Risk Identification:
This step involves identification of risks associated with a
project by the project team as well as the stakeholders. Overt
risks can be identified before the project kickoff, however since
every project, in essence, is a new one. Therefore other risks have
to be identified as the project progresses.
Some methods used for Risk Identification involve:
- Expert Interviews
- Risk Awareness Meetings
- Historical Reviews of Similar Projects
- Risk Assessment Meetings
- Brainstorming
As soon as a risk is reported, it has to be registered in a
log.
- Further assessment has to be carried out depending on the
severity of a risk and its probability of occurrence.
- Depending on the severity, impact of the risk on the schedule,
scope, and cost of the project should be identified.
Role
|
Responsibilities
|
Project Director
|
- Performs the risk assessment meetings
- Coordinates with Risk Managers to decide if the risk is
unique
- Identifies risk interdependencies beyond projects and verifies
if the risk is internal or external to task
- Assigns risk analysis and tracking number
- Continually monitors the plans for potential risks around the
project lifecycle
- Analyzes any different risks that are identified and add these
things to the Risk Register
|
Risk Manager
|
- Coordinates with the Senior Project Director to recognize the
risks, the territories of the risk inside the project, and the
context and outcome of the risk
- Determines the impact, timing, and preference of the risk
- Forms the risk reports
- Monitors and handles risks that have been identified
- Discuss and updates the top ten risk list [timeframe, as
needed, every two weeks, etc.]
- Escalates issues & problems to authority
|
Risk Owners
|
- Determines which risks require mitigation and contingency
plans
- Generates the risk mitigation and contingency strategies and
performs a cost-benefit
- review of the proposed approaches
- Carries out the implementation of the risk response, if a risk
incident occurs
- Participates in the study, re-evaluation, and modification of
the probability and impact for each risk item on a weekly
basis
|
Other Key Stakeholders
|
- Assists in identifying and determining the context,
consequence, impact, timing, and priority of the risk
|
Risk Assessment:
Once a risk has been identified, it has to be classified, both
on the probability of occurrence as well as on the severity of the
risk. [Plan in APPENDIX I]
Risk Response:
Based on the assessment of a risk, the project management team
should come up with adequate response measures.
- Avoidance – This step involves changing the scope or
objective of a project to avoid the risks involved.
- Transference – This step involves transferring the
risk from the project to a third party such as a
subcontractor.
- Acceptance – This step involves accepting a risk and
the cost, schedule, scope, and quality impacts associated with its
occurrence.
- Mitigation – This step involves reducing the
probability of occurrence and severity of a risk. This can be
achieved by taking early action, stringent monitoring, etc.?
- Contingency – This step involves defining the steps to
be taken in response to risks.
Contingency Plan:
- Identify the contingency plan tasks that can be executed to
implement the mitigation strategy. ?
- Identify the basic resources such as money, equipment, and
labor.?
- Develop a contingency plan program.
- Define emergency notification and escalation plans, if
appropriate. ?
- Develop contingency plan training materials, if appropriate.
?
- Review and update contingency plans if necessary.
Types of Contingency Plan:
- Budget Contingency: The budget contingency is
a supplementary allocation to the estimate to account for errors,
omissions and other uncertainties that affect the accuracy of the
estimate.
- Estimate Quality Contingency: It is applied to account
for errors and omissions which can cause from an unclear statement
of the project purposes, an incomplete project definition, an
uncertain or ill-defined strategic approach to meeting the goals,
an incomplete or incorrect Work Breakdown Structure, insufficient
estimate preparation time, estimator optimism or biased
perceptions, lack of estimator knowledge or experience, and
mechanical errors in the estimating process.
- Adjustment Contingency: It is often regarded to as
“fix it” money, is added to an assessment to account for the effort
needed to bring a theoretically finished project to a level
satisfactory to the client.
- Price Protection Contingency: It is used to compensate
for the effect of inflation on the vendor-quoted purchased parts
contained in the estimate.
- Escalation Contingency: It is required during periods
of severe inflation or price instability-when vendors are incapable
or unwilling to quote a firm amount and choose to protect their
bids from the risk of the situation.
- Schedule Contingency: A schedule contingency
will exist when project completion is expected earlier than the
required project completion date.
- Duration Reduction: Increasing resources and overtime
are the most commonly used method for reducing activity
duration.
- Altering Precedence Relationship: In addition to
activity compression, certain types of persistent relationships can
be altered to shorten an anticipated project completion time.
- Technical Contingency: The specification or
technical emergency differs from both budget and schedule
contingencies in that they explicitly deal with the technological
risks taken on a project. They represent a set aside of reserves,
and possibly time, for use when an assumed risk does not work out
as intended and a remedy must be completed.
APPENDIX I: