Risk Assessment and Allocation Management Risk Assessment What
- Slides: 74
Risk Assessment and Allocation – Management
Risk Assessment • What can go wrong? – Risk identification • What is the likelihood? • What are the consequences?
Risk Management • What can be done and what options are available • What are the tradeoffs in terms of all costs, benefits, and risks among the available options • What are the impacts of current decisions on future options.
Chapter 1. Introduction • Procedures for PSE (plans, specifications, and estimates) are standard – Across DOT’s • Treatment of Risks are not standard – Or uniform
Risk Management • • Identification Assessment Analysis Mitigation Allocation Monitoring Updating
Project Phase Status Typical Risk Issue
Objectives for Risk Assessment Expected Outcomes
Terms • Technical Risk – Performance • Programmatic Risk – Cost – Schedule • Contingency – Amount of money or time needed above the estimate to reduce the risk of overruns. . to a level acceptable to the organization
Neat + “contingency” Neat Estimate
Qualifications of RM Team • Early – Environmental planning, funding, operations • Later – Scheduling, cost estimating
But • Output needs to be clear (and simple) • Easily understood by decision-makers • And partners, public, team
Chapter 2. Risk Identification • • Objectives of Risk Identification Identify Risks Categorize Risks Identify “minor” risks – Brainstorming – Later will analyze these and determine if minor • Simple project, red flag list may be sufficient
Cute • Knows • Know-unknowns • Unknown-unknowns • Also, Triggers
Risks • Events that team members determine would adversely affect the project • Examine – Project Description – WBS – Cost Estimate – Schedule – Procurement plan – Checklists
Organize • Classify, groups of like risks – Right of Way issues • Levels – Right of Way • South Park • East Park – Businesses – Parkland reserve – Golf course
http: //creatingminds. org/tools/crawford. htm http: //creatingminds. org/tools/ngt. htm http: //creatingminds. org/tools/delphi. htm http: //en. wikipedia. org/wiki/Scenario_planning
Chapter 3, Risk Assessment • (Chapter 3, qualitative; 4, quantitative) • Qualitatively evaluate risks from Risk Identification. • Systematic consideration of risk events, their likelihood of occurrence, and their consequences.
Nature of Effects • Direct, Organization – Increase cost or schedule • Direct, public – Affect the public, public perception, environmental, health • Indirect – Increased oversight – Planning – Reviews
Managers v. Annalists • Managers tend toward qualitative evaluation – Worst case and likelihood – Avoid risks – Reduce negative impacts • Annalists tend toward quantitative – Range of results – Probabilities – Tend to combine
[From Pennock and Haimes*] • Four barriers to transfer of risk knowledge – Horizontal • Between subdivisions or specialties, stovepipes – Vertical • Between layers of management, upper, middle and operational – External • Between organizations – Geographic • Distance * Principles and Guidelines for Project Risk Management, M. J. Pennock and Y. Y. Haimes, Systems Engineering, Vol. 5, No. 2, 2002
• Qualitative best for – Screening and prioritizing risks – Developing appropriate risk mitigation and allocation strategies • Quantitative best for – Estimating the numerical and statistically nature of the risk exposure
Risk to whom? • Often several project participants share the risk. • Might maintain the risk or shift it to another party via contract • But owner needs to understand the risks – Consider change order risk
Definitions • Internal risks – Can be referenced to a project documents • Cost estimate, schedule • External risk – Imposed on projects from outside • Citizens groups • Funding restrictions
• Incremental Risk – Small, over the life of project – Most internal risks are incremental – Costs will occur and be different from the estimate • Discrete – Often External – Will occur or not
Model Risks and Data Risks • Aleatory (Data) Risks – Uncertainty associated with the data • Future cost of a material • Epistemic (Model) Risk – Inability to calculate risk • Number of passes required to compact – Despite knowing soils data.
Organize Data and Decide • Ordinal Risk Matrix • Decision tool
Ordinal Risk Matrix
Chapter 4 – Risk Analysis • Take qualitative risks – Surely high – Probably moderate • Do a quantitative analysis – Often, cost and schedule
Many methods • Should include explicit knowledge of team • Allow quick response to changing markets and conditions • Determine project cost and schedule contingency • Help foster clear communications among team and higher about uncertainties • Should be easy to understand
Technical Risks • Reliability • FMEA – Failure modes and effects analysis • Fault tree analysis • (Here we will spend most time on cost and schedule)
Input Parameters • Probability distributions – Continuous – Discrete – Point
Output • Depends on use • Simple mean (w or w/o SD) – Of many projects in next years budget • Distribution – Useful for assigning contingency •
Sensitivity Analysis • Test how sensitive result is to change in variables
Estimate Factors • Increase estimate for certain items • Low percent for items that do not vary much in cost • High percent for items that usually vary • Problems – Not project specific – Don’t think – Does not identify risk drivers • Mitigation
Analytical Methods • Last week • Beta distribution
Monte Carlo • With Crystal Ball is easy • Needs definite input parameters • Better mousetrap
Others • Decision Trees • Useful • Model conditional probabilities among project variables • Examples
Schedule • • CPM Critical path can change Can work in MS Project with Beta Or set up in Excel/Crystal Ball
Chapter 5, Risk Mitigation and Planning • Follows qualitative and quantitative risk analysis • Identifies and assigns parties to take responsibility – For each risk response • Ensures each risk requiring a response has an “owner”
Risk Response Options • Unrecognized, unmanaged, or ignored • Recognized but no action – Absorbed as a matter of policy • • • Avoided by taking appropriate steps Reduced with alternative approach Transfer via contract or insurance Retained and absorbed by prudent allowances Combination of above
Risk Planning • Appropriate risk response strategies • Iterative through the job • Large projects with high degree of uncertainty need formal risk management plan.
• Assign responsibilities for specific areas • Identify additional technical expertise needed • Describe assessment process and areas to consider • Delineate procedures for consideration of mitigation and allocation options • Dictate reporting and documentation needs • Establish report requirements and monitoring metrics
• But will vary with size, complexity, and uncertainty of project. • See Cal. Trans Excel files.
Red Flag List • See several, Caltrans for example • Identify items • Focus attention on critical items that can affect cost and schedule • Need to update
Risk Charter • Gives managers list of risks and possible cost and schedule impacts • It is a management tool to identify, communicate, monitor, and control risks • Helps set contingencies
List for each risk • • • Description Status Project phase Functional assignment Risk Trigger Probability Impact ($ or time) Response actions Responsibility (task manager)
Formal Risk Management Plan • Large, complex, uncertain projects • Often with management contractor
Chapter 6 – Risk Allocation • Goals 1. Allocate risks to party best able to manage them 2. Allocate risks in alignment with project goals 3. Share risk when appropriate 4. Allocate risks to promote team alignment with customer-orientated performance goals
1. Party best able to manage • Contractor – Labor force, equipment breakdown, construction technique • Owner – Project funding, site availability • Differing Site Conditions – Owner • “Inappropriate risk shifting can result in misaligned incentive, mistrust, and increased disputes. ”
Alignment with Project Objectives • Public needs project completed on short schedule – Increase LD? • Understand objectives early and refer to them at all important project decisions. • Examples of objectives
Risk Sharing • Risk is not really “shared” • It is split among the parties • Adverse weather – Excusable not compensable delay – Delay by owner – Cost by contractor
Example • Claims on drilling of shafts for bridge piers due to small boulders. But sufficient equipment could handle • Owner could – Specify equipment • Which has its risks too – Pass risk to contactor • No DSC for small boulders • Non-traditional risk sharing should be explained to contractors
Alignment with Customer. Orientated Performance Goals • Customer goals – Satisfaction with product – Satisfaction with service – Predictability of time – Predictability of cost, safety • Other goals – Mine – Agencies'
Innovations • • A+B procurement Lane Rental Warranties Examples
Novel – Shared Contingency • Set $500, 000 aside for boulders • Contractor can use up at his unit rates • Owner and contractor spilt remaining 5050 • This is more profitable than the profit in his unit rates • ? ?
• Contractor and supply chain are more likely to contribute to the effective and efficient management of risks if they have fair and reasonable incentives • Risk of fuel price escalation
Chapter 7 – Risk Monitoring and Updating • • • Objectives: Systematically track the identified risks Identify any new risks Manage the contingency reserve Capture lessons-learned
• Tasks • Develop consistent and comprehensive reporting procedures • Monitor risk and contingency resolution • Provide feedback of analysis and mitigation for future risk assessment and allocation.
Reporting • Formal? – Tends to ensure more comprehensive assessments • Distinguish from Project Control – Cost – Schedule – Production – These focus on what has happened relative to plan
• Part of other reports – monthly • See Fig 22, page 39
Contingency Funds • Track and Manage • Contingency should be matched to underlying risks • Which changes over time • La La Land? – Manager will try to hold on to contingency – May not be able to transfer between projects
Estimates, Risk, Public Trust • Public perception – Projects grossly over budget – Waste or incompetence? – Dishonesty • Low-ball estimates? • Explain project risks? • http: //www. tfhrc. gov/pubrds/04 jul/03. htm
- Linked allocation
- Capital allocation between risky and risk free asset
- Risk allocation in project finance
- Market risk assessment
- Capacity allocation and congestion management
- Framp chart
- Population health risk assessment and management
- Software project management resource allocation
- Key risk indicators template
- Risk map risk management
- Cash management risk assessment
- Contract management risk assessment matrix
- Data management risk assessment
- Contract management risk assessment matrix
- Resources allocation and mobilization plan (ramp)
- Davis and moore role allocation
- Disadvantages of static memory allocation
- Cost allocation and profitability analysis
- Resource allocation and scheduling
- Resource allocation graph and wait for graph
- Efficient capital allocation
- Overhead allocation and apportionment
- Global order fulfillment
- Residual risk and secondary risk pmp
- Business risk and financial risk leverage
- Relative risk calculation
- Attributable risk (ar)
- Hirarc full form
- Health and safety risk assessment template
- Criticality analysis and risk assessment
- Top management middle management first line management
- Top management middle management first line management
- Top management and middle management
- Purchase price allocation pwc
- Overhead allocation
- Turn constructional component
- Buddy memory allocation
- Cloud cost allocation
- Capital allocation line
- What is proportional allocation
- Spectrum allocation
- Capital allocation line
- Allocation concealment
- Railroad
- Memory management in os
- Heap allocation
- What's wrong in the picture
- Industrial estate in entrepreneurship development
- Pengertian pointer
- Econophysics
- How to calculate predetermined overhead allocation rate
- Industrial area definition
- Flexible asset allocation
- Dynamic strategies for asset allocation
- Dynamic storage allocation problem in os
- Example of dynamic memory allocation
- Dynamic memory allocation in data structure
- Tcmalloc
- Example of dynamic memory allocation
- Dynamic data structure
- Departmental purchases account
- Purchase price allocation example
- Defense priority allocation system
- Allocation concealment
- Spectrum allocation
- Resource leveling is the approach to even out the peaks of
- First stage allocation
- Incremental revenue allocation method
- Predetermined overhead allocation rate
- Single user contiguous storage allocation
- Dynamic memory allocation in data structure
- Dynamic c programming
- Dynamics 365 lead auto allocation
- Allocation concealment
- Behavioral bliss point approach example