- Asked 2/26
- 2073 Shrawan · 5 marks
- 2070 Chaitra · 2 marks
Risk transfer with example
Short answer
For a highway bridge, flood damage risk is transferred by Contractor’s All Risk insurance, a performance bond guarantees contractor performance, and a lump-sum contract shifts cost overrun risk. These cost a premium but shield the owner from large losses. Other strategies include avoid, mitigate, and accept.
Explain with a suitable example how risk transfer is taken as risk response planning. (What methods can be used in risk management after identifying a major risk?)
Risk transfer in risk response planning
Risk transfer is a response strategy in which the project owner shifts the negative impact and responsibility of a risk to a third party, who accepts it for a fee. The risk still exists, but the loss is borne by the other party. It is chosen after analysis, mainly for risks with low probability and very high impact, or for risks the other party can manage better.
Example: construction of a highway bridge
Risk: flood or earthquake damage during construction, and contractor delay or failure.
- Insurance: the contractor takes a Contractor's All Risk (CAR) policy; if flood damages the work, the insurer pays for repair.
- Performance bond: a bank guarantee (usually 5 to 10% of contract price) is taken so that the bank pays if the contractor fails.
- Fixed-price (lump sum) contract: the cost overrun risk is transferred to the contractor.
- Liquidated damages: delay risk is transferred by a clause charging the contractor per day of delay.
The owner pays a premium or a higher price, but is protected from a very large loss.
Methods used after identifying a major risk
- Avoid the risk (change plan, design or site)
- Transfer it (insurance, contract, guarantee)
- Mitigate / reduce it (preventive action, extra investigation)
- Accept it (with a contingency reserve)
- Monitor it and prepare a contingency plan with triggers
✓ Answer checked by Claude Opus 5.5 (high effort)
Related questions
- Risk transfer, reduction as response techniques · Project Engineering, chapter 5 · asked 2×
- Risk response planning strategies · Project Engineering, chapter 5 · asked 3×
- Risk, sources, risk response planning · Project Engineering, chapter 5
- Risk planning; internal, external; risk reduction · Project Engineering, chapter 5
- Need of risk management; hydropower risk types · Project Engineering, chapter 5
- Risk management; qualitative, quantitative; steps · Project Engineering, chapter 5
- Importance of risk response planning · ICT Project Management, chapter 12
- Risk management plan · ICT Project Management, chapter 12
- Impulse response, transfer function and distortionless transmission · Communication Systems, chapter 1
- Impulse response and transfer function significance · Communication Systems, chapter 1