’s production are currently in a labor strike
A strike at a supplier is an issue that could mean a delay in receiving necessary project materials.
Fill in the blank: The risk management process includes five steps: identify, analyze, evaluate, _____, and monitor and control.
treat
When a project manager treats a risk, they make plans for how to respond if the risk becomes an issue.
During which phase of the risk management life cycle do you use the information you have gained about the likelihood and potential impact of risks to prioritize risks?
Evaluate the risk.
During this phase, you use the results of a risk analysis to determine which risks to prioritize.
Identify and assessing risks
Video: Tools to help identify risks
Why Plan for Risks?
- Risks are present in all projects.
- Proactive planning helps you be prepared, not deterred, by potential issues.
Identifying Risks
- Brainstorming:
- A collaborative, judgment-free way to generate ideas about potential risks.
- Involve a diverse team for different perspectives.
- Use a RACI chart to determine who to include.
- Cause-and-Effect Diagrams (aka Fishbone Diagrams):
- Visually maps out potential causes of a specific risk.
- Helps identify multiple factors that could lead to problems.
Assessing Risks
- Risk Register: A chart listing all identified risks. Get ready to fill this in!
- Probability and Impact Matrix:
- Prioritizes risks based on:
- Impact: How much damage the risk could cause if it occurs (high, medium, low).
- Probability: How likely the risk is to happen (high, medium, low).
- Inherent Risk Rating: Combines probability and impact. Focus mitigation plans on medium to high inherent risks.
- Consider accessibility when creating the matrix.
- Prioritizes risks based on:
Key Points
- You might find a lot of potential risks – that’s normal!
- Risk appetite (how much risk your organization tolerates) influences how you manage different risks.
Let me know if you’d like to see an example of a completed risk register or probability and impact matrix.
Hello, and welcome back. Hopefully, you’re
beginning to notice how important it is to
plan for risks. Even the simplest projects
can carry some kind of risks. Remember, those risks shouldn’t deter you from pursuing
the project’s goals. The key is to be prepared. Let’s discuss tools and techniques you can use
to identify risks, including brainstorming
and risk assessment. Brainstorming is one of the most effective techniques
for identifying risks with the team because it
allows groups to spontaneously share
ideas without judgment. As a project manager, you will be responsible
for bringing a group of people together to
imagine potential risks. Have your RACI chart at
the ready to refer to when you decide who to
invite to this meeting. Speaking from experience, the best team for this
task is a diverse one, which includes individuals from various roles, backgrounds,
and experiences. Diverse teams bring different
perspectives, experiences, and skill sets, and
this may help you to identify risks that you may not have thought of on your own. For example, one
member of your team might have experience working
on multiple projects, while another newer team member, might bring a fresh
perspective from their previous experience
on other teams. A great tool that
you can use during brainstorming is called a
cause-and-effect diagram, also sometimes known
as a fishbone diagram. Cause-and-effect diagrams
show the possible causes of an event or risk and are very useful
at risk management. For example, in the
diagram seen here, the effect listed is a supplier
missing its deadlines. This is a risk to your project. On the left, you’ll brainstorm potential causes that
would lead to the effect, like poor delegation or a
lack of tracking tools. In other words, cause-and-effect diagrams can help identify all the ways that things
could go wrong by identifying a potential
risk, known as the effect, and working backwards to consider the potential causes
of that risk. By categorizing and breaking them down into further causes, you are able to identify areas that could lead to a
potential problem, like exceeding your budget or allowing scope creep to
impact your timeline. As a reminder, scope creep
refers to changes, growth, and uncontrolled
factors that affect the project’s scope at any point after the
project begins. During these
brainstorming sessions, you might find that your list of potential risks is quite
long, and that’s okay. It is a reality you
and your team cannot account for every single problem that can occur
during your project. So how do you decide
which risks to focus on? List the outcomes from the
brainstorm in a risk register. A risk register is a table or chart that contains
your list of risks. Next, you will adopt a
risk assessment technique. Risk assessment is the stage
of risk management where qualities of a risk are
estimated or measured. By qualities, we’re
mainly referring to how likely the risk is to occur and its potential
impact on a project. We’ll come back to this
point in a moment. There are a few ways
to assess risks, but one we’ll focus
on is creating a probability and impact matrix. A probability and
impact matrix is a tool used to prioritize
project risks. I personally love
this technique and use it all the time
in my role at Google. Earlier, I mentioned
that you need to assess the likelihood that a risk will happen and its potential impact. This matrix will help
you do just that. To create a probability
and impact matrix, you will need to think
about the level of impact. Impact refers to the damage a risk could cause if it occurs. Impact is also determined on a scale of high, medium, and low. High means that if
the risk occurs, it will substantially
alter the project. Low means if the risk occurs, it will have a slight impact but it’s not likely to
derail the project. You will also need to
think about probability. Probability is the likelihood
that a risk will occur. We also determine probability on a scale of high, medium, and low. In this case, high probability means there’s a high
likelihood of this happening. Low probability means
you’ve identified a risk that could happen, but it isn’t likely that
the risk will occur. These two considerations come together to determine the
inherent risk rating. Inherent risk is the
measure of a risk calculated by its
probability and impact. Measuring the inherent risk gives us a method for
understanding a risk. Inherent risk is also
determined on a high, medium, and low scale. Basically, if a risk has a low impact and low probability, it has a low inherent
risk rating. These are the types of risks you don’t need to worry
too much about. But if a risk has a high
impact and a high probability, then it carries a high
inherent risk rating. Medium to high risks are
the risks you should focus on and create detailed
mitigation plans for. When you’re creating a
probability and impact matrix, it’s important to ensure you
create a matrix that meets accessibility guidelines
and has information and formatting that everyone can easily and quickly understand. One way to do this is
to use both color and distinct shapes or text to
communicate levels of risk. You can learn more about
accessibility communication by visiting course resources. The way you view and
manage each risk will be determined based on your
organization’s risk appetite, which refers to
the willingness of an organization to accept the possible outcomes of a risk. You, your team, and your stakeholders may have different
appetites for each risk. We’ll discuss how risk appetite plays into risk mitigation
in just a bit. Certain low-level risks
that could result in minor setbacks are much more tolerable than high-level risks that have the potential to completely derail your project. Once you’ve completed
your risk assessment, you will update the risk register to include high, medium, and low ratings for
some examples of risks that you’ve identified
for this project. Great. Now that we’ve covered how to identify
and assess risks, we’ll go on to the next video, where we’ll discuss some of the types of risks
you’ll run into during your role as a project
manager. Meet you there.
Reading: How to create a fishbone diagram
Video: Types of risk
Types of Project Risks
- Core Risks
- Time: Tasks taking longer than expected delays the project and increases costs.
- Budget: Unplanned expenses or scope creep can lead to overspending.
- Scope: Not delivering the promised results undermines the entire project.
- External Risks: Factors outside your control can still derail a project. Examples include:
- Environmental (storms, disasters)
- Legal (changing regulations)
- Single Points of Failure: A risk so severe it can completely halt progress across the whole project. Example: Database outage preventing access to vital project information.
- Dependencies
- Tasks reliant on the completion of other tasks.
- Two types:
- Internal: Within your team’s control (e.g., design approval needed before coding)
- External: Beyond your control (e.g., vendor’s crop yield affected by weather)
Key Takeaways
- No project is completely risk-free.
- Identifying and planning for risks is essential for successful project management.
- Mitigation strategies will be covered in the next video!
What risk refers to the possibility that a project won't produce the results outlined in the project goals?
Scope risk
Scope risk refers to the possibility that a project won’t produce the results outlined in the project goals. Time risks, budget risks, and dependencies may also pose risks to the project.
Hi again. Let’s discuss some common
types of risks that you might plan for while managing a project. Though there are many different types of
risks that could impact your project, the big ones that you want to be aware
of are: time risks, budget risks, and scope risks. Let’s break those down. First, we have time risks. Time risks refers to the possibility
that project tasks will take longer than anticipated to complete. You’ll need to be aware of time
risks because time is money. Poor time management may
deplete your budget and upset your stakeholders by causing delays. Next, we have budget risks. Budget risk refers to the possibility that
the cost of a project will increase due to poor planning or
expanding the project scope. You need to be aware of budget risk
since budgeting provides the basis for project costs control. For example, if you overspend, you might
not be able to pay your suppliers. This could result in some
reputational damage for the company. Then we have scope risk. Scope risk refers to the possibility
that a project won’t produce the results outlined in the project goals. You need to be aware of scope risks
because the deliverables of your project might not be acceptable to your
stakeholders or customers, and that may defeat the purpose
of the entire project. While time, budget, and
scope risks are very common, there are other types of external
risks that you should be aware of. By external risks, we’re referring to
risks that result from factors outside of the company that you have
little to no control over. For example, your project could be
impacted by an environmental risk, like a major storm, or a legal risk,
like a change in regulatory requirements. And it’s also important to know that
there are endless types of risks. There will never be a prescription for
how to identify and manage every single possible risk. But if you have a plan, you’ll be better set up to deal
with whatever comes your way. Okay, now let’s discuss a certain type of
risk known as a single point of failure. A single point of failure is a risk that
has the potential to be catastrophic and halt work across a project. These are risks that have the power
to stop an entire team in its tracks, meaning that no one can make progress on
their tasks until the issue is resolved. For example,
in our Office Green scenario, a single point of failure might be a power
outage that takes down the internal database where every piece of
information about the project is stored. Until the database is back up and running, your team won’t have access to any of the
information they need to do their jobs. As a result, your team won’t be able to
complete any of their assigned tasks. To mitigate this risk, you might budget
for a separate cloud service to serve as your backup for all of your project
documentation and information. As the project manager,
you’ll need to identify and monitor potential single points
of failure in your project, since they can be detrimental to
the project timeline, budget, and scope. Another source of risk to be
aware of are dependencies. A dependency is a relationship between
two project tasks, where the start or completion of one depends on the start or
completion of the other. In other words, dependencies are like links that
connect one project task to another. A dependency must be addressed
before the task can be completed or before another task can begin. Because dependencies are the links that
connect one project task to another, they are often a huge source
of risk to a project. For example, imagine that you’ve tasked a teammate
with hiring a local plant supplier. Until they’ve signed a contract with the
supplier, your team can’t place any orders. That’s a dependency. Now here’s where the risk comes in. If your teammate doesn’t
meet the hiring deadline and then goes on vacation for a week, this could delay your project timeline.
Not great right? If you don’t plan for
dependencies, you might risk and impact your budget schedule or
project outcome. To prevent something like this from
happening, you might ask a teammate to share their out-of-office plans with
you at the start of the project. This helps you to stay aware
of everyone’s schedules, ensuring that there are backup plans in
place to maintain your project schedule. There are two types of dependencies: internal and external. Internal dependencies refer to
dependencies within the project that you and your team have control over. For example, you’ll need to secure
approval on a website design before development can begin. On the other hand, external dependencies are dependencies
that you have no control over. For example, the farm that your plant
vendor works at might have experienced a lighter rain season this year, meaning
that they’ll have fewer plants to sell. There are many different risks that can
impact your project, from time risks to budget risks to scope risks. But remember, no project is risk-free. And with careful, upfront planning, you can do your best to
prevent risks from occurring. In the next video,
we’ll discuss how to mitigate risks. I’ll meet you there.
Practice Quiz: Test your knowledge: Measuring risk impact
Which type of risk involves the possibility that a project will not produce the results outlined in the project goals?
Scope risk
This type of risk involves the possibility that a project won’t meet your project goals and could result in the deliverables of your project not being acceptable to your stakeholders or customers.
Gemini
The answer is Scope risk. Here’s why:
- Scope risk is directly related to the possibility of a project not delivering the intended results or meeting the defined goals.
Let’s break down the other options:
- Time risk refers to the risk of tasks taking longer than expected, leading to delays.
- Budget risk focuses on potential cost overruns due to unforeseen expenses or expanding project scope.
- Environmental risk covers external factors like natural disasters or regulatory changes that might impact a project.
ChatGPT
The type of risk that involves the possibility that a project will not produce the results outlined in the project goals is:
Scope risk
Imagine you’re a project manager overseeing the development and launch of a new app. Which of the following problems could be a single point of failure risk in the app’s development?
Failing to back up key project documentation, which may result in a complete loss of essential data.
If the documents become corrupted and the data gets lost, the project can’t move forward until the team rebuilds them. That makes this a single point of failure risk, which has the potential to be catastrophic and halt work across the project.
Gemini
The answer is Failing to back up key project documentation, which may result in a complete loss of essential data. Here’s why:
- Single Point of Failure: A single point of failure is a risk so severe that it could halt the entire project. Losing all project data would undoubtedly cripple development and potentially make progress impossible.
Let’s analyze the other options:
- Negative user feedback: While it might lead to more work, it’s part of the development process and can be addressed, without stopping the entire project.
- Lack of communication: A serious issue, but it can likely be resolved through mediation and improved processes. It wouldn’t immediately stop the project as a whole.
- Behind schedule milestone: Delays happen. While they affect the timeline, the project could still continue with adjustments.
ChatGPT
In the context of app development, a potential single point of failure risk could be:
Failing to back up key project documentation, which may result in a complete loss of essential data.
Continuing with the app-development project scenario from the previous question, which three of the following task relationships demonstrate an internal dependency?
Researchers must conduct usability tests before the team can improve the design.
Your team is responsible for usability testing, making this an internal dependency.
Developers must fix bugs before the Quality Assurance team begins testing.
Your team is responsible for bug fixes, making this an internal dependency.
Designers must complete wireframes before they begin prototyping.
Your team is responsible for the app’s design, making this an internal dependency.
Gemini
Here are the THREE options that demonstrate internal dependencies in the app development project:
- Designers must complete wireframes before they begin prototyping. This is a clear sequence within the design process itself. Prototyping builds upon the framework established in wireframes.
- Researchers must conduct usability tests before the team can improve the design. Usability testing results directly inform design improvements, creating a dependency.
- Developers must fix bugs before the Quality Assurance team begins testing. Bug fixing must happen before quality assurance can effectively test the app.
Let’s look at why the other options aren’t internal dependencies:
- Clients must sign off on the design before the official launch. While essential, this involves an external party (the client), making it an external dependency.
- Partner agencies must deliver image assets before the app is complete. Similarly, this relies on an external entity (partner agencies).
ChatGPT
In the app-development project scenario, the three task relationships demonstrating internal dependencies are:
- Researchers must conduct usability tests before the team can improve the design.
- Developers must fix bugs before the Quality Assurance team begins testing.
- Designers must complete wireframes before they begin prototyping.
Continuing with the app-development project scenario from the previous question, you need to secure funding to develop the app. You want to write a grant proposal to an investment firm. Which of the following is an external dependency for this task?
Gemini
The correct answer is: Get feedback from the investment firm about the types of projects they are interested in funding.
Here’s why:
- External Dependency: This task involves interacting with and gaining information from an entity outside your direct control – the investment firm. Their preferences and funding priorities will influence the chances of your proposal being successful.
Let’s analyze the other options:
- Appoint a team member… : This is an internal task you can control.
- Outline your project milestones… : This is also internal project planning.
- Identify team members… : This leverages your internal resources and expertise.
ChatGPT
In the app-development project scenario, the external dependency for writing a grant proposal to an investment firm is:
Get feedback from the investment firm about the types of projects they are interested in funding.
Reading: Managing single point of failure risks
Reading
Previously, you learned how to use various tools and strategies to identify and manage risks as you plan your project. In this reading, we will discuss how to manage risks with the highest potential of impacting your project.
Single point of failure risks
Once you have identified your risks and ranked them, give special attention to the risks that could have a catastrophic effect on your team’s ability to complete the project. A single point of failure is a risk that, if it were to materialize, could cause a significant amount of disruption to your project and could even shut it down. You should plan for these risks early on in the project.
For example, a lot of projects use subject matter experts (SMEs)—team members with a deep understanding of a particular job, process, department, function, technology, machine, material, or type of equipment. SMEs are involved to advise you throughout the project life cycle. Having only one SME familiar with a critical system on your team is an example of a single point of failure risk. This SME will only offer one perspective, and if they are the only person advising on the system, there is no one to offer another perspective.
Case study: Using mitigation strategies to manage single point of failure risks
Let’s imagine that Office Green uses plant seeds from a company in South America for the majority of its offerings. The plants produced by these seeds are in high demand by Office Green’s customers. However, the local government on the suppliers’ end just announced that it would be imposing a new tax on the exporting of seeds and produce. As a result, the price of the seeds suddenly becomes so high that it is difficult for the company to supply the seeds to Office Green, putting the project at risk of not having these seeds available to purchase.
Let’s look at how these four risk mitigation strategies can be used for managing single point of failure risks in the Office Green example:
Avoid
This strategy seeks to sidestep—or avoid—the situation as a whole. In the Office Green example, the team could avoid this risk entirely by considering using another seed that is widely available in several locations.
Minimize
Mitigating a risk involves trying to minimize the catastrophic effects that it could have on the project. The key to minimizing risk starts with realizing that the risk exists. That is why you will usually hear mitigation strategies referred to as workarounds. What if the Office Green team decided to use both the original South American supplier and another supplier from a neighboring country? More than likely, the change in taxation and regulation wouldn’t affect both companies, and this would provide Office Green some flexibility without having to completely eliminate their preferred supplier.
Transfer
The strategy of transferring shifts the responsibility of handling the risk to someone else. The Office Green team could find a supplier in North America that uses the seeds from several other South American countries and purchase the seeds from them instead. This transfers the ownership of South American regulatory risks and costs to that supplier.
Accept
Lastly, you can accept the risk as the normal cost of doing business. Active acceptance of risk usually means setting aside extra funds to pay your way out of trouble. Passive acceptance of risk is the “do nothing” approach. While passive acceptance may be reasonable for smaller risks, it is not recommended for most single point of failure risks. It is also important to be proactive and mitigate risks ahead of time whenever possible, as this may save you from having to accept risks. In the Office Green scenario, the project manager could schedule a meeting with project stakeholders to discuss the increase in South American taxes and how it could impact the project cost. Then, they might decide to actively accept the risk by setting aside additional funds to source the seeds from another supplier, if necessary, or to passively accept the risk of not receiving the seeds at all this season.
Key takeaway
If you have strategies you can rely on for avoiding, minimizing, transferring, and accepting project risks—including single point of failure risks—you will be in a better position to protect your project from the possible impact of these risks.
Reading: Visualizing dependency relationships
Practice Quiz: Test your knowledge: Identifying and assessing risks
Imagine that you’re overseeing a project to construct a new office building for your company, and you need to determine your task dependencies. Which of the following tasks should come first?
Get stakeholder input to determine project goals.
Connecting with stakeholders is a critical first step in any new project. Following that, you can set the project budget, identify the construction site, and begin construction on the new building.
Gemini
The answer is Identify the construction site. Here’s why:
- Fundamental Dependency: You can’t proceed with any of the other tasks without first having a location to build upon. The construction site is the foundation for the entire project.
Let’s analyze the other options:
- Get stakeholder input…: While crucial, it can be done concurrently with searching for sites or even slightly after, as stakeholder needs will influence site selection.
- Begin construction…: Obviously, this requires a chosen site.
- Set the project budget: The budget will be heavily influenced by the site’s cost, potential development complexities, etc.
ChatGPT
In the scenario of constructing a new office building, the task that should come first in terms of dependencies is:
Identify the construction site.
Continuing with the construction project scenario from the previous question, which of the following tasks should come last in the project?
Move equipment to the new office.
Moving equipment into the new office comes after planning for risk, hiring an architect, and ordering materials.
Gemini
The answer is Move equipment to the new office. Here’s the logic:
- Final Stage: Moving equipment signifies the completion of the building and readiness for occupancy. This naturally falls towards the end of the project timeline.
Let’s break down the other options:
- Plan for risk: Ideally, risk planning is an ongoing process throughout the project, not just a single task at the end.
- Hire an architect: Architects are essential early on for designing the building.
- Order the building materials: Materials are needed during the construction phase, well before the moving stage.
ChatGPT
In the construction project scenario, the task that should come last is:
Move equipment to the new office.
Continuing with the construction project scenario from the previous question, imagine that you underestimated the amount of a particular material needed to complete the new building. You purchase more of the material at full cost, since you no longer qualify for the bulk, discounted rate. What risk does this scenario demonstrate?
Budget risk
Unexpected costs due to poor planning can pose a risk to the project budget.
Gemini
This scenario demonstrates Budget risk. Here’s why:
- Cost Impact: The primary issue is the unforeseen expense of purchasing the material at a higher price, directly impacting the project budget.
Let’s consider why the other options aren’t the best fit:
- Time risk: While the delay in obtaining the material might cause a slight project slowdown, the main consequence is financial.
- Environmental risk: This generally refers to external factors like natural disasters or weather events, unrelated to miscalculating materials.
- Legal risk: No legal violation or potential for lawsuits is implied in this scenario.
ChatGPT
The scenario of underestimating the amount of a particular material and having to purchase more at full cost, losing the bulk discount, demonstrates:
Budget risk.
Continuing with the construction project scenario from the previous question, the project team completes the designs (Task A) and then begins construction (Task B). What type of dependency describes the relationship between Tasks A and B?
Finish-to-Start (FS)
Task A must be completed before Task B can start (the designs must be completed before construction can begin), making this an example of a Finish-to-Start dependency.
Gemini
The answer is Finish-to-Start (FS). Here’s why:
- Finish-to-Start: This dependency means Task B cannot begin until Task A is completely finished. In this case, construction (Task B) can’t start until the designs (Task A) are finalized.
The other types of dependencies don’t fit this scenario:
- Start-to-Start (SS): Tasks start around the same time, but don’t require one to be fully complete before the other begins.
- Finish-to-Finish (FF): Tasks need to finish around the same time.
- Start-to-Finish (SF): Task B cannot finish until Task A has started.
ChatGPT
The relationship between Tasks A (designs) and B (construction), where Task B can only start after Task A is finished, describes a:
Finish-to-Start (FS) dependency.
Mitigating and communicating risks
Video: Risk mitigation strategies
What is Risk Mitigation?
- Proactive planning to reduce the chance of a risk happening or lessen its impact on your project.
The 4 Common Risk Mitigation Strategies
- Avoid: Completely eliminate the risk.
- Example: Choosing a reliable contractor instead of one known for missed deadlines.
- Accept: Acknowledge a low-impact risk and be prepared to deal with it if it happens.
- Example: Accepting potential 2-day shipping delay from a plant supplier, knowing it’s manageable.
- Reduce/Control: Take steps to minimize the risk’s chance or impact.
- Example: Daily check-ins with a contractor to keep them on track.
- Transfer: Shift the risk to a third party.
- Example: Outsourcing plant growing to suppliers so you’re not liable for weather or pest damage.
Key Point: Using these strategies proactively helps you manage project risks effectively.
Hi, and welcome back. Okay, so you’ve learned
how to identify your project’s risks
and assess them using a probability
and impact matrix. Now that you know which risks
require your attention, how do you determine
what to do about them? This is where risk mitigation
planning comes in. Risk mitigation planning is about finding ways to eliminate or reduce the impact of
potential risks to your project. There are four common
ways to mitigate risk. You can avoid it, accept it, reduce or control
it, or transfer it. Let’s discuss each option using
the Office Green example. Sometimes you can avoid
the risk altogether. For example, if you learn that a certain contractor you’ve
considered working with on your Office Green project has a poor reputation for
meeting deadlines, then you might choose to avoid that risk by hiring a
different contractor. You can also accept the risk, especially ones that you deem low in probability and impact. In this case, you’re accepting the possibility that
this risk can happen. You’ve agreed to monitor it
throughout the project, and you’ll ultimately be okay with the risk if it does happen. For instance, maybe your
plant supplier tells you that one of the planter styles you’ve requested is back-ordered. The supplier is confident
that they’ll have time to restock the planters without delaying your project schedule, but if there is an issue
with every stock shipment, this could delay deliveries to your clients by up to two days. Rather than starting over
with a new supplier, you decide that it makes more
sense to accept the risk. It wouldn’t be ideal
for this delay to occur, but you’re
flexible and you know that accepting this
risk will save you and your team the headache of
onboarding a new supplier, which could take two weeks. Another way to mitigate a risk is to reduce or control it. Personally, I like to use a decision tree when
building mitigation plans. A decision tree is a flowchart
that helps visualize the wider impact of a decision on the
rest of your project. For example, you decide to
hire the contractor with a reputation for
missing deadlines because you know
they do great work. In this case, you might
create a quick flowchart that visualizes the risks and potential options
for addressing it, like checking in with
the contractor daily, either by email or
through meetings. Ultimately, you might then
choose to have daily check-in meetings with the team to ensure that they’re staying
on top of their tasks. Finally, you can choose
to transfer the risk. For example, you’ve determined that it’s too risky to
attempt to grow plants on site at Office Green due
to the possibility that bad weather or pests could negatively impact your product. Instead, you’ve made a
decision to transfer the risk to another
party or parties. By outsourcing plant
production to local suppliers, you have the power to change suppliers if there’s an
issue with quality. When you transfer the risk, you don’t risk losing out on
time, resources, and money. To recap, four common ways to mitigate a risk
are: to avoid it, accept it, reduce or
control it, or transfer it. Using one of these four
strategies can help you effectively take control of
the risks to your project. Coming up, we’ll discuss how to document these risks in
a risk management plan.
Video: Building a risk management plan
What is a Risk Management Plan?
- A “living document” outlining risks facing your project and how you’ll handle them.
- It keeps everyone informed and is updated throughout the project.
Example Structure (similar to Google’s)
- Header:
- Company Name
- Project Name
- Author
- Status (in progress, final)
- Creation and Update Dates
- Objective: Brief statement of the plan’s purpose.
- Executive Summary: Short intro to the project and potential risks.
- The Main Part: Risks & Mitigation
- Uses your risk register (table or chart)
- For each risk:
- Inherent Risk Rating (e.g., medium)
- Mitigation Plan (like daily vendor meetings)
- Appendix:
- Your probability/impact charts and matrix
Important Points
- Share the plan with your team and stakeholders for feedback and alignment.
- Update the document regularly as the project evolves.
Now that you know your options for mitigating potential risks, let’s discuss how to document your risk-planning decisions. As you’ve been learning
throughout this program, documentation is a crucial part of your role as a
project manager. This is especially
true when identifying risks and creating a
plan to mitigate them. A risk management plan is a
living document that contains information regarding
high-level risks and the mitigation plan
for each of those risks. This plan helps ensure that teammates and
stakeholders have a clear understanding of potential problems and a plan to address them
should they occur. Risk management is an
ongoing practice that you’ll take part in throughout
the planning and execution of a project. Since risk management evolves
throughout the project, the plan should be updated regularly to add newly-identified risks, remove risks that are
no longer relevant, and include any changes
in the mitigation plans. Let’s review an example of a risk management plan similar to the one we sometimes
use here at Google. At the top of the document, we include the name
of the company, and below it, the
name of the project. We also include the
document author so that anyone reviewing the plan knows exactly who to reach out to if they
have any questions. This template also designates a spot for the document status. As you’re building your plan, you can list the
status as “in progress.” Once the plan is complete, you can change the
status to “final.” We’ve also included
helpful details like when the document was created and
when it was last updated. Details like these
might seem small, but it’s best practice
to include them. That’s because being
transparent about dates provides stakeholders with a sense of how up-to-date the document is. Below these details, we have
the document objective. Here, we’ve written that
our objective is to outline mitigation plans
for Project Plant Pals. Below that, we’ve added an executive summary
of our project. Executive summaries
should include a brief introduction to
the normal conditions of a project and an outline of the potential risks that
could impact the project. Now onto the really
important stuff: the risks and how
we’ll mitigate them. This document also includes the risk register you
learned about earlier, which is a table or a chart that contains your list
of possible risks. Here, we’ve outlined one of the potential risks to
Project Plant Pals, which is the potential
for the vendor to fall behind on a deadline. We’ve given this risk a
medium inherent risk rating. Remember that inherent
risk is the measure of a risk calculated by its
probability and impact. A mitigation plan has also
been included for this risk, which is to hold
daily meetings with the vendor to help
them stay on task. Down in the appendix
of the document, you’ll find the probability
and impact charts as well as the probability and impact matrix that we use to assess our risks. Once you’ve filled out
the risk management plan, you’ll share it with your
team and stakeholders to get their input and to ensure that they are aligned with your plans. Coming up, we’ll dig
deeper into the topic of communicating risks to
stakeholders. See you there.
Practice Quiz: Test your knowledge: Mitigating and communicating risks
Imagine you have learned that a contractor who has done quality work for your organization in the past has received some negative reviews recently. You choose to hire another contractor for the current project. This is an example of mitigating risk by ______.
avoiding it
By hiring a different contractor, you are mitigating the risk by avoiding it altogether.
Gemini
This is an example of mitigating risk by avoiding it. Here’s why:
- Avoiding: You made a proactive choice to steer clear of the potentially problematic contractor, completely removing the risk associated with their recent negative reviews.
Let’s analyze why the other options aren’t the best fit:
- Accepting: This would mean choosing the contractor despite the risk, without taking any action to lessen the potential impact.
- Transferring: This involves shifting the risk to a third party, such as through insurance or by hiring a different contractor with a guarantee.
- Reducing/Controlling: This would mean taking steps to minimize the likelihood or impact of the risk, perhaps by getting more information on the negative reviews or negotiating safeguards with the original contractor.
Let me know if you’d like other examples of risk mitigation strategies!
ChatGPT
This is an example of avoiding it.
Which of the following are basic components of a risk management plan? Select all that apply.
A probability and impact matrix
A probability and impact matrix helps determine the likelihood a risk will occur and the damage a materialized risk could cause to the project. A risk management plan should also include a risk register and mitigation plans.
Mitigation plans
Mitigation plans give teams and stakeholders a clear understanding of potential problems and a plan to address them. A risk management plan should also include a probability and impact matrix and a risk register.
A risk register
A risk register contains a list of possible risks to a project, making it easier to avoid or mitigate them. A risk management plan should also include a probability and impact matrix and mitigation plans.
Gemini
Here’s the breakdown of correct answers and why the others aren’t typically included in a basic risk management plan:
Basic Components of a Risk Management Plan
- Risk Register: A document that identifies, analyzes, and tracks potential risks throughout the project. It’s like the central hub for your risk information.
- Probability and Impact Matrix: A tool used to assess the likelihood and potential consequences of each identified risk. This helps prioritize risks for mitigation.
- Mitigation Plans: Specific strategies and actions you’ll take to reduce the probability or impact of identified risks.
Not Basic Components
- Gantt Chart: While useful for project scheduling, Gantt charts don’t directly deal with risk management. They focus on visualizing tasks and timelines.
Let me know if you’d like more details on any of the basic risk management components!
ChatGPT
The correct options for basic components of a risk management plan are:
- A probability and impact matrix
- Mitigation plans
- A risk register
Which of the following tools can help project managers visualize how to mitigate a risk in order to reduce or control it?
A decision tree
A decision tree is a flowchart that can help project managers visualize the wider impact of a decision on the rest of a project.
Gemini
Here’s the answer and why the others aren’t the best fit:
- Decision tree: A decision tree is the correct tool for visualizing risk mitigation strategies. It’s a flowchart-like structure that helps map out the potential consequences of different choices and the probabilities associated with them. This allows you to see how each decision could either reduce or increase the risk.
Here’s why the other options are less suitable:
- Statement of work: A document defining the scope of work that needs to be done, but it doesn’t directly focus on risk visualization.
- Project charter: A high-level document authorizing the project and its goals, but it doesn’t provide the granular risk analysis and decision pathways like a decision tree.
- Power grid: This is related to electricity infrastructure, not project management or risk analysis.
Let me know if you’d like an example of how a decision tree can be used in risk mitigation!
ChatGPT
A decision tree is a tool that can help project managers visualize how to mitigate a risk in order to reduce or control it.
What step should you take after you complete your risk management plan?
Share the plan with your team and stakeholders.
Once you’ve filled out the risk management plan, you should share it with your team and stakeholders to solicit their input. This will help you confirm alignment with your plan.
Gemini
The correct step after completing your risk management plan is to:
- Share the plan with your team and stakeholders.
Here’s why it’s important:
- Collaboration: Everyone involved in the project needs to understand the potential risks and how they’ll be managed. This ensures everyone is on the same page.
- Buy-in: Getting support from stakeholders increases the chance of successfully implementing your mitigation plans.
- Transparency: Communicating risks builds trust and can help avoid surprises later on in the project.
The other options are either incorrect or should occur during the development of your risk management plan:
- Implement the individual mitigation plans: This happens after sharing the plan and gaining team/stakeholder alignment.
- Estimate the likelihood and impact…: This is a key part of creating the risk management plan, not a step that happens afterwards.
- Create a power grid…: Power grids are related to energy infrastructure and not relevant to risk management plans.
ChatGPT
After completing your risk management plan, the next step is to share the plan with your team and stakeholders.
Video: Communicating risks to stakeholders
Why Communicate Risks to Stakeholders?
- Prevents Surprises: Keeps stakeholders informed about potential issues, preventing unpleasant surprises and damaged trust.
- Fosters Collaboration: Helps stakeholders understand potential roadblocks and be prepared to offer support (resources, budget adjustments, etc.) if risks materialize.
- Builds Trust: Demonstrates transparency and proactive planning, increasing confidence in your project management skills.
- Gains Insights: Stakeholders may have valuable experience with similar risks, providing additional strategies for mitigation.
How to Communicate: Tailor the Approach
- Low-Level Risks: Brief mentions in regular updates (e.g., weekly emails) with mitigation plans.
- Medium-Level Risks: Dedicated emails with detailed explanations of the risk and mitigation plans, potentially with a sense of urgency.
- High-Level Risks: Direct presentations during stakeholder meetings, outlining risks, mitigation strategies, and inviting feedback & suggestions.
Real-World Example: The speaker shares how discussing risks with stakeholders can reveal previously unconsidered impacts, leading to better project planning and resource allocation.
Key Takeaway: Actively share risks with stakeholders at a level appropriate to their severity. This builds strong relationships and prepares everyone for potential challenges.
During the planning phase, what should you consider when communicating a risk to stakeholders?
Severity of the identified risk
You should consider the severity of the identified risk. It is important to communicate early and often with stakeholders about medium- and high-level risks. For low-level risks, something as simple as an email might suffice.
Hello. As you’ve learned
in the past few videos, identifying and
assessing risks is a crucial part of the
project planning process. These exercises help clarify the most important
risks for you and your team and ensure
that everyone agrees on which
risks to plan for. But it’s not enough for you
and your teammates to simply be aware of the biggest
risks to a project. You also need to communicate these risks to your
project stakeholders, whether through
documentation, e-mail, meetings, or other forms of communication you’ve
deemed appropriate. Your stakeholders need to be aware of the risks
facing a project, because if you don’t
tell your stakeholders about important risks, they may be less equipped to help you if an issue does arise. For example, they
might not be able to provide you with more
budget should you need it or with more resources
should you require them. Even worse, your stakeholder might be
caught off guard by an issue. Unpleasant surprises
like these can erode that trust in you as
a leader of the project. They’ll likely want
to know if you were aware of the possibility
that this risk could occur, and they might wonder
why you didn’t share this information
with them sooner. That’s why it’s important to
communicate early and often with stakeholders about
medium- and high-level risks. It sets expectations with
stakeholders about what to potentially expect during
the project execution phase and demonstrates that
you’ve taken steps to mitigate and plan for those
risks should they come up. It also gives you the
opportunity to suggest ways they might be able to
help you if a risk does arise. How do you communicate risks to stakeholders during
the planning phase? Well, that depends on the severity of the
identified risk. For low-level risks, something as simple as
an e-mail might suffice. For example, when sending out weekly planning updates
to a project stakeholder, you might list a few low-level
risks that are relevant to their interests and briefly explain how you’ll address
these risks if they arise. For medium level risks, you might increase your
level of communication to a direct e-mail
between yourself and the stakeholder in which
you outline the risk with more specifics and provide a detailed explanation of your
plan to mitigate the risk. You might also link to your risk management plan to provide them with
more information. You might write “urgent” in the subject line to stress
the e-mail’s importance. The serious nature
of high-level risks requires a thorough and direct
level of communication. When you’re meeting
with stakeholders to go over the project plan, you might add an
agenda item to present serious risks and your plans
to mitigate these risks. You can also use
this time to collect feedback on your risk
management plan and ask for insights from
stakeholders on how they suggest handling these
high-level risks. Your stakeholders might have prior experience planning for similar risks and strategies that you hadn’t
considered before. Risk communication is a big part of my role here at Google. As a program manager, I’m constantly writing
e-mails and delivering presentations on the
status of my projects, often with the goal of sharing known risks and my
risk mitigation plans. In discussing these plans
with my stakeholders, we often uncover other risks that I hadn’t even considered. For example, in a recent meeting, I was presenting a
potential new product to a stakeholder on
a different team. In the meeting, the
stakeholder flagged their concerns that
my solution might create time and resource risks that could have a negative
impact on their team. This discussion gave
me deeper insights of my colleagues’ potential risks
and of the product’s users’ needs, which made me
realize that I needed to ask my project sponsors for additional budget
and resources. It’s always a good idea to discuss your plans with
your stakeholders. They may have a
different perspective. To recap, it’s important
to communicate risks to stakeholders so
that they’re better able to help you should one arise, and you should tailor
your communication style according to the
severity of the risk. Up next, we’ll review and wrap up all that we’ve
covered. Meet me there.
Practice Assignment: Activity: Create a risk management plan
Reading
Step-by-step instructions
Step 1: Access the template
To use the template for this course item, click the link below and select “Use Template.”
Link to template: Risk management plan
Step 2: Fill in the document details
At the top of the document, write your name (or simply “project manager”) next to Author. Then record the status of the plan next to Status (mark it as a draft for now).
Step 3: State the objective
Now consider the purpose of a risk management plan and what it is designed to do. Write a sentence or two summarizing this purpose under Objective.
Step 4: Write an executive summary
Write 3-4 sentences outlining project goals, milestones, and potential risks under Executive Summary.
Step 5: List budget risks
Now go to the budgetary risk chart and add the three potential budgetary risks under Scenario.
Step 6. Assess the impact of each budget risk
Next, determine the inherent risk level of each budgetary risk. Remember that inherent risk is the measure of a risk calculated by its probability and impact. To do this, go to the Appendix section of the template:
- First, consult the Probability chart to determine whether the risk has a low, medium, or high chance of occuring.
- Next, use the Impact chart to identify whether each risk poses a low, medium, or high impact to finances, operations, or people.
- Finally, use the Probability and Impact Matrix to calculate the inherent risk as low, medium, or high.
- Enter the inherent risk rating under Risk to project in the budgetary risk chart. You can color-code the rating for clarity (green for low, yellow for medium, and red for high).
For example, in the first budgetary risk scenario the two delivery trucks cost more than initially estimated:
- Your team estimates a 50% chance this risk will occur. According to the Probability chart, 50% is a high probability.
- Your team estimates a $32,000 overage. According to the Impact chart, $32,000 is a high financial impact.
- Because the probability and impact are both high, according to the Probability and Impact Matrix, the inherent risk is high.
Step 7: Develop mitigation plans for budget risk scenarios
Now that you’ve calculated inherent risk ratings, consider how to mitigate each risk. Remember, you can choose to deal with each risk in one of the following ways:
- Avoid
- Accept
- Reduce or control
- Transfer
Once you’ve decided how to handle each risk, write “avoid,” “accept,” “reduce or control,” or “transfer” in the Mitigation Plan column. Then explain how you plan to deal with the risk. Be sure to consider all the options when developing your mitigation plans.
For example, imagine there is a risk that a vendor might not have the right plants in stock consistently. If the inherent risk level is low you could choose to monitor the situation and research alternative sources for particular plants. If the inherent risk level is high, you could choose to avoid it altogether by switching vendors.
Step 8: Develop mitigation plans for schedule risk scenarios
Repeat Steps 5-7 for the three schedule risks.
Pro Tip: Save the template
Finally, be sure to save a blank copy of the risk management template you used to complete this activity. You can use it for further practice or in your own personal or professional projects. These templates will be useful as you put together a portfolio of project management artifacts. You can use them to work through your thought processes as you demonstrate your experience to potential employers.
Review: Managing risks effectively
Video: Aji: Risk management at Google
What is Program Management?
- Aji defines it as “bringing order to chaos” across various industries.
- At Google, it involves product launches, process development, and working with diverse teams (engineering, UX, etc.).
Risk Management as a Core Skill
- Proactive Problem Solving: Aji compares it to navigating a ship, spotting potential “rocks” ahead of time.
- Collaboration is Key: Projects rarely happen in isolation. Managing risks requires working closely with stakeholders to ensure everyone’s on the same page.
How to Manage Risks
- Identify potential problems: Involve the right people to get a comprehensive view.
- Collaborate on solutions: Success depends on the whole team being invested.
Real-World Example
- Aji’s project involved UX designs for a product.
- Her risk management mindset led her to question how the visual changes would translate into the existing product.
- This early intervention led to a meeting where they discovered a misalignment in how the teams were interpreting the plans.
- Result: Avoided major rework down the line.
Why Aji Loves Program Management
- She enjoys tackling ambiguous, complex problems and developing solutions that prevent future issues.
My name is Aji, and I’m a Senior Program
Manager at Google. Program management spans a
lot of different industries, a lot of different applications. At its core, it means that
we bring order to chaos. At Google for me, I work on product launches. I also develop new processes
and procedures for teams. I work across different
functional areas, so that could be engineering, it could be UX, it could
even be People Ops to help launch products. To me, risk management
means looking ahead and trying to
anticipate issues. I liken it to the analogy
of being on a ship and being the person
looking ahead to make sure there’s
no rocks, right? A lot of our projects, I would say for the most part, at least in my experience, are never just done in a silo. There are other
dependencies, right, and other teams that are
depending on you to execute. It is very important to de-risk, to look ahead, to
manage those risks, to communicate those risks to the appropriate stakeholders, to make sure that you’re
delivering on your commitments. I think that the first step is identifying the problems, bringing in the right people, so that you know that you
have a good, kind of, comprehensive list,
and then from there, trying to figure out how to manage those issues, and again, that can be, and that should be, a very collaborative
thing, right? Because everybody on your team needs to be equally
vested in making sure that the project
executes successfully. I have a project right
now that I’m working on, and with this project, after we determined what our strategy was
going to be and what our end state was
going to be from a product strategy perspective, the next step was
creating what we call “UX mocks” or “UX designs,” and so basically,
that’s just pictures of what we want our
end state to be like, what’s our ideal state, right, in a visual format. As a program manager,
my job is to kind of take a step
back and make sure, okay, what are the
potential landmines? What could go wrong? As I started going through the designs and looking at them, I realized that in my
mind it was hard for me to reconcile and say, “Okay, this is what
we’re doing today. This is what’s going to change.” It wasn’t very clear to me, and I’m less of a visual person and more of like a, you know, I like spreadsheets
and all of that and have things in detail, and so in my mind,
I was like, okay, if I’m having this issue trying to reconcile between, okay, visually we say we’re
going to design this, but this is where we are,
what’s the difference? If I’m having this issue, then maybe other people are
having this issue, as well. And okay, if other people
are having this issue, maybe our engineers are
having this issue as well. And so, when I set up the
meeting, within five minutes, we started to realize that
there were differences in how they were interpreting
what we were supposed to do, that we had gone
down this road where these two teams were executing on things in a different way. We wouldn’t have realized
it until the end, and then it would
have been too late. I love program management. I love coming into a problem, being given a problem that’s very ambiguous and not well
thought through, right? And it’s a huge pain point, and then coming up with a
solution to that problem.
Video: Wrap-up
Understanding Risks and Issues
- Risks: Potential events that might negatively impact your project.
- Issues: Known problems that actively hinder task completion.
What is Risk Management?
- The process of proactively dealing with potential risks and issues:
- Identifying them
- Evaluating their likelihood and potential impact
- Developing strategies to minimize or address them
Tools for Risk Management
- Brainstorming: Effective way to start identifying risks.
- Probability and Impact Matrix: Helps assess the seriousness of each risk.
- Risk Register: Document to track and manage identified risks.
- Risk Management Plan: Outlines your overall approach.
Communication is Key
- Share risks with stakeholders. This sets realistic expectations and shows your proactive planning.
Nice work. Let’s recap what
we’ve discussed so far. You learned about risks, which are potential events that could impact your project. You also learned how
risks differ from issues, which are known and
real problems that may affect the ability to
complete a certain task. I introduced you to
risk management, which is the process
of identifying potential risks and issues
that could impact a project, and evaluating and applying steps to address their effects. We’ve discussed brainstorming as a technique for
identifying risks, and I introduced you to tools you can use to identify, assess, and document risks, like a
probability and impact matrix, a risk register, and a
risk management plan. Finally, we discussed
the importance of communicating risks to
your stakeholders in order to set expectations
and demonstrate your work to plan for and mitigate potential problems
with the project. Coming up, we’ll discuss documentation and
communication. See you soon.
Quiz: Module 4 Challenge
A project manager needs to identify and plan for known problems that can affect project completion. What are these known problems called in project management?
Issues
Gemini
The correct answer is Risks. Here’s why:
- Risks: Potential events that could negatively impact a project’s timeline, budget, or goals. Project managers proactively identify and plan for risks to mitigate their effects.
- Issues: Known, active problems that are already hindering project progress. Issues require immediate attention and resolution.
- Impactors/Potentials: These terms aren’t commonly used in standard project management terminology.
Let me know if you’d like more clarification on risk management!
ChatGPT
The known problems that a project manager identifies and plans for in project management are called “risks.” Therefore, the correct answer is:
Risks
A major part of risk management is identifying potential problems. Which of the following is another critical aspect of risk management?
Creating a plan for potential risks
Gemini
The correct answer is:
Creating a plan for potential risks
Here’s why:
- Proactive Approach: The core of risk management is not just spotting risks but developing strategies to address them. This might include mitigation plans, contingency plans, or simply having resources ready to respond.
Let’s analyze the other options:
- Reviewing past projects… This is helpful for identifying common risks but doesn’t address how to handle them in your current project. Past plans might not be suitable in every situation.
- Encouraging risk early… This is counterproductive. Risk management aims to minimize risks, not invite them.
- Running practice situations… This can be a training component, but not the primary focus of risk management. The key is to have a plan ready when a risk becomes real.
ChatGPT
Another critical aspect of risk management, in addition to identifying potential problems, is “creating a plan for potential risks.” This involves developing strategies and actions to address and mitigate identified risks throughout the project lifecycle. Therefore, the correct answer is:
Creating a plan for potential risks
When working through the risk management life cycle, what’s the main goal when analyzing a risk?
Determining likelihood of risks
Gemini
The main goal when analyzing a risk is:
Determining the likelihood of risks
Here’s why:
- Prioritization: Analyzing risk isn’t just about knowing a risk exists, but how likely it is to occur and the potential impact it will have. This allows you to prioritize your risk management efforts.
Let’s look at the other options:
- Identifying potential risks: This is an important step, but it’s the start of risk analysis, not the main goal.
- Defining risks: While defining risks clearly is important, the main goal of analysis is to understand their probability and impact.
- Controlling risks: This comes later in the cycle, after you’ve assessed the risks and developed mitigation strategies.
Let me know if you want a deeper dive into any part of the risk management life cycle!
ChatGPT
When analyzing a risk in the risk management life cycle, the main goal is to “determine the likelihood of risks.” This involves assessing the probability or chance of each identified risk occurring and its potential impact on the project objectives. Therefore, the correct answer is:
Determining likelihood of risks
A fishbone diagram is a useful tool for risk planning because it identifies the possible cause of a problem that may or may not occur. In what other part of the project management process can you use the diagram?
Closing phase
Gemini
The correct answer is Closing phase. Here’s why:
- Retrospective Analysis: Fishbone diagrams (also known as Ishikawa or cause-and-effect diagrams) are excellent for root cause analysis. During the closing phase, you can use this technique to dissect what went well and what didn’t, helping to improve processes for future projects.
Why other phases are less suitable:
- Execution Phase: Here, your focus is on managing active tasks and addressing issues, not long-term cause analysis.
- Mitigation Phase: You’re already responding to known risks, so root cause analysis is less relevant at this stage.
- Engagement Phase: It’s premature to do in-depth problem analysis before the project properly begins.
ChatGPT
The fishbone diagram, also known as the Ishikawa diagram, is a versatile tool that can be used not only in risk planning but also in the “Execution phase” of the project management process. During execution, the fishbone diagram can help identify root causes of issues or problems that arise, facilitating problem-solving efforts and ensuring the project stays on track. Therefore, the correct answer is:
Execution phase
Choose the best definition for inherent risk as it relates to project management.
The measure of a risk, calculated by its probability and impact
Gemini
The best definition for inherent risk is:
The measure of a risk, calculated by its probability and impact
Here’s why:
- Inherent Risk vs. Residual Risk: Inherent risk refers to the level of risk before any actions are taken to mitigate it. It focuses on the likelihood of the risk occurring and the severity of its potential consequences.
Let’s break down why the other options aren’t as accurate:
- Causes and circumstances: While these contribute to the risk, they’re not the primary way to measure it.
- Difficulty and frequency: This may factor into the impact, but it doesn’t encompass the whole concept of inherent risk.
- Timing and dependencies: While important to consider, these aren’t the core elements defining inherent risk.
ChatGPT
The best definition for inherent risk as it relates to project management is:
“The measure of a risk, calculated by its probability and impact.”
Which of the following risk types most commonly impact projects? Select all that apply.
- Time risks
- Budget risks
- Scope risks
Gemini
All of the listed risk types commonly impact projects:
- Time risks: Risks that could delay the project timeline, such as unexpected technical difficulties, resource shortages, or external dependencies.
- Budget risks: Risks that could increase project costs, like material price fluctuations, inaccurate cost estimations, or unexpected expenses.
- Inherent risks: The underlying risks in a project based on its nature and complexity. These could relate to technical challenges, regulatory changes, or market shifts.
- Scope risks: Risks of uncontrolled changes to the project’s scope, also known as ‘scope creep’. This might be due to unclear requirements or shifting stakeholder needs.
Let me know if you’d like an example of each of these risk types!
ChatGPT
The risk types that most commonly impact projects are:
- Time risks
- Budget risks
- Scope risks
A project manager is concerned about the workload an internal team is taking on for an upcoming project. The project manager decides to shift this workload to an external supplier. What kind of risk mitigation strategy is this?
Transferring risk
Gemini
This is an example of Transferring risk. Here’s why:
- Transferring Risk: By shifting the workload to an external supplier, the project manager is transferring the risk of the internal team being overwhelmed. The supplier takes on a degree of the responsibility and potential negative consequences if there are delays or issues.
Let’s analyze why the other options aren’t the best fit:
- Avoiding Risk: This involves changing the project plan to completely eliminate a risk (e.g., removing a feature that’s too complex). That’s not what’s happening here.
- Controlling Risk: This involves actions to reduce the likelihood or impact of a risk while still keeping it within the project.
- Accepting Risk: This means acknowledging a risk but deciding not to take proactive action, usually when the risk is low impact or low probability.
Let me know if you want to explore more examples of risk mitigation strategies!
ChatGPT
Transferring risk
A project manager communicates a newly discovered risk to stakeholders. The project manager requests an immediate meeting to go over the project plan and share details about mitigation strategies. What level of risk are they likely to cover in the meeting?
High-level risk
Gemini
The scenario suggests they are likely to cover a High-level risk. Here’s why:
- Sense of Urgency: Calling for an immediate meeting signals that the risk is significant and likely has a major potential impact on the project.
- Mitigation Planning: Discussing mitigation strategies implies that the risk warrants serious attention and requires a proactive response.
Let’s break down the other options:
- Medium-level Risk: These might be addressed in regular status updates, but wouldn’t usually necessitate an immediate meeting.
- Single Point of Failure: This is a specific type of high-level risk, referring to a critical component whose failure could derail the entire project.
- Low-level Risk: These are typically tracked and managed but less likely to warrant an urgent meeting.
Let me know if you’d like to discuss the distinctions between different levels of risk in more detail!
ChatGPT
High-level risk
A project manager has identified a number of tasks in an upcoming project with dependencies. Most of the dependencies are start to finish. What situation is this dependency describing?
Task 2 cannot start until Task 1 has finished
Task 2 cannot start until Task 1 has started
Gemini
The correct answer is:
Task 2 cannot start until Task 1 has finished
Here’s why:
- Start-to-Finish Dependency: This is the most common type of dependency. It means Task 2 is logically blocked until Task 1 is completely done.
Let’s look at the other options:
- Task 2 cannot start until Task 1 has started: This is a start-to-start dependency, allowing some overlap between the tasks.
- Task 2 cannot finish until Task 1 has finished: This is a finish-to-finish dependency, meaning they must end simultaneously.
- Task 2 cannot finish until Task 1 has started: This is a finish-to-start dependency, less common but sometimes used.
Understanding dependency types is critical for accurate project scheduling! Let me know if you want more examples.
ChatGPT
Task 2 cannot start until Task 1 has finished
Which steps should be taken when updating a risk management plan? Select all that apply.
- Include any changes in the mitigation plans.
- Add newly-identified risks.
- Remove risks that are no longer relevant.
Gemini
Here are the correct steps when updating a risk management plan:
- Include any changes in the mitigation plans: If you’ve revised how you’ll address certain risks, those updates need to be reflected in the plan.
- Add newly-identified risks: As a project progresses, it’s natural to uncover new risks. Incorporate them into the plan with their assessment and mitigation strategies.
- Remove risks that are no longer relevant: If a risk has been successfully mitigated or is now very unlikely, it can be removed to keep the plan focused.
Here’s why the other option isn’t correct:
- Move the plan to a confidential folder: The plan may contain sensitive info, but restricting access too much can hinder effective collaboration when dealing with risks.
It’s essential to keep the risk management plan a living document, reflecting the dynamic nature of projects!
ChatGPT
The steps that should be taken when updating a risk management plan include:
- Include any changes in the mitigation plans.
- Add newly-identified risks.
- Remove risks that are no longer relevant.
Fill in the blank: The process of identifying and evaluating potential risks and issues that could impact a project is known as _____.
risk management
Gemini
The correct answer is risk identification. Here’s a breakdown of the terms:
- Risk identification: The initial step of pinpointing potential risks that could disrupt your project.
- Risk analysis: Goes deeper, assessing the likelihood and potential impact of each identified risk.
- Risk management: The broader process encompassing identification, analysis, planning responses, and monitoring risks throughout the project.
- Risk mitigation: Refers to the specific actions you take to lessen the probability or impact of risks.
ChatGPT
Fill in the blank: The process of identifying and evaluating potential risks and issues that could impact a project is known as risk management.
Claude
The correct answer is:
risk management
The process of identifying and evaluating potential risks and issues that could impact a project is known as risk management.
Risk management is a comprehensive process that involves several steps, including:
- Risk identification: Determining and documenting potential risks that may affect the project.
- Risk analysis: Evaluating the likelihood and potential impact of identified risks.
- Risk response planning: Developing strategies and actions to mitigate or respond to identified risks.
- Risk monitoring and control: Continuously tracking and monitoring identified risks, implementing risk response plans, and identifying new risks throughout the project lifecycle.
While “risk identification” and “risk analysis” are important components of risk management, they are specific steps within the overall risk management process rather than the process itself.
“Risk mitigation” refers to the actions or strategies implemented to reduce or eliminate the potential impact of identified risks, but it is not the term used to describe the entire process of identifying, evaluating, and managing risks.
Therefore, “risk management” is the correct term that encompasses the entire process of identifying, evaluating, and planning responses to potential risks and issues that could impact a project.
A major part of risk management is identifying potential problems. Which of the following is another critical aspect of risk management?
Creating a plan for potential risks
Gemini
Creating a plan for potential risks
Here’s why:
- Proactive Approach: The core of risk management is not just spotting risks but developing strategies to address them. This might include mitigation plans, contingency plans, or simply having resources ready to respond.
Let’s analyze the other options:
- Reviewing past projects… This is helpful for identifying common risks but doesn’t address how to handle them in your current project. Past plans might not be suitable in every situation.
- Encouraging risk early… This is counterproductive. Risk management aims to minimize risks, not invite them.
- Running practice situations… This can be a training component, but not the primary focus of risk management. The key is to have a plan ready when a risk becomes real.
ChatGPT
Another critical aspect of risk management is creating a plan for potential risks.
As a project manager practicing risk management, you’ve already identified the risk. Now, you’re determining the likelihood and potential impact the risk will have on your project. Which risk management step does this represent?
Analyze risks
Gemini
The correct answer is Analyze risks. Here’s why:
- Risk Analysis: This step involves assessing the probability that a risk will occur and the severity of its consequences if it does. This analysis helps you prioritize risks and focus your efforts.
Let’s look at the other options:
- Avoid risks: This involves changing the project plan to eliminate a risk entirely (e.g., removing a feature).
- Monitor and control risks: This happens throughout the project, as you track identified risks and implement your response plans.
- Treat risks: This refers to the specific actions you take to mitigate or address risks, such as implementing a contingency plan.
Let me know if you want a deeper dive into any of these risk management steps!
ChatGPT
This step represents analyzing risks in the risk management process.
Which of the following tools can project managers use to brainstorm the potential causes of risks?
Fishbone diagram
Gemini
The correct answer is Fishbone diagram. Here’s why:
- Fishbone Diagram (aka Ishikawa Diagram): This tool is specifically designed for root cause analysis, visually breaking down potential factors contributing to a problem (the risk). It’s great for brainstorming in a structured way.
Let’s analyze the other options:
- Stakeholder map: Helps identify and understand project stakeholders, but not primarily focused on isolating risk causes.
- Risk register: A log to document and track identified risks, but it doesn’t focus on finding the root cause.
- Project charter: A high-level document outlining project goals and scope, not designed for detailed risk analysis.
Let me know if you’d like to explore other risk analysis tools!
ChatGPT
The correct answer is:
Fishbone diagram
What two factors combine to determine inherent risk?
Probability and impact
Gemini
The correct answer is Probability and impact.
- Inherent risk refers to the level of risk before any actions are taken to manage it. Both of these factors are key:
- Probability: How likely is the risk to occur?
- Impact: If the risk happens, how severe will the consequences be for the project?
Let’s look at the other options:
- Damage and Impact: These are somewhat synonymous and don’t fully capture the concept of inherent risk.
- Damage and Mitigation/Probability and Mitigation: Mitigation is about reducing the impact or probability of a risk after identifying it. That influences the residual risk but not the initial, inherent risk.
ChatGPT
The correct answer is:
Probability and impact
A project manager has just learned that a supplier is currently running low on required materials for a project. The supplier is very confident that the materials will be restocked before they are needed for the project. The project manager decides to continue with the vendor rather than finding a new one. What kind of risk mitigation strategy is this?
Accepting risk
Gemini
The best fit for this scenario is Accepting risk. Here’s why:
- Accepting Risk: The project manager is aware of the potential risk (supplier running out of materials) but chooses to continue as planned due to confidence in the supplier’s ability to restock. This means accepting the chance that there might be delays if something goes wrong.
Let’s analyze the other options:
- Transferring Risk: This would involve shifting the risk, perhaps by finding a backup supplier or using a contract clause to protect the project.
- Avoiding Risk: This would mean changing the project plan to eliminate the risk entirely, like switching to materials that the supplier readily has in stock.
- Controlling Risk: This would involve proactive measures to reduce the likelihood or impact, like getting more frequent updates from the supplier.
Let me know if you’d like more examples of risk mitigation strategies!
ChatGPT
The correct answer is:
Accepting risk
A project manager communicates a newly discovered risk to a stakeholder. The project manager sends a direct email to stakeholders and includes “urgent” in the subject line. What level of risk are they likely writing about?
High-level risk
Medium-level risk
Gemini
They are likely writing about a High-level risk. Here’s why:
- Sense of Urgency: The use of “urgent” signals that the risk is significant and likely has a major potential impact on the project.
- Direct Communication: Directly emailing stakeholders highlights the importance of the matter and the need for immediate attention.
Let’s analyze the other options:
- Medium-level Risk: These might be addressed in regular status updates and are less likely to generate this level of urgency.
- Single Point of Failure Risk: This is a specific type of high-level risk, referring to a critical component whose failure could derail the entire project.
- Low-level Risk: These are typically tracked and managed but less likely to warrant such a direct and urgent email.
Let me know if you’d like to discuss the distinctions between different levels of risk in more detail!
ChatGPT
The project manager likely communicates about a high-level risk because they emphasize urgency by using “urgent” in the subject line of the email, indicating that it requires immediate attention and action from the stakeholders.
As a project manager, you’re identifying task dependencies. Task B cannot start until Task A has started. Which type of dependency does this situation represent?
Start to Start (SS)
Gemini
The correct answer is Start to Start (SS). Here’s why:
- Start-to-Start Dependency: This means Task B cannot begin until Task A has at least started. It allows for some overlap between the two tasks.
Let’s break down the other options:
- Finish-to-Start (FS): The most common dependency type. Task B cannot start until Task A has completely finished.
- Start-to-Finish (SF): Less common, means Task B cannot finish until Task A has started.
- Finish-to-Finish (FF): Means Task B cannot finish until Task A has also finished.
Understanding dependency types is crucial for accurate project scheduling! Let me know if you’d like more examples.
ChatGPT
The situation described represents a Finish to Start (FS) dependency, where Task B cannot start until Task A has finished.
Claude
The type of dependency described in the situation where Task B cannot start until Task A has started represents a “Start to Start (SS)” dependency.
In a Start to Start (SS) dependency relationship, the successor task (Task B) cannot begin until the predecessor task (Task A) has started.
Here’s an explanation of the different types of task dependencies:
- Start to Start (SS): Task B cannot start until Task A has started.
- Finish to Start (FS): Task B cannot start until Task A has finished.
- Start to Finish (SF): Task B cannot finish until Task A has started.
- Finish to Finish (FF): Task B cannot finish until Task A has finished.
The other options are incorrect because:
- Start to Finish (SF) means Task B cannot finish until Task A has started, which is not the case in the given situation.
- Finish to Start (FS) means Task B cannot start until Task A has finished, which is more restrictive than the given situation.
- Finish to Finish (FF) means Task B cannot finish until Task A has finished, which is not the case in the given situation.
Therefore, the correct type of dependency for the situation where Task B cannot start until Task A has started is a “Start to Start (SS)” dependency.
Which of the following best describes the risk register in the risk management plan?
A description of each risk, its risk rating, and a mitigation plan
Gemini
The best description of the risk register is:
A description of each risk, its risk rating, and a mitigation plan
Here’s why:
- Key Risk Documentation: The risk register serves as a central repository for tracking:
- Identified risks: A clear description of each potential problem.
- Risk rating: Assessment of probability and impact, helping to prioritize.
- Mitigation plan: The strategies you’ll employ if a risk materializes.
Let’s look at the other options:
- General information…: This might be found in a separate section of the plan, not the register itself.
- The measure of a risk…: This refers to inherent risk, but the register includes more than just this calculation.
- Introduction to…: This might be part of the overall risk management plan, while the register focuses on specifics.
ChatGPT
The risk register in the risk management plan typically comprises a description of each risk, its risk rating, and a mitigation plan. It serves as a comprehensive record of identified risks along with their potential impact and planned responses.