PRACTICAL: RISK MANAGEMENT PLAN IN PROJECT MANAGEMENT
1. Aim of the Practical
To study, analyze, and prepare a Risk Management Plan by identifying possible risks in a project, analyzing their probability and impact, and developing appropriate mitigation strategies.
2. Objectives
After completing this practical, students will be able to:
Understand the concept of risk in project management
Identify different types of project risks
Analyze risk probability and impact
Prepare a structured risk management plan
Develop mitigation and contingency strategies
Apply risk management in software projects
3. Introduction
Every project involves uncertainty. These uncertainties can affect project success in terms of:
Time
Cost
Quality
Such uncertainties are called risks.
In Computer Science projects, risks may arise due to:
Changing requirements
Technical issues
Lack of resources
Poor planning
A Risk Management Plan helps in identifying, analyzing, and controlling these risks.
4. Definition of Risk
A risk is a potential event or condition that may negatively or positively affect project objectives.
5. Types of Risks in Software Projects
5.1 Technical Risks
New technology failure
Integration issues
Software bugs
5.2 Project Risks
Delay in schedule
Budget overrun
Resource shortage
5.3 Organizational Risks
Lack of management support
Team conflicts
5.4 External Risks
Market changes
Government policies
Natural disasters
5.5 Operational Risks
System failure
Data loss
6. Risk Management Process
Step 1: Risk Identification
Identify all possible risks.
Step 2: Risk Analysis
Evaluate probability and impact.
Step 3: Risk Prioritization
Rank risks based on severity.
Step 4: Risk Mitigation Planning
Prepare strategies to reduce risks.
Step 5: Risk Monitoring
Track risks continuously.
7. Risk Identification
Methods of Identification
Brainstorming
Expert judgment
Checklists
Past project analysis
Example Project
Project Title: Student Management System
Identified Risks
Risk ID
Risk Description
R1
Requirement changes
R2
Lack of skilled developers
R3
Hardware failure
R4
Budget shortage
R5
Software bugs
8. Risk Analysis
8.1 Probability of Risk
Low (0–30%)
Medium (30–70%)
High (70–100%)
8.2 Impact of Risk
Low
Medium
High
Risk Analysis Table
Risk
Probability
Impact
R1
High
High
R2
Medium
High
R3
Low
Medium
R4
Medium
High
R5
High
Medium
9. Risk Matrix
A Risk Matrix helps visualize risks.
Impact \ Probability
Low
Medium
High
High
Medium
High
Critical
Medium
Low
Medium
High
Low
Low
Low
Medium
10. Risk Prioritization
Based on matrix:
Critical Risks → Immediate action
High Risks → Plan mitigation
Medium Risks → Monitor
Low Risks → Accept
11. Risk Mitigation Strategies
11.1 Avoidance
Eliminate risk completely.
11.2 Reduction
Reduce probability or impact.
11.3 Transfer
Shift risk to third party.
11.4 Acceptance
Accept risk if unavoidable.
12. Risk Mitigation Plan Table
Risk
Strategy
Action
R1
Reduction
Freeze requirements
R2
Reduction
Training
R3
Transfer
Backup systems
R4
Avoidance
Budget planning
R5
Reduction
Testing
13. Contingency Plan
Backup plan if risk occurs.
Example:
If server fails → use cloud backup
If developer leaves → assign backup
14. Risk Monitoring
Regular meetings
Progress tracking
Risk review reports
15. Tools for Risk Management
MS Excel
Risk Register
Project Management Software
16. Risk Register
Risk ID
Description
Probability
Impact
Mitigation
R1
Requirement change
High
High
Freeze scope
R2
Skill gap
Medium
High
Training
17. Case Study
Project: Online Library System
Identified Risks
Internet failure
Database crash
Security threats
Mitigation
Backup server
Security protocols
Regular updates
18. Advantages of Risk Management
Reduces uncertainty
Improves planning
Enhances success rate
19. Disadvantages
Time-consuming
Requires expertise
20. Best Practices
Identify risks early
Keep updating plan
Communicate clearly
Use tools
21. Viva Questions
What is risk?
Types of risks?
What is risk matrix?
What is mitigation?
Difference between risk and uncertainty?
22. Conclusion
Risk Management is essential for project success. It helps in identifying problems early and preparing solutions in advance. For polytechnic students, it builds strong project planning skills.
23. Result
The risk management plan was successfully prepared, identifying risks, analyzing their impact, and developing mitigation strategies.
24. Precautions
Do not ignore risks
Update regularly
Monitor continuously
