--- title: "Why risk analysis is important in planning" subject: "Project Engineering" chapter: 5 key: "semester_7/project_engineering:risk-importance-analysis-planning" source: https://www.bctengineer.com/q/semester_7/project_engineering/risk-importance-analysis-planning site: BCT Engineering --- # Why risk analysis is important in planning Project Engineering · Chapter 5: Project Risk Analysis and Management - Asked in: 2080 Baisakh, 2+4 marks - Video: [Risk Management | Process and Approaches | Real-Time Examples | in 14 min](https://www.youtube.com/watch?v=jfaABy0E6r4) — Leaders Talk - ThinkEduca - Answer checked by Claude Opus 5.5 (high effort) on 2026-10-14 - Page: https://www.bctengineer.com/q/semester_7/project_engineering/risk-importance-analysis-planning - Whole chapter: https://www.bctengineer.com/md/semester_7/project_engineering/chapter-5 ## Question Why is risk analysis important during project planning? What might be the different types of risk in a project? ## Short answer Risk analysis estimates probability and impact, enabling realistic cost/schedule with contingency, prioritization of serious risks, and selection of suitable response strategies. Risk types include technical, schedule, cost, financial, management, contractual, political, environmental, safety, and market risks. ## Answer #### Importance of risk analysis in project planning Risk analysis estimates the probability and effect of risks, so planning can use realistic information. 1. Gives a **realistic cost estimate and schedule** with proper contingency. 2. **Ranks the risks**, so effort and money go to the most serious ones. 3. Helps to select **suitable response strategies** (avoid, transfer, reduce, accept). 4. Supports **decision making** on go/no-go, design options and contract type. 5. Reduces surprises, delays and cost overrun during implementation. 6. Helps lenders and investors to judge viability. 7. Improves communication on uncertainty among stakeholders. #### Types of risk in a project | Category | Examples in a project | |---|---| | Technical risk | Faulty design, new or unproven technology, poor geotechnical data, change in specifications | | Schedule (time) risk | Late site handover, late approvals, slow work, monsoon delay, strikes | | Cost risk | Wrong estimate, price rise of cement, steel, fuel, exchange rate change, variations | | Financial risk | Delay in payment or loan release, interest rate change, cash-flow shortage | | Management / organisational risk | Poor planning, weak coordination, lack of skilled staff, unclear responsibility | | Contractual / legal risk | Unclear contract clauses, disputes, claims, land acquisition and court cases | | Political and social risk | Policy change, bandh, local opposition, corruption, compensation conflict | | Environmental / natural risk | Flood, landslide, earthquake, adverse weather, environmental clearance problems | | Safety and health risk | Accidents, collapse, health hazards at site | | Market / commercial risk | Fall in demand, change in tariff, competition, supplier failure | ## Check yourself The answer's key points as multiple-choice questions, with the correct option and why. 1. Why is risk analysis important in project planning? A. It removes all risks from the project B. It gives realistic cost and schedule with contingency and ranks risks so effort goes to the serious ones C. It makes the contractor responsible for every risk D. It is needed only after construction has begun Answer: B. Risk analysis estimates probability and effect so planning uses realistic information and focuses on major risks. (Key point: Importance of risk analysis) 2. Risk analysis supports which planning decisions? A. Only the colour of drawings B. Only the name of the project C. Go/no-go, design options and contract type D. Only the staff salary Answer: C. It supports go/no-go, design option and contract type decisions and helps lenders judge viability. (Key point: Decision support) 3. Which are the four response strategies selected after analysis? A. Plan, do, check, act B. Identify, rank, score, close C. Delay, cancel, ignore, blame D. Avoid, transfer, reduce, accept Answer: D. Risk analysis helps choose among avoid, transfer, reduce and accept. (Key point: Response strategies) 4. A rise in the price of cement, steel and fuel is classified as which risk? A. Cost risk B. Technical risk C. Political and social risk D. Safety and health risk Answer: A. Wrong estimate, price rise, exchange rate change and variations are cost risks. (Key point: Types of risk) ## Related in Project Engineering - [Why schedule is important in planning](https://www.bctengineer.com/question.md?key=semester_7%2Fproject_engineering%3Aschedule-importance-planning) — Project Engineering, chapter 3 - [Risk response planning strategies](https://www.bctengineer.com/question.md?key=semester_7%2Fproject_engineering%3Arisk-response-planning-strategies) — Project Engineering, chapter 5, asked 3× - [Risk, sources, risk response planning](https://www.bctengineer.com/question.md?key=semester_7%2Fproject_engineering%3Arisk-define-sources-response-planning) — Project Engineering, chapter 5 - [Risk planning; internal, external; risk reduction](https://www.bctengineer.com/question.md?key=semester_7%2Fproject_engineering%3Arisk-reduction-internal-external-planning) — Project Engineering, chapter 5 - [Qualitative and quantitative risk analysis methods](https://www.bctengineer.com/question.md?key=semester_7%2Fproject_engineering%3Aqualitative-quantitative-risk-analysis-methods) — Project Engineering, chapter 5 - [Define risk; types of project risk](https://www.bctengineer.com/question.md?key=semester_7%2Fproject_engineering%3Adefine-risk-types-of-risk) — Project Engineering, chapter 5, asked 2× ## Related in other subjects - [Importance of risk response planning](https://www.bctengineer.com/question.md?key=semester_7%2Fict_project_management%3Arisk-response-planning-importance) — ICT Project Management, chapter 12 - [Qualitative versus quantitative risk analysis](https://www.bctengineer.com/question.md?key=semester_7%2Fict_project_management%3Aqualitative-vs-quantitative-risk) — ICT Project Management, chapter 12 - [Gumbel flood at given risk, 50-year project life](https://www.bctengineer.com/question.md?key=semester_5%2Fengineering_hydrology%3Agumbel-risk-63-58-4200) — Engineering Hydrology, chapter 6 - [Safety risk-benefit analysis; dispute resolution](https://www.bctengineer.com/question.md?key=semester_8%2Fengineering_professional_practice%3Asafety-risk-benefit-conflict-resolution) — Engineering Professional Practice, chapter 6